Electropropulsion Technology
Design, manufacture, assemble and maintain electric vehicles. Progress from basic systems and components to advanced prototype development.
Focus: EV systems · batteries · motors · mechanical integration
Study at MiTEC
Choose a discipline.
Then get your hands dirty.
Four applied technology pathways designed to take students from fundamentals to real-world projects.
Sustainable Energy
Understand renewable resources and design systems that maximize performance, efficiency and reliability.
Focus: PV · thermal systems · cooling · energy efficiency
Robotics
Explore the intersection of mechanics, electronics and intelligent systems through practical automation and robot projects.
Focus: mobility · detection · recognition · control
Design
Develop ideas into accurate, functional products using planning, dimensioning, modeling, prototyping and presentation.
Focus: CAD · product development · tolerances · prototyping
Learning that
moves forward.
Many courses connect directly to the institute's project-based approach, so knowledge is tested through making rather than memorization alone.
FOUNDATION
Build the basics
Engineering English, communication, graphics, office tools, mathematics and physics support the technical disciplines.
SPECIALIZATION
Go deeper
Develop practical capability in areas such as welding, composite technology, metal structures, electronics and propulsion systems.
PROJECT
Apply everything
Work in teams on ambitious projects that combine design decisions, manufacturing constraints and installation requirements.
Find the program that fits your ambition.
Tell us what you want to build. We can help you understand the best route through MiTEC.