Institution: University of Ottawa ()
Category: Faculty of Engineering
Language:
English
Course Description
In this mini-course, students will explore the exciting world of renewable energy and sustainability. Through hands-on projects and interactive discussions, participants will learn about solar, wind, and other clean energy sources, while understanding their impact on the environment. The course will focus on practical skills like designing simple renewable energy systems, analyzing energy consumption, and discovering how to create sustainable solutions for everyday challenges. By the end of the course, students will have the knowledge to think critically about energy, sustainability, and how they can contribute to a greener future.
Biography
I am James Bastob Mondol, a Master of Engineering student in Electrical and Computer Engineering at the University of Ottawa, with a solid foundation in electrical design and system engineering. My academic background includes courses in photonics, optical communications, and semiconductor devices, and I bring practical experience in power systems, smart grids, and IoT technologies. I hold a BSc in Electrical and Electronic Engineering from the American International University Bangladesh. In my work experience, I am currently serving as a Teaching Assistant in an Engineering Design course at undergraduate level at the University of Ottawa, where I lead labs on CAD, Arduino, 3D printing, laser cutting and project specific labs, providing technical support and feedback to students. My previous role as a Senior Physics Teacher at Excel Academy involved mentoring students and preparing educational materials. Additionally, I worked as a Power Systems Engineer, where I led upgrades to electrical systems and implemented smart switchgear. For my undergraduate thesis, I conducted a project on the "Generation of Electricity from Speed Breakers," where I investigated the potential of harnessing mechanical energy from speed breakers on highways. I designed a system to convert this mechanical energy into electrical energy, performing a detailed feasibility analysis and presenting my findings. This project exemplified my ability to combine engineering principles with innovative solutions.0
