This project in part utilizes the chart.js api to build a performant open-source education tool. The available tools encompass anything I have found interesting such as mechanical dynamics or optics, to Electrical Engineering concepts and control theory. So far, the topics covered are:
- Projectile dynamics
- I think back to my years in FIRST Robotics Competitions and I remember wanting to build a close-form solution to many of our projectile woes when we were charged with launching a basketball across a gymnasium. Now demonstrations for a standard projectile along with typical design challenges (canon ball, critical target angle, and max ceiling) are all readily available!
- Frequency Harmonics
- Learn how harmonics are injected into a signal and how they transform the output waveform.
- Laser Mode Locking
- Explores cavity-modes and mode-locked lasers. The simulation is of a mode-locked laser where the cavity length, the gain medium, and the number of modes centered around the central mode frequency are specified.
- Radio Modulation Schemes
- Transconductance Amplifiers
- Understand how many of our current-mode amplifiers can provide a precise current waveform.
- PID's
- Control theory and how parameters affect system dynamics.
- Direct Digital Synthesis (DDS)
- demonstration of phase accumulators, look-up tables, and how we can achieve precision digital oscillators
- More as I come up with them...
- Framework
- Nextjs
- Tailwind CSS (v2.2) with Next.js using the new
Just-in-Time Modefeature from Tailwind CSS.
- API
