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A Blog About Ed-Tech Company BYJU’S

A Blog About Ed-Tech Company BYJU’S 

What is an Ed-tech company?

EdTech is a new term used to describe educational tools and resources companies. It’s an educational technology company that develops and promotes various educational products, services, and software.

EdTech companies are changing how students learn at all levels, from K-12 to higher education. With their innovative tools and resources, EdTech companies are helping students learn more efficiently and effectively.

Edtech companies can range from software and content providers to provide professional development for educators and consulting services for schools that want to integrate technology into instruction better. Edtech companies are also more likely to offer professional development for teachers since many don’t have extensive training in using educational technology effectively in the classroom.

What is Byju’s?

Byjus is one of the most prominent education startups in India. Byju’s is an EdTech startup that makes adaptive, engaging, and effective learning programs for students in LKG, UKG, classes 1–12 (K-12), and competitive exams like JEE, NEET, and IAS.

In 2015, BYJU’s launched its flagship product, BYJU’S — The Learning App, for classes 4–12. The app has registered over 100 million students and over 6.5 million pay subscriptions annually. Students spend 71 minutes per day using the app from 1700+ cities worldwide.

It provides a superior learning experience to children through its learning app. The app helps students learn at their own pace, thus allowing them to tackle complex topics excitingly. The app comprises a library of +5000 video lessons and more than 30000 practice questions. It offers classes for Mathematics, Science, English, History, Geography, Economics, Current Affairs, and other subjects.

In June 2019, BYJU’s launched an Early Learn app for students in grades 1–3 featuring Disney’s timeliness characters. In 2019, BYJU acquired Osmo, a Palo Alto-based educational games maker, to transform the whole offline to the online learning experience. BYJU’s acquired White Hat Jr in 2020 and is a Mumbai-based programming startup focused on empowering children with coding skills. In early 2021, BYJU’S received the market leader and one of India’s most trusted test-prep service providers — Aakash Educational Services Limited(ASEL).

How does ed-tech company Byjus help students achieve their best?

Byju has created a platform that connects students with teachers and classes at their doorstep. It is like having your tutor or a study buddy who comes to your place and helps you learn from the comfort of your home.

Byju’s, on the other hand, has made learning easy for every other student out there. It helps you understand concepts in a way you can connect them to real life. You don’t have to sit and memorize many things that you can never use in your life. The topics will help you understand how things work in the real world.

Byjus has been helping thousands of students to build confidence in their learning abilities. It motivates students to study through gamification of the app, which runs in competition with each other and keeps students engaged in the app for long periods.

The best thing about Byju’s is that even if you don’t have time to study at home, you can save videos on your mobile phone and go through the concepts later during your free time.

What is the offering provided by Byju’s?

Interactive learning

Byju’s creates interactive content to help students learn better. Their philosophy is to make learning fun and engaging to encourage the students to learn and withhold the information for a more extended period. The interactive content and gamification have helped students improve their grades and get better SAT scores.

Workshops

Byju’s also offers exclusive workshops to help students get ahead. Experts present the workshops from various fields. It has explicitly designed keeping in mind the needs of students preparing for tests or simply looking to get ahead in their studies.

Study Groups

Another interesting feature provided by BYJUs is study groups. These groups permit students to connect with other students online and help each other with their homework and assignments. Parents have loved this feature, allowing their children to communicate with other students for help instead of relying on tutors or teachers.

Tutor Assistance

The student can raise questions about any topic, and the app will provide explanations and guidance by using animations, videos, and interactive content. If students face problems while solving the given situations, they can call the tutor assistance provided inside the app. The app also allows students to connect, socialize and share their experiences through quizzes and discussions.

Review sessions

The review sessions conducted by our experts help students improve their concepts and prepare them for exams effectively.

Practical Guidance

The curriculum at Byju does not only focus on practical learning but also equips the students with skills required for a successful career, such as communication, group discussion, presentation, etc. Students are encouraged to participate in live projects or competitions held by institutions like NIIT or Microsoft. The students can apply theoretical concepts learned in class and polish their overall communication skills through these projects.

Who are the competitors of Byju’s?

Khan Academy

Khan Academy is the world’s first free, nonprofit online school. Helping to educate over 3 million students and professionals of all ages in over 250 countries worldwide, Khan Academy offers free lecture videos, practice exercises, and assessment tools in various subjects, including math, science, computer programming, and history.

Vedantu

Vedantu is India’s leading educational network that provides a software platform that connects tutors and students, providing real-time one-to-one teaching to students online. Today, Vedantu serves more than 50 million learners.

Toppr

Toppr is the world’s largest online platform for students to prepare for competitive exams. It is a highly curated repository of video lectures, study notes, and past-year question papers from prominent educational institutions all over India. It allows students to practice over 2000 questions from 200 test prep books. Toppr’s test bank has over 1300+ tests from various entrance exams like JEE Main, NEET, AIIMS, CAT, and XAT. Over 2+ lakh students have trusted Toppr to get their desired ranks in the toughest examinations in India.

Unacademy

Unacademy was founded in 2010 via a YouTube channel and officially launched in 2015. Unacademy is a learning platform that provides content for competitive exams and offers short lectures in videos on different subjects. It is a platform to teach and learn almost everything for free. 10,000+ users uploaded more than 80,000 video tutorials on various topics.

Simplilearn

Simplilearn was founded in 2010 by Krishna Kumar to help professionals gain skills and advance their careers through a variety of online learning programs. It is a global leader in education, offering the most significant IT and business certification courses. It trains over 2,00,000 professionals globally in high-demand fields, including data science, cloud computing, big data, business analytics, digital marketing, and much more.

Conclusion

The future of learning has already arrived. Byju’s is an ed-tech company that uses technology to create personalized and relevant education for students. It wants children to learn what they need to succeed in life. Byju has been creating content with the sole intention of helping teachers and students learn and grow in a playful environment. It seeks to remove the stress of learning by using interactive content and innovative platforms that stimulate social learning and collaboration.

You can download Byju’s app from Playstore or by using this link https://play.google.com/store/apps/details?id=com.byjus.thelearningapp. 

Author:- Sapna Gupta                                                                                                                                    Source:- https://blog.manishsoftware.com/

How to memorize things fast: 11 memorization techniques

How to memorize things fast: 11 memorization techniques

Use these verbal and visual memory techniques to help you retain and recall information.

Despite taking piano lessons and music composition classes for nearly a decade, I remember very little about how to actually play the piano or how to transpose a song. What I do remember—with very little effort—are the notes on the lines and spaces of a treble clef staff. How? With the help of a mnemonic device (a fancy term for a technique used to boost your ability to retain and recall information).

No matter what you’re trying to memorize—a video script, the periodic table of elements, your grocery list—here are 11 memorization techniques you can use to strengthen your memory for any period of time.

If you want to first geek out on how memory works, keep reading. To jump straight to the memorization techniques, click on any of the links below.

How does memory work? 

In order to truly appreciate the magic—I mean, science—behind memorization techniques, it’s important to understand the basics of how memory works. Since the intricacies of the human brain are well beyond the scope of this article and this writer’s degree in French literature, let’s break it down with a heavy assist from some very smart people.

As neuroscientist Daphna Shohamy explains, “our memory is basically a record in our brain of something that happened in the past.” And according to How Memory Works, published by Harvard University, there are “three main processes that characterize how memory works: encoding, storage, and retrieval.”

  • Encoding refers to how you learn and understand information. When you attach emotions and meaning to this information—referred to as semantic encoding—you’re more likely to remember it and recall it later on.

  • Storage refers to how much information is saved in your brain, where, and for how long. There are two commonly highlighted memory stores: short-term memory (STM) and long-term memory (LTM).

  • Retrieval refers to how you access your memories. 

How does memory retrieval work? 

Think of your short-term memory as your brain’s scratchpad. It’s where your brain temporarily stores information (about 15 to 30 seconds) before either dismissing it or transferring it to your long-term memory.

In terms of accessing your long-term memories, your brain has four ways of doing this: recall, collection, recognition, and relearning. How your brain retrieves information depends on the availability of external clues or prompts or the lack thereof.

Now that you understand the basics of how memory works, you can use that information to improve your memory.

