Category Archives: Interactive Learning

How can AI be used in education? Some thoughts

Artificial intelligence agents are getting more powerful by the day. For a couple months, I have been using GitHub Copilot in Visual Studio Code to help develop simulations and to learn about concepts in front-end web programming. In Copilot, you can select between a couple different AI agents. Recently, I subscribed to Anthropic’s Claude to use as a standalone app.

There has been concern expressed in media about students using AI to cheat on assignments and exams. I am not so concerned; “blue book” tests and personal interviews can let students show what they understand. (too many students to do that you say, well you need to hire more human instructors to manage your AI)

Rather, I want to spend my time thinking how these tools can help people learn.

One practice I recommend to instructors is to model how you use AI to do your work and to learn new concepts and techniques. This can be done in live or recorded lessons.

I am thinking about how students themselves can use AI agents to help their studies. One idea is that a student could ask an AI agent to make a simulation that demonstrates a concept they are learning about.

That involves a couple different aspects. One learns how to clearly communicate concepts about a subject in the process of crafting a prompt that produces the desired result. And one learns from a well-crafted simulation.

See my experiments at Web Labs, AI experiments.

Please send us a message letting us know what you think at support@reactorlab.net

25th anniversary of Reactor Lab this month!

Reactor Lab is a pioneer in developing interactive simulations for active learning. This is a screenshot of an experiment in the Lab in March 1993 – 25 years ago this month. The Lab was a single HyperCard stack. Click on the image to see a larger version.

RL_March_1993

Here is the same experiment in today’s desktop Reactor Lab.

RL_now

A brief history of the development of Reactor Lab through 2006 is available at LiveCode Journal (hit browser back button to return here). The article refers to Revolution, which was LiveCode’s previous name. LiveCode is the development tool used to build the desktop version of ReactorLab.

23 years of Reactor Lab and interactive simulations for active learning

Reactor Lab is a pioneer in developing interactive simulations for active learning. This is a screenshot of an experiment in the Lab in March 1993, when the Lab was a single HyperCard stack. The screenshot was taken after it was converted to a LiveCode stack to keep it alive and operable on today’s computers. Click on the image to see a larger version.

RL_March_1993

Here is the same experiment in today’s Reactor Lab.

RL_now

A brief history of the development of Reactor Lab through 2006 is available at LiveCode Journal. The article refers to Revolution, which was LiveCode’s previous name.

 

Women in engineering, a pioneer

“The unbelievable life of the forgotten genius [Katherine Johnson] who turned Americans’ space dreams into reality” http://www.businessinsider.com/katherine-johnson-hidden-figures-nasa-human-computers-2016-8

“Throughout her education, she says she succeeded in part because she was always asking questions — even when people tried to ignore her, her hand stayed up.”

Trailer for upcoming movie about Katherine Johnson, Hidden Figures: http://www.foxmovies.com/movies/hidden-figures

My advice to students for succeeding at the university

1) Study with at least one other student in each class. Get study buddies.

Don’t do it all alone. You will learn from other students, even when you show them how you figured things out. They will keep you honest when studying for a test: no peeking at notes when they ask a potential test question.

2) Schedule plenty of time to study and do homework. Do not overcommit.

Do not get too involved with work, student organizations, athletics, gaming, or partying. There are lots of interesting things to do at the university other than study.

Note: Not following (1) and (2) are almost always the reasons I have seen students struggle at UCSD. Everyone who gets admitted is smart enough. Don’t worry about that.

3) Talk to your professors and TAs.

A couple times during the term, ask them about topics in class or their research.

Do not always ask them about points on homework and tests. That will leave a negative impression of you. It is fine to ask about points, just not as the first question nor the only question.

At their office door, always remind them of your name, and ask them if they have a minute to talk about (fill in something interesting, not points). Do not ask, “are you busy?” Stupid question. Prof’s are always busy! Best not to approach them right before class.

Don’t wait until you are struggling in a class. Always talk to them if you do start to struggle for any reason, even if you haven’t talked to them before. Get help early!

If they know you, then you are more likely to get “the benefit of the doubt” during grading, e.g., drawing the grade line just below you instead of just above you.

4) Aim for A grades. Try to get at least B grades.

To keep open the option of going to grad school or professional school, you need to graduate with at least a 3.0 GPA overall. Also, you need at least 3.0 (B) average in your major if you want to continue in that major in grad school.

Most schools won’t admit a student to grad school with less than a 3.0 GPA, except in unusual, extenuating circumstances and with a sponsoring professor. Don’t rely on that. With less than a 3.0, your options are schools with lower standards, lower reputations, and higher costs.

5) The day before your first day of class, walk around campus and locate your classrooms.

Before serving on an advising panel one day, I asked a barista at Muir Woods the most important thing to tell new students. This is her advice. Sounds good to me.

Web app experiments

Web app experiments have been added to the Resources page. These are experiments using HTML5 and Javascript to do interactive simulations in a web page. We are just getting started with these experiments.

Reactor Lab is a desktop app with Internet connectivity. Is that the best way to do things, or should we move to web apps?

A nice set of web apps has been written by Professor Anthony Butterfield at the University of Utah. Anthony did his MS in Chemical Engineering at UCSD with our faculty. Here is a LINK to his web site with web apps.