Course information


Engineering Leadership and Entrepreneurship (Core)

Have you ever wondered why organizations pass on great ideas brought to them by their engineers? Or how organizations take ideas and research and create successful products or services? This three part course sequence answers these questions and gives engineers the capability to generate disruptive ideas and transform them into actual ventures. Through experiential learning, based upon real world environments, students learn concepts and apply them on actual projects that create tangible value, require people management, and grow leadership skills.

Innovate- Build- Launch! Each quarter, students will take a deeper look into an aspect and stage of a business, and 


Capstone Project (Core)


The M.Eng program believes in learning by doing. Interdisciplinary teams of M.Eng students are paired with corporate partners to work on an industry driven projects that are formulated to address real world unmet needs in the marketplace. Oversight and mentorship provided by the company allow students to gain not only valuable  technical skills, but also work experience enhancing their resume. Through this experiential learning portion of the program, students get a feel for what it takes to be a technical worker and leader. 

Students enroll in two quarters of the Capstone Project course. Enrollment can be over Winter and Spring, or Summer and Fall. 

Click HERE to view past capstone projects.


Biomedical Engineering: BioEngine

  • Neuroimaging
  • Microimplants
  • Biomedical Big Data
  • Biomedical Imaging & Biophotonics
  • Digital Health
  • Molecular and Cellular Engineering
  • Cardiovascular Mechanobiology
  • Microscale Tissue Engineering
  • Coding in the Brain
  • Quantitative Physiology

electrical Engineering and computer science:

Digital & Image Signal Processing

  • Digital Image Processing
  • Computer Architecture
  • DSP Architecture & Design
  • Random Processes
  • Digital Communications
  • Digital Signal Processing

High-Speed communications circuits & systemS

    • Random Processes
    • Digital Communications
    • Wireless Communications
    • Digital Signal Processing
    • Analog Integrated Circuit Design
    • Optical Fiber Communications
    • Advanced Digital Signal Processing Architecture & Design

Mechanical and aerospace engineering:

Autonomous and Intelligent Machines and Systems 

  • Artificial Intelligence and Machine Learning
  • Controls: Theory and Practice
  • Measurement Systems: Application and Design
  • Cyber-physical Systems and Computer Vision
  • Robotics and Autonomous Vehicles

Energy Systems

  • Energy Storage Systems & Technology
  • Engineering Electrochemistry
  • General Thermodynamics
  • Sustainable Energy
  • Solar & Renewable Energy Systems
  • Integrated Thermal-Fluid Science & Engineering Fundamental
  • Energy Efficiency in Built Environment
  • Engineering Design Under Uncertainty


    • Nanoscale Materials for Modern Electronics
    • Micro-System Design
    • Fundamentals of Microfabrication
    • Mechanics of Solids & Structures
    • Fabrication & Characterization of Nanomaterials
    • Integrated Thermal-Fluid Science & Engineering Fundamentals
    • Micro-Sensors and Actuators
    • Engineering Design & Simulation: Tools and Process

* The list of course information above is subject to change.

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