Collaborated on an open-source book by providing valuable chapter feedback to authors and incorporating additional information to enhance user comprehension.
Used GitHub for collaborative software development, involving tasks such as forking repositories and implementing local module modifications. Orchestrated collaboration with classmates to seamlessly integrate updates into the GitHub repository.
Integrated a Raspberry Pi microcomputer into thermal measurement system to simplify the interface and facilitate system automation and enhance its data collection capabilities.
Created a user-friendly interface for mass flow and pressure controllers through serial communication, automating Quartz Crystal Microbalance (QCM) operations. Developed Python libraries with serial commands for efficient retrieval of output data. Additionally, designed an Industrial Dashboard in HTML to provide seamless control over the QCM.
Developed a comprehensive python program for generating weather, load, and solar energy forecast values as a part of the "Integrated Energy Monitoring and Control IoT System" paper.
Help and guide students in utilizing 3D printers, SolidWorks, laser cut machines, soldering, and more. Manage the maintenance and troubleshooting of laboratory equipment, ensuring seamless functionality. Additionally, produce instructional video tutorials to facilitate efficient utilization of lab resources.
Organized and hosted interactive events for students to explore and master various machines, including Cricut, heat press, 3D printer, laser cutter, and more. Provided supervision and guidance to students to properly use instruments. Conducted maintenance and troubleshooting of lab equipment to ensure optimal functionality.
Provided tutoring services to high school students, focusing on STEM-related topics to enhance their understanding and proficiency in science, technology, engineering, and mathematics.