Start with mnemonic devices

Mnemonic devices are learning strategies used to boost your memory. Whether or not you realize it, you probably use mnemonics in your daily life to help you retain and recall information. I’ll start with some of the most common mnemonic devices before moving on to other memorization tactics.

1. Acronyms and acrostics

You may already be familiar with acronyms and acrostics as a mnemonic device. This method requires you to create a new word or group of words by taking the first letter of each word and putting them together.

For example, to remember the names of the planets in our solar system, you might use this acrostic mnemonic: mvery educated mother just served unoodles. In this example, the first letter of each word corresponds with the first letter of each planet, respectively.

2. Music mnemonics

My partner knows all the words to House of Pain’s Jump Around—yet he can’t remember what I asked him to pick up from the grocery store an hour ago. Why? Because it’s easier to remember a catchy song than it is to remember a long string of meaningless words or letters, such as a grocery list yelled to you while you’re halfway out the door.

The next time you need to remember something, try pairing that information with a tune you’re already familiar with. And if you just so happen to need help memorizing the periodic table of elements, look no further than the periodic table song.

3. Rhyming mnemonics

Similar to music mnemonics, rhyming mnemonics take advantage of catchy beats and patterns created by ending each line with a rhyme to help you retain information. Here’s a rhyming mnemonic I still use to this day to help avoid spelling errors: “I before E except after C.”

Sadly, clever rhymes don’t come naturally to me. If you’re in the same boat, here’s a little trick: let AI-powered tools like ChatGPT do the heavy lifting for you.

4. Chunking

Have you ever repeated a phone number out loud by grouping numbers together? For example, “six, four, seven, triple five, eleven, twenty-one” (instead of “6-4-7-5-5-5-1-1-2-1”). This is chunking. It’s another mnemonic device that involves grouping individual pieces of information—like long strings of numbers—into larger, more memorable groups.

And chunking isn’t just limited to aiding the memorization of numbers. Another practical application of chunking would be grouping items on your grocery list by aisle. Or if you’re learning a new language, grouping new vocabulary words together by category.

5. Create a memory palace

The memory palace technique, also known as the Method of Loci, is another popular mnemonic device. This technique involves mentally mapping out a physical space you’re familiar with (a memory palace) and “placing” images representing the information you’re memorizing in various spots or loci. (Loci is the plural form of locus, which means “place” or “location.”) When you need to recall that information, simply visualize your memory palace and retrieve it.

Here’s how to create and use your own memory palace:

  1. Choose your memory palace. Select a space that you’re incredibly familiar with (e.g., your childhood home or the route you take to work), and create a mental map of it.

  2. Identify distinct loci throughout your palace. Mentally walk through your palace, and pick different locations where you can “place” unique images (more on that in step 3). For example, the door to your coat closet, the lamp in your living room, and the dog bed in your guest room.

  3. Assign images to specific locationsLet’s say you’re trying to remember this grocery list: milk, chocolate chip cookies, and bananas. Place images of each of those items at your chosen locations. Or, to make it more memorable, create vivid images representing each item and place those at different locations. The more animated and outrageous, the better. For example, you could picture a waterfall of milk pouring over your closet door, your living room lamp teetering on top of a mountain of chocolate chip cookies, and a dog juggling bananas while standing on its bed.

While this technique may sound absurd, it does work. Just take it from five-time USA Memory Champion Nelson Dellis, who uses the memory palace technique to help him quickly remember a full deck of cards, in sequence.

Recite what you know

Reciting information is a useful way to memorize something fast because it forces you to actively engage with the information (as opposed to passively taking everything in), which, in turn, increases your ability to remember and recall it later on. Here are some practical ways to add reciting to your memorization toolkit.

6. Write it down

While typing your notes might be faster and more convenient, especially if you have to take in a lot of information, there are advantages to doing things the old-fashioned way (i.e., taking pen to paper).

In a 2014 study, researchers Pam A. Mueller and Daniel M. Oppenheimer examined the effects on learning and retention when students took notes by hand versus on a laptop. In terms of generative note-taking (e.g., “summarizing, paraphrasing, concept mapping”), students who took notes by hand had better retention and understanding of the material compared to those who took notes on a laptop.

Why? The researchers suggest two possible reasons. First, there are fewer possible distractions, such as checking emails or social media, when writing notes. Second, generative note-taking encourages students to reframe the information into their own words, which aids in encoding.

7. Use spaced repetition

Spaced repetition is a memorization technique that involves reviewing the same information at increasing intervals until that information is embedded into your long-term memory. If you’ve ever tried to learn a new language using apps like Duolingo or Rosetta Stone, you’ve used spaced repetition.

Here’s a simple way to apply this technique. Let’s say you’re learning another language and you need help remembering new vocabulary. Write the word in your native tongue on a flashcard. Or, to make it more fun, sketch an image of the word. Then review the flashcards daily. As you become more consistent recalling your new vocabulary words, you can increase the time between reviews from daily to weekly to monthly.

If you need to create a lot of flashcards, you can also use apps, like Quizlet, to do the heavy lifting for you.

Use storytelling and linking

Tapping into the power of imagery and storytelling can significantly boost your memory because it encourages you to establish stronger connections with the information you’re trying to remember. Here are some practical ways to do this.

8. Make visual connections

The use of visual stimuli is a common method used to learn and recall information. Here are some strategies you can use to enhance your visual memory.

  • Turn the sound of names into images. If you have difficulty remembering people’s names, try connecting their names with an image. For example, if a stranger introduces himself as Mike, you might picture him holding a microphone.

  • Animate the images. Similar to creating visuals for your memory palace, the more animated and vivid you can make your images, the better. Doing this creates stronger connections in your brain between the word and the image. Continuing with the name train, let’s take the name Melanie. For this, you might visualize the person dressed in a gi, crushing a melon against their knee. (I bet you won’t forget that visual anytime soon.)

9. Share what you’re learning

Let’s say you’re going to a dog training seminar. Your best friend has a dog, and they want you to share some of your key takeaways after. So you furiously scribble down notes, ask questions, and scribble some more. This goes to the heart of the Protégé Effect, which suggests that people put in more effort to learn information when they know they’re going to teach it to someone else.

Then when you share your key takeaways, you’re likely to explain the concepts you learned in your own wordsYou’ll probably even demonstrate a few of these lessons while explaining the concepts, which will make it more meaningful. And these acts—paraphrasing and adding meaning to information—all help with encoding.

Take care of your body

Turns out, taking care of your body also takes care of your brain. You’ve heard these tips before, but here’s how your physical well-being can improve your memory.

10. Get more sleep 

As a shock to no one, there’s a direct relationship between sleep and productivity—and that productivity extends to our ability to take in new information.

As much as possible, try to get your recommended six to eight hours of deep sleep—the knocked-out-cold kind—every night. This will help “reset” your brain, allowing you to wake up feeling refreshed and ready to take on the world—or, at least, more information.

11. Move your body 

Just as sleep is important for both your physical and mental health, so, too, is that other pillar of health: exercise.

Moving your body regularly at moderate intensity—whatever that looks like to you—can directly and indirectly boost your memory. Indirectly, it can reduce anxiety and stress, and improve the quality of your sleep. Oftentimes, problems in these areas contribute to cognitive impairment. Directly, it improves the flow of oxygen-rich blood to your brain. This blood flow keeps your brain functioning properly, which includes processing and storing information.

Bonus: offload the stuff you don’t need to memorize 

Adult human brains can store the equivalent of 2.5 million gigabytes of memory. So, in theory, you have the capacity to memorize…everything. But just because you can, doesn’t mean you have to.

Instead, use the memorization techniques listed in this article to help you recall the information that you might need at the drop of a hat, like your emergency contact’s phone number. Or the password to your password manager. Everything else? Use a note-taking app to take a cognitive load off.

Source:- https://zapier.com/

SAT math test

SAT math test

What is the SAT math test? How to ace it

The SAT is a standardized, comprehensive assessment that colleges and other institutions of higher education use to see how much students retained from high school. The test lasts three hours and is usually taken by 11th and 12th graders hoping to gain an edge in the college admission process.

The SAT math section consists of a calculator section and a non-calculator section.

The non-calculator section comes first and has 20 total questions: 15 multiple-choice questions and 5 grid-in questions. 25 minutes are given for this section. The calculator section has 38 total questions: 30 multiple-choice questions and 8 grid-in questions. 55 minutes are given for this section.

