BTech capstone
From a non-invasive diagnosis tool for endometriosis to a visual recognition robot designed to eliminate weeds, students are tackling complex challenges, exploring visionary ideas and developing solutions that extend far beyond the classroom.
Featured News
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Nanozyme-Based Colorimetric Biosensing of Uric Acid for Hyperuricemia
Biotechnology
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Torque Stand for Electric Motor Working in Power and Regenerative Mode
Automotive and Vehicle Engineering Technology
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Portable 3D Printer
Automotive and Vehicle Engineering Technology
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Impact of EV charging loads on electrical distribution systems
Electric vehicle (EV) charging loads are expected to increase rapidly over the next few years. This project will investigate their impacts on existing power grids. Team Members: David Cheriyan, Kehaan Baria, Abdullah Dar, Samiul Kazi, Momin Raja. -
Microgrid Design
The objective of this project is to design a microgrid to serve a small community. The microgrid can operate in both islanding mode and grid-connected mode. Team Members: Abdullah Dar, Samiul Kazi, R. Sohal, Momin Raja. -
Parallel HVAC/HVDC transmission system
The objective of this project is to analyze the effectiveness of parallel HVDC/HVAC transmission system to deliver bulk power over long distances. Team Members: Jiacheng Li, Jiaqi Wang. -
Design of Protection Relay by Microcontroller
The objective of this project is to design an overcurrent protection relay by using a microcontroller. Team Members: Ryan Kula, Pranav Mistry, Jay Raleshkumar Randeri, Sarbjit Singh. -
McMaster Microgrid Design
The objective of this project is to design a McMaster microgrid to reduce electricity costs and improve reliability. Team Members: Parteek Dhami, Helen Zhang, Youming Luo. -
Incorporation of McMaster EV Charging Stations
The objective of this project is to design an upgrade to McMaster's distribution network to accommodate more EV charging stations in anticipation of a large increase in EVs on campus. Team Members: Navjit Singh, Susana Arcila, Shivani Mistri.