I’m Alexander - an aspiring engineer passionate about technology, sustainability, and innovating for a better future.
Explore my projects below to see what I’ve been working on.
Projects
•Simulates and visualizes motion of a pendulum, calculating parameters on the pendulum’s dynamics from basic user inputs.
•Generates time-based plots for displacement, velocity, energy, and acceleration.
•Programmed in Python using Numpy for calculations and Matplotlib’s pyplot module for visualization.
•Measures temperature and humidity in real time with a DHT22 sensor, displaying live data on a 20x4 LCD screen.
•RGB LED automatically signals varying heat index levels, from safe to extreme danger, based on real-time conditions.
•Uses Rothfusz regression formula to accurately calculate and adjust heat index for high/low humidity scenarios.
•Compares the costs and efficiencies of Electric Vehicles (EV’s) and Internal Combustion Engine (ICE) vehicles using fuel and electricity cost, energy efficiencies, and annual distance driven.
•Developed using Tkinter to create a GUI-based application with support for region-specific units and currencies, including Europe(€, L/100 km), UK(£, Imperial MPG), and US($, US MPG).
•Input fields dynamically adjust to reflect user inputs, displaying the appropriate currency and units.
•Calculates the EV’s equivalent energy efficiency in L/100 km or MPGe, providing a clear comparison with ICE efficiencies.
•Displays long-term savings as well as percentage savings in a user-friendly format.
•Error handling mechanisms show messages if an input is invalid or missing.
•Code follows PEP 8 standards
Converts a 120V AC input into a stable 5V DC output, delivering a consistent 2A current for reliable operation of various low-voltage devices.
Uses a smoothing capacitor to minimize ripple voltage, making it suitable for sensitive electronics.