What are grid-in questions? 

Grid-in questions are a type of question you will encounter on the SAT math test. These are also known as student-response questions, meaning that it’s not a multiple choice question where you have to choose from a set of options. You will need to solve the problem and write your answer in the provided grid-in section on the answer sheet.

You will receive clear instructions on how to proceed with these questions on the test. If you would like to see an example of how to fill these out, take a look at the grid-in below

If you solve a problem and the answer you get is 3/2, take a look at the grid-in above to see how to will enter 3/2.

What topics are tested in the math section? 

The College Board, which is the official administrator of the SAT, breaks the SAT math test down into four groups of questions.

  • The first group is called Heart of Algebra. This type of question focuses on functions and linear equations, as well as systems of linear equations. You will encounter 19 of these questions on the test.
  • The second group is called Problem Solving and Data Analysis. This section covers ratios and percentages, with the main skill being the ability to apply math to real-world situations. You will encounter 17 of these questions on the test.
  • The third group, Passport to Advanced Math, covers more complex functions and equations. This section aims to prepare students for more advanced subjects, like calculus and statistics. You will encounter 16 of these questions on the test. The last group of questions is Additional Topics in Math, which covers trigonometry, geometry, complex numbers, and radian measure. The test will cover six questions from the additional topics section, three in the non-calculator section and three in the calculator section.

How can you prepare effectively for the SAT math section? 

Your biggest help when preparing for the SAT math test is practice questions and exams. There is an abundance of books, websites, and other helpful sources that have practice tests available for students.

Try to take a variety of tests, both computer-based and paper-based. The advantage of some computer-based tests is that you may have the possibility to receive feedback on your answers right away. However, one advantage of paper-based practice tests is that you can better mimic real testing conditions.

When beginning to study, determine which subject areas you are weakest in. For example, if you have trouble with algebra, plan to review algebra-related topics.

The advantage of taking SAT math practice tests is that they often reflect real question formats. The SAT math is very predictable and foreknowledge of what will be on the test can help you study more effectively. For example, the test is organized from easier to more difficult. This means that the questions will get progressively harder.

Tips for doing well on the SAT math test

Use the Elimination Method 

You’ve probably heard that the SAT math test no longer has something called a guessing penalty. Before March 2016, if you guessed incorrectly, you would receive a small penalty. Since that doesn’t exist anymore, use the elimination method to your advantage.

If you’ve tried to solve the problem but still have no idea what the answer is, you can increase your chances of getting the correct answer by eliminating the answers you know are obviously wrong, and taking your best guess. You won’t be penalized for a wrong answer!

Be Careful with the Answer Grid (Multiple Choice Section) 

It might sound simple and obvious, but be careful: The answer grid is unforgiving.

1. While working through the multiple choice section, you might find the answer and have solved a problem correctly, but you won’t get credit if you fill out the wrong bubble on the grid. Make sure that you’re filling out the correct bubble for the correct question.

2. Also, keep track of any questions you’ve skipped. It’s very easy to get mixed up and fill in the bubble for a question you’ve skipped. Let’s say for example that you have skipped question 3 in your test booklet. Watch out! Don’t fill in the answer for question 4 in the space for question 3.

Some experienced test takers recommend circling the questions in your answer booklet that you’ve skipped and then going back and comparing your booklet to your grid afterward. This helps you to consciously skip the question in both places, your test booklet and your answer sheet.

3. Another tip when taking the SAT math is to wait to mark your answers on the grid. Instead of transferring your answers after every question, wait until you’ve solved five questions and mark all of them at once. This will help with your concentration and will decrease the chance of making a mistake.

Bottom line: Always double and triple-check your answer grid with your answers in the booklet.

Skip Ahead and Move Around 

One common mistake that test takers make is spending too much time on the questions that they find difficult. They work on the question for a long time, wasting precious minutes that could be used to solve two or three other easier questions.

The solution? If you come across a question that seems difficult, or you find a question where the solution isn’t obvious, circle the question and move on to another question that you can solve quickly. Leave the hardest questions for last.

By the time you come back to the more difficult questions, you may realize that the answer was simpler than you initially thought.

Use Your Calculator Wisely 

One section of the SAT math test allows you to use a calculator as an aide. However, don’t allow the calculator to slow you down.

Some test-takers make the mistake of pulling out their calculators for every single question during this section. Realistically, there will be some questions that you won’t need to use your calculator for. Instead of using it as a crutch, focus on using your prior knowledge about the question to get as far as you can in the solution without the calculator. This will save you time as well.

You can also use the calculator to double-check your answers. Once you have finished the test, you can use the extra time to go through the test again and double-check your answers using the calculator.

Manage Your Stress

The best way to manage your stress before taking the SAT math test is to take control of your situation. Once the feeling of helplessness is gone, you’ll be better able to see what you need to focus on during your studying.

The important thing is to have concrete things to do. Make a list of your strengths and weaknesses, and then create a schedule to work on each of the topics.

Another strategy is to use relaxation exercises when you find yourself too stressed to concentrate. Below are some recommended exercises.

1. Try to visualize a calm ocean shore with the waves coming in smoothly. There’s warm sand under your feet, the light from the sun warming your skin, and the faint sound of seagulls. Now imagine you’re carrying a small pail or bucket. You put all your worries and anxieties in that bucket, then drop it at the edge of the water and watch it float away until it’s out of sight. This is called ocean dumping.

2.  Take a short walk outside when you feel overwhelmed, and try to start exercising. Exercising and physical movement help release endorphins, which can help you stay alert and is a natural way to regulate stress.

3. Play music while you’re studying. Some people find it useful to listen to something with a regular, steady beat, like reggae or hip-hop. These types of music have a mathematical rhythm and can help your learning process. If you don’t want to listen to music, try a recording of ocean sounds, rain sounds, or white noise.

4. If you find it difficult to handle stress on your own, consider seeing a counselor. They can give you more tips on controlling your stress and studying effectively.

Of course, as the date for the test gets closer and closer, you might be struggling with anxious thoughts. The best thing to do is to slowly decrease how often you study as the date approaches. This might seem counterproductive, but research shows that spending the last few days before the test cramming and studying can be detrimental. Instead, do something that makes you happy, like seeing a movie or hanging out with friends. Keep the test out of your mind!

5. Finally, work carefully and patiently during the test, remember to take deep, clear breaths, and use your test-taking strategies.

Below are examples of SAT math problems that you can use to practice. Most of them are very similar to the ones that the College Board has put out for practice, along with answer explanations with a few more tips for solving.

Source- https://www.basic-mathematics.com/

What is generative AI, and why is it suddenly everywhere?

What is generative AI, and why is it suddenly everywhere?

Between ChatGPT and Stable Diffusion, AI suddenly feels mainstream.

Welcome to the age of generative AI, when it’s now possible for anyone to create new, original illustrations and text by simply sending a few instructions to a computer program. Several generative AI models, including ChatGPT and an image generator called Stable Diffusion, can now be accessed online for free or for a low-cost subscription, which means people across the world can do everything from assemble a children’s book to produce computer code in just a few clicks. This tech is impressive, and it can get pretty close to writing and illustrating how a human might. Don’t believe me? Here’s a Magic School Bus short story ChatGPT wrote about Ms. Frizzle’s class trip to the Fyre Festival. And below is an illustration I asked Stable Diffusion to create about a family celebrating Hanukkah on the moon.

Generative AI’s results aren’t always perfect, and we’re certainly not dealing with an all-powerful, super AI — at least for now. Sometimes its creations are flawed, inappropriate, or don’t totally make sense. If you were going to celebrate Hanukkah on the moon, after all, you probably wouldn’t depict giant Christmas ornaments strewn across the lunar surface. And you might find the original Magic School Bus stories more entertaining than my AI-generated one.

Still, even in its current form and with its current limitations, generative AI could automate some tasks humans do daily — like writing form emails or drafting simple legal contracts — and possibly make some kinds of jobs obsolete. This technology presents plenty of opportunities, but plenty of complex new challenges, too. Writing emails may suddenly have gotten a lot easier, for example, but catching cheating students has definitely gotten a lot harder.

