Mark Alexander Ierwanto
Project Leader, Idea Generator, 3D Designer, Programmer
FEATURED PROJECT
Automated Torque and Parallel Force Experiment System
BINUS ASO School of Engineering | Mar 2024 – Jul 2024
An advanced experimental setup that automates torque and parallel force experiments, combining Arduino control, precision sensors, and modular design for improved efficiency and accuracy in physics laboratories.
Accomplishments:
- Integrated 2 high-precision load cells and 2 TOF distance sensors for real-time measurements.
- Developed modular hardware using 3D-printed parts with high-accuracy 0.1 mm layer height.
- Built around Arduino Uno for sensor integration, data acquisition, and automatic calculations.
- Enabled full automation of experimental measurements including forces, positions, and resulting torques.
- Simplified laboratory setups by making the system compatible with existing PASCO educational equipment.
- Displayed real-time results via an LCD interface, reducing manual recording and potential human error.
- This project demonstrates expertise in sensor integration, precision hardware design, and system automation.
PROJECT GALLERY