It’s only the beginning of this tech, so it can be hard to make sense of what exactly it is capable of or how it could impact our lives. So we tried to answer a few of the biggest questions surrounding generative AI right now.

Wait, how does this AI work?

Very simply, a generative AI system is designed to produce something new based on its previous experience. Usually, this technology is developed with a technique called machine learning, which involves teaching an artificial intelligence to perform tasks by exposing it to lots and lots of data, which it “trains” on and eventually learns to mimic. ChatGPT, for example, was trained on an enormous quantity of text available on the internet, along with scripts of dialogue, so that it could imitate human conversations. Stable Diffusion is an image generator created by the startup Stability.AI that will produce an image for you based on text instructions, and was designed by feeding the AI images and their associated captions collected from the web, which allowed the AI to learn what it should “illustrate” based on the verbal commands it received.

While the particular approaches used to build generative AI models can differ, this technology is ultimately trying to reproduce human behavior, creating new content based on the content that humans have already created. In some ways, it’s like the smart compose features you see on your iPhone when you’re texting or your Gmail account when you’re typing out an email. “It learns to detect patterns in this content, which in turn allows it to generate similar but distinct content,” explains Vincent Conitzer, a computer science professor at Carnegie Mellon.

This method of building AI can be extremely powerful, but it also has real flaws. In one test, for example, an AI model called Galactica that Meta built to help write scientific papers suggested that the Soviet Union was the first country to put a bear in space, among several other errors and falsehoods. (The company pulled the system offline in November, after just a few days.) Lensa AI’s Magic Avatar feature, the AI portrait generator, sometimes illustrates people with additional limbs.

It also has the concerning tendency to depict women without any clothing.

It’s easy to find other biases and stereotypes built into this technology, too. When the Intercept asked ChatGPT to come up with an airline passenger screening system, the AI suggested higher risk scores for people from — or who had visited — Syria and Afghanistan, among other countries. Stable Diffusion also reproduces racial and gender stereotypes, like only depicting firefighters as white men. These are not particularly new problems with this kind of AI, as Abeba Birhane and Deborah Raji recently wrote in Wired. “People get hurt from the very practical ways such models fall short in deployment, and these failures are the result of their builders’ choices — decisions we must hold them accountable for,” they wrote.

Who is creating this AI, and why?

Generative AI isn’t free out of the goodness of tech companies’ hearts. These systems are free because the companies building them want to improve their models and technology, and people playing around with trial versions of the software give these companies, in turn, even more training data. Operating the computing systems to build artificial intelligence models can be extremely expensive, and while companies aren’t always upfront about their own expenses, costs can stretch into the tens of millions of dollars. AI developers want to eventually sell and license their technology for a profit.

There are already hints about what this new generative AI industry could look like. OpenAI, which developed the DALL-E and ChatGPT systems, operates under a capped-profit model, and plans to receive $1 billion in revenue by 2024, primarily through selling access to its tech (outside developers can already pay to use some of OpenAI’s tech in their apps). Microsoft has already started to use the system to assist with some aspects of computer programming in its code development app. Stability AI, the Stable Diffusion creator, wants to build specialized versions of the technology that it could sell to individual companies. The startup raised more than $100 million this past October.

Some think ChatGPT could ultimately replace Google’s search engine, which powers one of the biggest digital ad businesses in the world. ChatGPT is also pretty good at some basic aspects of coding, and technologies like it could eventually lower the overall costs of developing software. At the same time, OpenAI already has a pricing program available for DALL-E, and it’s easy to imagine how the system could be turned into a way of generating advertisements, visuals, and other graphics at a relatively low cost.

Is this the end of homework?

AI tools are already being used for one obvious thing: schoolwork, especially essays and online exams. These AI-produced assignments wouldn’t necessarily earn an A, but teachers seem to agree that ChatGPT can create at least B-worthy work. While tools for detecting whether a piece of text is AI generated are emerging, the popular plagiarism detection software, Turnitin, won’t catch this kind of cheating.

The arrival of this tech has driven some to declare the end of high school English, and even homework itself. While those predictions are hyperbolic, it’s certainly possible that homework will need to adapt. Some teachers may reverse course on the use of technology in the classroom and return to in-person, paper-based exams. Other instructors might turn to lockdown browsers, which would prevent people from visiting websites during a computer-based test. The use of AI itself may become part of the assignment, which is an idea some teachers are already exploring.

“The sorts of professionals our students want to be when they graduate already use these tools,” Phillip Dawson, the associate director of the Centre for Research in Assessment and Digital Learning, told Recode in December. “We can’t ban them, nor should we.”

Is AI going to take my job?

It’s hard to predict which jobs will or won’t be eradicated by generative AI. Greg Brockman, one of OpenAI’s co-founders, said in a December tweet that ChatGPT is “not yet ready to be relied on for anything important.” Still, this technology can already do all sorts of things that companies currently need humans to do. Even if this tech doesn’t take over your entire job, it might very well change it.

Take journalism: ChatGPT can already write a pretty compelling blog post. No, the post might not be particularly accurate — which is why there’s concern that ChatGPT could be quickly exploited to produce fake news — but it can certainly get the ball rolling, coming up with basic ideas for an article and even drafting letters to sources. The same bot can also earn a good score on a college-level coding exam, and it’s not bad at writing about legal concepts, either. A photo editor at New York magazine pointed out that while DALL-E doesn’t quite understand how to make illustrations dealing with complex political or conceptual concepts, it can be helpful when given repeated prodding and explicit instructions.

While there are limits on what ChatGPT could be used for, even automating just a few tasks in someone’s workflow, like writing basic code or copy editing, could radically change a person’s workday and reduce the total number of workers needed in a given field. As an example, Conitzer, the computer science professor, pointed to the impact of services like Google Flights on travel agencies.

“Online travel sites, even today, do not offer the full services of a human travel agent, which is why human travel agents are still around, in larger numbers than many people expect,” he told Recode. “That said, clearly their numbers have gone down significantly because the alternative process of just booking flights and a place to stay yourself online — a process that didn’t exist some decades ago — is a fine alternative in many cases.”

Should I be worried?

Generative AI is going mainstream rapidly, and companies aim to sell this technology as soon as possible. At the same time, the regulators who might try to rein in this tech, if they find a compelling reason, are still learning how it works.

The stakes are high. Like other breakthrough technologies — things like the computer and the smartphone, but also earlier inventions, like the air conditioner and the car — generative AI could change much of how our world operates. And like other revolutionary tech, the arrival of this kind of AI will create complicated trade-offs. Air conditioners, for example, have made some of the hottest days of the year more bearable, but they’re also exacerbating the world’s climate change problem. Cars made it possible to travel extremely long distances without the need for a train or horse-drawn carriage, but motor vehicle crashes now kill tens of thousands of people, at least in the United States, every year.

In the same way, decisions we make about AI now could have ripple effects. Legal cases about who deserves the profit and credit — but also the liability — for work created by AI are being decided now, but could shape who profits from this technology for years to come. Schools and teachers will determine whether to incorporate AI into their curriculums, or discard it as a form of cheating, inevitably influencing how kids will relate to these technologies in their professional lives. The rapid expansion of AI image generators could center Eurocentric art forms at the expense of other artistic traditions, which are already underrepresented by the technology.

If and when this AI goes fully mainstream, it could be incredibly difficult to unravel. In this way, the biggest threat of this technology may be that it stands to change the world before we’ve had a chance to truly understand it.

Source:- https://www.vox.com/

Inside America’s School Internet Censorship Machine

Inside America’s School Internet Censorship Machine

AROUND DINNER TIME one night in July, a student in Albuquerque, New Mexico, googled “suicide prevention hotline.” They were automatically blocked. The student tried again, using their Albuquerque Public Schools district–issued laptop to search for “contact methods for suicide.” Blocked. They were turned away again a few hours later when attempting to access a webpage on the federally-funded Suicide Prevention Resource Center. More than a dozen times that night, the student tried to access online mental health resources, and the district’s web filter blocked their requests for help every time.

In the following weeks, students and staff across Albuquerque tried and failed to reach crisis mental health resources on district computers. An eighth grader googled “suicide hotline” on their take-home laptop, a ninth grader looked up “suicide hotline number,” a high school counselor googled “who is a mandated reporter for suicide in New Mexico,” and another counselor at an elementary school tried to download a PDF of the district’s suicide prevention protocol. Blocked, blocked, blocked—all in a state with among the highest suicide rates in the US.

Thanks in large part to a two-decade-old federal anti-porn law, school districts across the US restrict what students see online using a patchwork of commercial web filters that block vast and often random swathes of the internet. Companies like GoGuardian and Blocksi—the two filters used in Albuquerque—govern students’ internet use in thousands of US school districts. As the national debate over school censorship focuses on controversial book-banning laws, a WIRED investigation reveals how these automated web filters can perpetuate dangerous censorship on an even greater scale.

WIRED requested internet censorship records from 17 public school districts around the US, painting a picture of the widespread digital censorship taking place across the country. Our investigation focuses on Albuquerque Public Schools (APS), one of the largest school districts in the US, which provided the most complete look at its web-filtering systems. APS shared 36 gigabytes of district network logs covering January 2022 to August 21, 2023, offering an unprecedented look at the kinds of content blocked by US schools on a daily basis. Our analysis of more than 117 million censorship records confirms what students and civil rights advocates have long warned: Web filters are preventing kids from finding critical information about their health, identity, and the subjects they’re studying in class.

“It’s just like another form of oppression,” Brooklynn Chavez, a senior at La Cueva High School in northeast Albuquerque, says of the district’s filters. “It’s like an awful kind of feeling.”

It’s a problem that’s not going away. This summer, APS installed Blocksi web filters on all student and staff devices. According to our analysis and interviews with APS staff, the results seemed to be disastrous. During the nearly three months APS used the Blocksi filter, it blocked more than a million network requests a day, on average, including searches for mental and physical health services; words related to LGBTQ+, Black, and Hispanic communities; websites for local youth groups; thousands of student searches for harmless information; and tens of thousands of news articles

APS, which installed Blocksi in May, stopped using the filter on most of its devices in August due to its restrictiveness, Harris says, and returned to the GoGuardian filter it used before the switch. Our investigation raises questions about the appropriateness and implementation of GoGuardian’s filter as well.

In May, before the district switched to Blocksi, the GoGuardian filter blocked an eighth grader from searching for “suicide prevention.” It prevented a third grader from searching the word “latina” and a sixth grader from searching “black man.” When an 11th grader googled “Obergefell v. Hodges ruling,” instead of a list of websites with information about the landmark United States Supreme Court case that legalized same-sex marriage, the student saw a gray screen with APS’s logo and the message: “Restricted. This website has been blocked by your administrator.”

It is difficult to determine who exactly is responsible for a given content restriction. While APS administrators set the network policy for the entire district, individual teachers can also choose what to filter with GoGuardian—including whether to turn off the internet entirely for a particular student or class during a lesson, according to Harris. Outside of school hours, parents can also use the Blocksi and GoGuardian parent apps that APS provides to set their own restrictions on their kids’ school-issued devices.

Blocksi did not respond to multiple requests for comment or answer detailed questions about censorship of APS web activity.

Jeff Gordon, director of public relations for GoGuardian, tells WIRED, “GoGuardian regularly evaluates our website categorization to ensure, to the best of our ability, that legitimate educational sites are accessible to students by default.” He said more than 7,600 school districts use the company’s web filter and referred all questions about whether the blocked activity in Albuquerque was appropriately censored to the district.

Sithara Subramanian, an 11th grader at La Cueva High School, says she began to run into her school’s GoGuardian filter on a regular basis around the time remote learning ended. “It got kind of intense when we went back to school, like educational websites were being blocked,” Subramanian says. The censorship has been particularly frustrating for her biology and anatomy studies. “It felt like they were trying to restrict our education rather than enhance it.”

“My son says the filters make the internet useless,” Sarah Hooten, the mother of Henry, a 13-year-old former APS student, tells WIRED. Henry says that he couldn’t use YouTube to look up information for a report he was assigned about rainforests. “I know it’s partly to do with blocking kids from doing what they aren’t supposed to be doing,” Henry says. “But it’s also just the school not understanding what they are blocking.”

What Went Wrong

THE SCALE OF censorship we found in Albuquerque’s schools shows how web filters can twist seemingly simple decisions to block unwanted online content into policies that render the internet near impossible to use.

In one instance, an APS staff member was unable to view The New York Times’ Pulitzer Prize–winning 1619 Project, a historical exploration of slavery and its consequences in the United States, because of an apparently misguided keyword block in the district’s Blocksi filter. The district’s web-filter blocked websites containing the keyword “avery.” This blocked hundreds of attempts to access the website of a printing company, Avery.com, although APS officials could not explain why “avery” was keyword-blocked. But because the URL for the 1619 Project includes the word “slavery,” it was also blocked. So was a Stanford University lecture about slaverya Wikipedia map of slavery in the United States, and several articles about a controversial Florida curriculum about slavery.

While most of the keywords WIRED reviewed are meant to restrict pornographic content and games, some appear to have unintentionally caused broader restrictions that prevented students from accessing legitimate educational content. A ban on the word “assault,” for example, blocked news articles at least 60 times, including stories from The AtlanticCNN, and the Associated Press. In total, APS blocked students accessing news websites nearly 40,000 times.

“It’s not the right approach to try and censor information because we are afraid of how they are going to react to it,” Caitlin Vogus, deputy director of advocacy at the Freedom of the Press foundation, tells WIRED. “If anyone in our society has a stake in reading about school shootings, it’s the students themselves.”

The banned keywords also show that someone—APS could not say who—blocked access to critical health websites. For example, the websites of the US Centers for Disease Control and Prevention (CDC) and Planned Parenthood were keyword blocked. CDC web pages, including many specifically pertaining to Covid-19, were censored as many as 1,607 times. Planned Parenthood pages were censored more than 50 times in Albuquerque while Blocksi was in use.

APS communications director Monica Armenta tells WIRED that, “to the best of my knowledge,” the district didn’t purposefully block URLs containing “avery” or the websites of the CDC and Planned Parenthood.

“We regularly referred our families and staff to the CDC for guidance on Covid,” Armenta says. “We did not find any issues with students or staff accessing CDC, Planned Parenthood, or ‘avery’ during school hours.” At the time of Armenta’s response, the district was no longer using the Blocksi filter that restricted those websites.

Nearly three-quarters of the blocked activity WIRED examined was not explicitly tied to a keyword, and the data APS provided did not explain why those web pages triggered the district’s filters.

Blocksi says it sorts content into 79 preset categories to make its blocking decisions. Those categories include “alternative beliefs,” “abortion,” “sex education,” “folklore,” and “meaningless content.” School staff can choose which of those categories to block, allow, or block with a warning.

Harris, Albuquerque’s educational technology director, says the word “gay” shouldn’t have been blocked on its own but might have triggered another rule in the filter. After googling “gay” on her own computer, she speculated that GoGuardian might have blocked the search because the results page includes Google Maps listings for several bars in Albuquerque that cater to LGBTQ+ customers, and the district has chosen to block content related to alcohol on its devices.

GoGuardian’s filter can trigger automatic alerts to school staff about browsing activity. During an interview with WIRED, Harris received a GoGuardian Smart Alert notifying her that a student was looking at potentially dangerous material online. “This poor child is getting targeted because [they searched] ‘how to draw grass,’” Harris says. “And so it’s probably thinking ‘grass’ is marijuana.”

Harris says APS allows staff and students to request that content be unblocked. Several of the students who spoke to WIRED say they wouldn’t feel comfortable asking administrators to unblock content.

Tiera Tanksley, a research fellow who studies youth and technology policy at UCLA, tells WIRED that schools need to consider the consequences of over-filtering, especially when technology like GoGuardian’s Smart Alerts automatically notifies adults about what kids are looking at online.

“We have to remember who’s using school-issued devices,” Tanksley says. “It’s already baked in that these are going to be lower income, probably people of color, just because of the economic disparities. Getting flagged multiple times trying to access inappropriate content is opening the door for other types of disciplinary disparities,” she argues.

During the 2022-2023 school year, 66 percent of APS students identified as Hispanic, 20 percent as white, 5 percent as American Indian or Alaskan native, and 3 percent as Black, according to data published by the school district. Nearly 68 percent of the district’s students received free school meals, which is a rough reflection of how many families live near the poverty line and slightly higher than the national average.

Our investigation found that both the Blocksi and GoGuardian filters used by APS censored a wide range of words, websites, and online resources related directly to race and ethnicity. And students who spoke to WIRED say they were frequently blocked while attempting to research historical events that involved racism or violence.

When a 12th grader at the city’s Atrisco Heritage Academy High School tried to ask Google for information about “structural racism black community,” GoGuardian blocked their search, records reviewed by WIRED show. It also nixed a ninth grader’s search for illustrations of Black people, a seventh grader’s search for “pueblo indians,” a fourth grader’s image search for “immigrant,” and a ninth grader’s image search for “el mobimiento [sic] chicano”—the Mexican-American Chicano Movement of the 1960s.

Blocksi’s filters blocked similar search terms, including “how oppressed are black people.” And it blocked hundreds of attempts to access legal information for immigrants at USCIS.gov. On July 27, it prevented an APS staff member from opening the form used to apply for US citizenship online, APS records show.

Chavez, the La Cueva High School senior who leads their school’s Native American Student Union, says the district’s filters have hindered their attempts to research Indigenous heritage and Indigenous protests. ”Because I can’t find information on certain Indigenous topics, I’m wondering about kids who are younger than me, Indigenous kids who are trying to look up their heritage, trying to learn about their heritage,” Chavez says. “It frustrates me because they can’t. It’s not easily accessible, especially during school hours.”

Content related to gender, sexuality, and identity was also blocked across Albuquerque. For instance, the district’s web filters prevented six students from visiting pages at the Trevor Project, one of the nation’s leading LGBTQ+ youth advocacy groups. Even the websites of local youth nonprofits, including Together for Brothers and the Southwest Organizing Project, were restricted. Three different middle schoolers, on three different days, searched for “pride flag” and were blocked.

In a statement to WIRED, Casey Pick, director of law & policy for the Trevor Project, characterized APS’s censorship as “dangerous” and “unethical.”

“Blocking content inherently suggests that it’s something that is inappropriate or that people shouldn’t see or know about,” says Josh Block, a senior staff attorney at the American Civil Liberties Union (ACLU) who focuses on the civil-liberties-focused nonprofit’s LGBT and HIV Project. “That certainly has a message that reverberates beyond just the computer screen.”

Gordon, the GoGuardian spokesperson, says the company “does not block searches or restrict access to legitimate educational sites by default, nor do we block LGBTQIA+, reproductive health, or racial justice websites by default.”

Web pages belonging to the ACLU were blocked 68 times.

Safety vs. Education

THE CONSEQUENCES OF school web filtering reach far beyond Albuquerque. Virtually every school in the US uses an automatic web filter, largely due to the Children’s Internet Protection Act (CIPA) passed by Congress in 2000. The law requires schools and libraries to block “child pornography” and other content deemed “obscene” or “harmful to minors” in order to be eligible for federal technology aid known as E-rate funding.

In districts like Albuquerque’s, which invested millions to provide take-home computers to students, the filters have increasingly come to govern kids’ online lives both inside and outside of school. Our investigation found that nearly 10 percent of the blocks between January 2022 and August 2023 occurred on weekends.

The filters catch plenty of content that district officials say should legitimately be blocked—some students try to look at porn, many try to play online games during school, and a significant portion of the content blocked by Albuquerque’s filters appears to be pop-ups, advertisements, and spam. Harris says the district has intentionally chosen to block students from accessing generative AI tools; during the three months it was in place, Blocksi prevented more than 41,000 attempts to access ChatGPT.

“There are hundreds of thousands of sites that are being created every day that we don’t have the resources to vet and look at all the time,” Harris says. “We do the best with our resources and our stance really is to limit the amount of filtering and teach digital citizenship.”

Since CIPA was first proposed in 1998, critics and supporters alike have raised concerns about the impact of web-filtering technology and the balance between free access to information and safety.

“I am very concerned about censorship,” the law’s primary sponsor, late Arizona Senator John McCain, told The New York Times in February 1998. “But I think we need to act to try and provide some rules, otherwise we may find ourselves in a situation where Americans say, ‘Look, this has got to stop; we are willing to sacrifice some of our civil liberties to protect our children.’”

Students and civil rights groups have continued to fight against web censorship. In 2011, the ACLU launched a “Don’t Filter Me” campaign that encouraged schools to stop using web filters that blocked LGBTQ+ content. The campaign culminated in a 2012 case in which a federal court ordered the school district in Camdenton, Missouri, to stop using a filter that explicitly blocked non-adult LGBTQ+ websites.

In the decade since that ruling, students have consistently complained about school web filters’ allegedly discriminatory blocking patterns. A student in Hawaii claimed his school’s Securly web filter was labeling sites that had “gay” in the domain as pornography. In Park City, Utah, students complained that they were allegedly prevented from searching for words including “gay,” “lesbian,” and “queer.” And in Katy, Texas, student protests and an ACLU complaint last year forced the school district to stop using a web filter with a category that the complaint said had been titled “Alternative Sexual Lifestyles (GLBT) Global” and blocked access to the Trevor Project and other LGBTQ+ support organizations’ websites.

Victories against inaccurate and potentially dangerous web filters are rare. In September, a nationwide survey conducted by the Center for Democracy and Technology found that a majority of students believe their school’s web filter hinders their ability to do schoolwork. In schools with web filters, 71 percent of students agreed that it was sometimes hard to complete school assignments because web filters were blocking access to essential information. The same percentage of students said they’d been blocked from visiting websites they felt they should have been allowed to visit. And LGBTQ+ students reported being blocked from content at higher rates than non-LGBTQ+ students on both questions.

More than half of the teachers who responded to CDT’s survey (57 percent) agreed that their school’s web filters made completing assignments harder. Thirty-seven percent of teachers believed their school’s web filters were more likely to block content associated with LGBTQ+ students, and 32 percent believed the filters were more likely to block content associated with students of color.

Chavez, the senior at La Cueva High School in northeast Albuquerque, says they and many other students at their high school have stopped using their APS-purchased Chromebooks altogether. Instead, they say, students now bring their personal laptops from home to school. But other students say they don’t have that option.

“It totally inhibits me from doing proper research or slows down my whole workflow,” Mateo, a senior at another APS high school who asked that we not use his real name, says of the district’s filters. But his school won’t allow students to bring personal laptops, meaning he has no choice but to use the filtered internet.

“I think it’s kind of redundant and almost offensive,” Mateo says, “that they would try to censor everything to such an obscene degree.”

Source:-https://www.oedb.org/

7 Advantages to Taking Online Classes

7 Advantages to Taking Online Classes

Both recent high school graduates and nontraditional learners can take advantage of online classes. Online courses offer flexibility, affordable tuition, and a variety of academic opportunities. Distance learners who want to experience learning on campus can enroll in hybrid courses, which blend classroom instruction with online learning.

In 2019, Santa Clara University surveyed hundreds of distance learners about how online learning impacted them. Respondents answered questions regarding their ability to interact with peers and professors, how well they could study in a virtual environment, and whether they would recommend online learning to others. For most questions, more than 50% of respondents recognized and appreciated the benefits of online classes.

 

Continue reading to learn more about the benefits of online education and how it can help you achieve your education and career goals.

1. Scheduling Flexibility

For many learners, the primary benefit of online learning involves scheduling flexibility. Some programs allow degree- and certificate-seekers to start a course immediately. In other cases, students can select between a traditional 16-week course and an accelerated eight-week course. This page highlights accelerated courses’ advantages in a later section.

Although many online courses run asynchronously to provide maximum scheduling flexibility, some require learners to collaborate with peers at set times or meet with a professor during virtual office hours. Prospective students should research these requirements before signing up for an online course.

2. Lower Total Costs

Many prospective students overlook the cost advantages of online classes. Although online learners may pay the same per-credit tuition rate as on-campus degree- and certificate-seekers, they do not pay for on-campus housing or meal plans. Learners also save time and money by eliminating a commute.

Other cost savings include cheaper textbooks, especially if online learners can purchase digital versions. As long as online learners take enough credits to qualify as part-time students, they can apply for federal financial aid programs, such as grants and loans. Most colleges also allow online degree- and certificate-seekers to apply for institutional aid, including need-based grants and merit-based scholarships.

3. More Comfortable Learning Environment

With the ability to study anywhere, online learners can complete coursework at home, a coffee shop, or a library. This advantage of online learning allows students to work in the environment that best suits them. As new online degree- and certificate-seekers research different places, they should focus on those that offer a reliable internet connection and few distractions. Another factor to consider is space requirements, as some facilities’ tables may lack the space for a computer and reference materials.

4. Pacing Options

Before taking an online course, learners should understand three terms that can define the online learning experience. The first term, asynchronous, refers to a course that does not hold scheduled meetings. Students complete work at convenient times but must still meet assignment deadlines.

The second term, synchronous, describes the opposite of asynchronous. Like on-campus courses, synchronous online courses maintain set meeting times where the professor instructs learners over Zoom or another video conferencing service.

Lastly, accelerated refers to courses that last fewer than 16 weeks. Accelerated courses post the same academic requirements and work best for learners with no external work or family obligations.

5. Geographic Flexibility

Another advantage of online education that relates to flexibility involves prospective students’ geographic location. Many of the nation’s top colleges and universities offer online degrees and certificates, meaning that learners do not have to relocate to attend a premier school. They do not incur moving expenses since they can study from any location. This flexibility also saves money, as the cost of living among different cities can vary greatly.

Besides saving money, not needing to move means that degree- and certificate-seekers do not need to end friendships and professional relationships. They can also live closer to extended family members. These advantages of online classes can lead to greater emotional well-being and less stress.

6. Career Advancement

Nontraditional learners enjoy two significant advantages of online classes related to career advancement. First, a certificate or degree can qualify an employee for a raise. Second, some companies restrict management-level positions to employees who possess a bachelor’s or master’s degree. Earning a degree can lead to a promotion that may also involve increased wages.

Besides tangible career benefits, most online degrees and certificates also allow learners to continue working while they study. Students can work during the day and complete coursework in the evenings or on the weekends. Additionally, learners who work can apply new knowledge and skills to their job immediately.

 

7. Improve Your Technical Skills

Learning online can help students hone the technical skills they need on the job. New skills can include the ability to use new software suites, perform in-depth research online, and communicate effectively online in various formats such as discussion boards and teleconferencing. Employers often demand these skills as more and more positions require employees to work remotely. Students can also add new skills to a resume and discuss them during a job interview.

Written by: Thomas Broderick
Source:-https://www.oedb.org/

This Strategy Helped My Students Learn to Disagree Respectfully

 

This Strategy Helped My Students Learn to Disagree Respectfully

“What will you remember about our class?” I asked my English class in May, during the last month of their senior year. My students sat quietly considering the question.

“I will remember how we would disagree, but we were still very respectful, and I just loved it. I loved how much respect we hold for one another,” one of them said.

I nodded to show that I understood and that this was also important to me. I, too, was struck by how artfully my students disagreed. In a year full of tumult, geopolitical strife and a general COVID hangover, I often found myself marveling at how my 17- and 18-year old students calmly and respectfully disagreed about a range of topics, including their perspectives on the Black Lives Matter movement and the nuances surrounding it, Donald Trump’s decisions during his presidency, and the moral complexities surrounding George’s choice to shoot Lenny in “Of Mice and Men.”

How did this happen? In short, I decided to experiment with Spider Web Discussions, a strategy that leverages the web of connections between and among learners as they volley a discussion idea back and forth. I learned about this revolutionary classroom practice in Alexis Wiggins’ 2017 book, “The Best Class You Never Taught.” The idea is simple. The teacher coaches students before and after the discussion, sharing norms and modeling sentence starters, but during the discussion, the teacher remains silent.

We practiced this strategy regularly throughout the year. During every discussion, we placed a piece of paper at the center of our circle that read: “The goal is that we understand this work and ourselves more.” This consistent goal drove our conversations and the development of a set of norms that we used to foster a culture of respect and to ensure that every voice was heard.

Over time, students developed social skills and strategies for listening and effectively expressing disagreement. I began hearing my students say things like, “I see what you’re saying, but I disagree because…” and “I hear where you are coming from, but can I ask a question?”

I had been teaching writing and English at this rural public PreK-12 school for nearly five years, but this year felt different. My students developed a real respect for civic discourse and the skills for entering into it.

That was the last class I taught at the high school before moving into my new role as an assistant professor at Peru State College in Peru, Nebraska, where I teach a course for pre-service teachers on educational technology.

Applying This Strategy to My Work With Pre-Service Teachers

Working with pre-service teachers is quite different from teaching high schoolers. One of the challenges is to find ways to model great teaching while delivering the content my students need. As I reviewed the content in my educational technology course for undergraduates to prepare for the fall, I couldn’t help but think about how there were so many complex issues that called for open dialogue, one of the most obvious and timely being pedagogical and instructional shifts related to the emergence of artificial intelligence tools. I wanted to draw from my experience with Spider Web Discussions to engage my students in thoughtful discourse around AI in the classroom and recreate that environment where students could safely disagree as some raised concerns and pitfalls, while others embraced possibilities.

I wondered if I could use the strategy to get us not just experimenting with AI tools, but also talking about ethical issues and questions that were on our minds. I decided to use the practice with a text we read, “The AI Classroom: The Ultimate Guide to Artificial Intelligence in the Classroom,” which included practical step-by-step directions that can allow both teachers and pre-service teachers to wade into the waters of AI.

Before our first Spider Web Discussion, we watched a video of high school students using the strategy, which offered a clear view of what this type of discussion looks like. It illustrated students holding their text, “Romeo and Juliet,” pointing to specific sections, asking questions and disagreeing respectfully. At no point in the video did the teacher talk. Instead, she coached her students both before and after they started.

As my students began discussing the text, I found myself wanting to say so much. But, I restrained myself and was surprised again and again to see that my students brought up all of the points I had been itching to talk about.

The Importance of Creating Safe Spaces for Open Discourse

As a social constructivist, I wasn’t surprised that in addition to student learning, this form of discourse led me to learn a lot too. Over the next few weeks, as we continued using the strategy, students — without my direction — started to send me articles, video links and movie recommendations that all tied to our discussions around AI. It was clear that the conversation was moving outside the classroom and curiosity was piqued. What surprised me most was that the ideas they shared differed so much from my own, and how that created learning opportunities for me. For example, without letting my students take the lead, I would not be thinking about the environmental implications and the morality of graduating high school students who have never used AI. This strategy allowed me to make space to learn from and with my students.

As a former high school English teacher, I can’t help thinking about Frankenstein — the moral dilemma that emerges as a theme and author Mary Shelley’s warning about the unbridled pursuit of science and technology weighs on my mind. Similar ethical issues have arisen in our discussions around AI. The thing that gives me peace is that we’re talking about these issues in our class.

We’re talking about challenges and consequences of using these tools, such as how these technologies may perpetuate racism, the impact of implicit bias in decision-making, and the risks students face from AI hallucinations and prompt drift (the decrease of a generative AI tool’s ability to follow instructions over time). We’re questioning the equity issues that arise as AI tools move behind paywalls. And as we explore tools, student’s are openly conversing about how this is affecting their pre-service teacher education. For example, is it a bad thing that just as these aspiring teachers are learning to write lesson plans, we’re exploring tools that create them — and create them fast?

As the teacher and facilitator, these questions can give me vertigo, but what I’ve found so far is that even as we zoom in on existential questions, we find our way back to classroom practicalities. The reality is that some of my students will experience frustration as they get jobs in districts that ban AI tools. Others will feel pressured to use tools despite their questions and hesitations. While Spider Web Discussions can get wobbly at times, they’ve created space for us to explore tough conversations with less fear and they’ve set us up to learn and grow together.

Source:- https://www.edsurge.com/

17 WAYS TO HELP STUDENTS LEARN TO FIT IN WITH THEIR PEERS

Are you looking for ways to teach students learn to fit in with their peers? If so, keep reading.

1. Assess the appropriateness of the task to ascertain (a) if the task is too easy, (b) if the task is too complicated, and (c) if the duration of time scheduled to finish the task is sufficient.

2. Stop the learner from becoming overstimulated by a learning experience(e.g., monitor or supervise learner behavior to limit overexcitement in physical learning activities, games, parties, etc.).

3. Do not force the learner to interact with others.

4. Provide a predetermined signal (e.g., hand signal, oral signal, etc.) when the learner begins to exhibit unacceptable behavior(s).

5. Provide the learner with duties in group situations so peers may view the learner more positively.

6. Get the learner to be the leader of a cooperative learning experience if they possess a mastery of skills or an interest in that area.

7. Praise those students in the classroom who properly interact with the learner.

8. Assist the learner in finding unacceptable behaviors and teach them ways to change those behaviors.

9. Notify others who will be working with the learner (e.g., teachers, the principal, clerks, etc.) about the learner’s tendency to ignore the consequences of their behavior s.

10. Intervene early and often when there is a problem to prevent more severe problems from happening.

11. Give the learner logical consequences for unacceptable behavior(e.g., for disturbing others during group learning activities, the learner should have to leave the learning experience).

12. Make sure the learner does not become involved in overstimulating learning activities.

13. Talk with the learner to explain that they may be trying too hard to fit in and that they should relax and let friendships develop naturally.

14. Embody appropriate social behavior for the learner at all times.

15. Alter or adjust situations that cause the learner to demonstrate behaviors that are extreme.

16. Consider using an adaptive behavior management app. Click here to view a list of apps that we recommend.

17. Click here to learn about six bonus strategies for challenging problem behaviors and mastering classroom management.

Source:- https://www.theedadvocate.org/17-ways-to-help-students-learn-to-fit-in-with-their-peers/

The Content Every High School Student Should Learn (But Doesn’t)

A teacher provides feedback on a student’s work.

Key Points

1. While core literacies remain pillars of democracy, we need to add new content areas to ensure future-ready students.

2. From healthy living to civics, young people must learn how to take care of ourselves, one another and the planet. 

The United States is one of the few countries in the world that does not have a nationalized curriculum. The combination of local and state control allows for extraordinary leverage on outcome decisions and content alignment. Our country’s preservation of state’s rights empowers schools and states to contextualize both policy and implementation. Federal oversight comes, typically, with leveraged grants to encourage participation. The policies articulated in the No Child Left Behind Act and Every Student Succeeds Act fall into this category.

In many high schools in the nation, the traditional course sequence and graduation requirements remain static: four years of English, three years of math, three years of science, etc. Both mathematical and language literacies still hold major importance for every graduate. And, as the world becomes more complex and unpredictable, new consideration should be given to the required core content.

We talk a lot about the most innovative learner-centered schools that combine personalized, competency-based and project-based learning co-designed around real-world experiences. Here, content emerges from student interest in high-purpose topics while also linking to standards or competencies. These learning environments are challenging the Carnegie status quo and sit on the horizon of education. While important signals for the future of learning, they remain the minority.

Updating content areas would accelerate learning around three core types of skills expected by schools: core skills (typically the skills of writing, reading, mathematics, history, arts found in state standards), technological skills (industry skills earned through CTE programs, work-based learning, apprenticeships, career pathways, etc.), and transferable skills (durable skills, XQ). Weaving in the content below will create engaging and future forward ways to nurture the core, technological and durable skills while preparing young people to govern, contribute and thrive as adults.

Next-Gen Economics

Every learner should engage in learning about entrepreneurship. Releasing a generation of empowered problem-solvers equipped with the tools to contribute to ventures that have both financial and/or social impact, helps future generations find their sense of purpose and ownership. Uncharted Learning, the National Foundation for Teaching Entrepreneurship (NFTE), and KnoPro from NAF all provide resources to embed entrepreneurial experiences and content.

Additionally, with both our country and many individuals experiencing significant debt, financial literacy remains low for graduates. Yet, it can have the most profound outcome on financial stability. Budgeting, credit, borrowing, and investing increase the long-term probability of financial stability for graduates. Both entrepreneurship and personal finance are well-represented in those who choose the CTE Finance or CTE Business and Administration career clusters, but this is not universally available. Many free or low-cost resources exist (see list here).

Artificial Intelligence

While school leaders and educators still are in the early stages of understanding the impact of AI, there is no doubt that it will rapidly become immersed in the education sector (likely in hyper-personalized learning of core skills and support for learning design and assessment). However, every graduate should understand the core principles of AI functionality and how to use it to augment intelligence and performance. These skills will be requisite in almost every future professional career. TeachAI.org recently released a guide for AI implementation while some districts, like Gwinnett County Public Schools, offer an AI CTE program pathway.

Civics and Citizenship

While often found in civics classrooms, the content remains less about good citizenship and more about the structures and function of government. While the structures and function are important, every student should understand their role in a democracy through political processes, how to move an idea to action, and community organizing for change. For example, the United States, with less than 50% of eligible 18-29 year old voters participating in elections, is in dire need of core education in civics. Organizations such as iCivics and Citizens and Scholars offer innovative and engaging approaches to civic education.

Media Literacy

Few other influential forces impact the current (and future) generations like digital media. The power of disinformation, misinformation, bias, etc. propagated through heavily financed algorithms will only increase. High school graduates need the tools and filters to process and evaluate everything they see online to better understand ways to get to the truth. Advances in AI around image, audio and video generation will make discernment of fact even more difficult. Resources such as Civic Online Reasoning at the core of every high school curriculum will have a significant positive change for future generations.

Healthy Living

Data shows the declining mental and physical health of adolescents. A generation struggling with mental and physical health increases the emotional and financial costs of a nation. While physical education programs have changed significantly over the years (like less dodgeball and rope climbing and more yoga and personal fitness), students still disengage from physical education. Accelerating, personalizing and customizing healthy living as part of core learning will increase the odds of healthy adults. Healthy food programs such as Food Corps and innovative physical education programs that focus on personal fitness can be integrated into the school day.

Place and Sustainability

Too many learners graduate high school with little to no knowledge about their local context and the long-term social, economic and ecological factors that drive the success or demise of a community. Every learner should graduate not only with a deep understanding of their own place, but should also know how to understand and impact future communities. Finding local purpose to inspire students through the creation of high-impact projects (Teton Science Schools’ Place-based Education, High Tech High) and building content around sustainability standards (Cloud Institute) can increase the long-term vitality of local and regional communities.

Neuroscience

One of the last frontiers in understanding the human body (along with the microbiome) is the brain. Every day, students are bombarded with outside stimuli that impact their brains from substances (alcohol, vaping, drug use, etc.) to technology (media, phones) – all while going through one of the more significant changes in the human brain – adolescence. Teaching relevant neuroscience could improve choice-making, mental health and learning in general (Global Online Academy, University of Wisconsin Neuroscience Training Program). By graduation all students should be able to describe the conditions and processes for how they learn and how they manage stress.

Data Science

Data science has surfaced over the last decade as critically important in many higher ed institutions and professions. Too many young people graduate high school never having had to create a spreadsheet, let alone organize, analyze and synthesize large amounts of data. Given the continued acceleration (again hyper-charged via AI) of data creation, every graduate needs to understand how to find, interpret, organize and analyze data in every form (YouCubed).

Current Events

While traditional history has expansive coverage in schools, most learners experience fact immersion rather than relevance and understanding. Every high school learner should experience history through a modern-day lens to both understand the throughline (see Throughline podcast) and the repeated themes of history — war, peace, power, oppression, freedom, religion, etc. — to find hope and skills to imagine a more peaceful future. Facing History provides a Current Events toolkit for those ready to jump in.

Systems and Futures

Understanding both systems thinking (the complex interactivity of multiple elements) and futures thinking (aptitudes for transformative vision-seeking over short-term solutions) is critical in a complex and uncertain world. By explicitly creating content and experiences around these concepts, young people are better equipped to anticipate and address current and future challenges.

To be clear, literacy remains paramount and a core pillar of society. While as a nation we still greatly struggle with literacy rates, we cannot wait to adapt our current content base toward possibility, opportunity and contribution. If a high school does not have the support or resources to complete redesign, rethinking the core curriculum may be an alternative first step when state or local policy allows. Replacing or merging the typical core content with the ten content areas above better supports the current generation of students to tackle an unpredictable and uncertain world.

Source:- https://www.gettingsmart.com/2023/11/20/the-content-every-high-school-student-should-learn-but-doesnt/