Master of Science in Electrical and Computer Engineering (Executive) Shorelight Group - Lewis University, USA

The Lewis University Master of Science in Electrical and Computer Engineering (MSECE) program is designed to equip you with the knowledge, skills and mindset to advance in your engineering career and make significant contributions to the discipline. The MSECE degree combines several related disciplines, including Electrical Engineering, Computer Engineering, Computer Science, and Software Engineering. Expertise in any of these fields is in high demand in the technical industry.

Lewis’ MSECE program targets these key areas through high quality, challenging and industry-relevant course content, emphasis on hands-on modules, through a set of core courses aimed at honing fundamental engineering values such as problem-solving, analytical thinking, innovation, designing under constraints, and understanding trade-offs. The technology landscape may evolve at a rapid pace, but these core skills never become obsolete, regardless of your engineering field or subdiscipline! In short, Lewis’ MSECE program takes a holistic approach in developing knowledgeable, skilled and well-rounded professional engineers ready to take on today’s real-world problems and make a difference.

LEARNING OUTCOMES

• Apply advanced electrical and computer engineering knowledge and skills to solving complex, real-world problems.
• Deliver qualified engineering solutions through the application of industry-relevant engineering design processes, practices and tools.
• Practice professional conduct and ethical judgments in engineering situations where decisions could have global, economic, environmental and societal impacts.
• Function effectively within an engineering team with articulated role(s) and contributions.
• Produce written reports and oral presentations that effectively communicate ideas, procedures, system descriptions, results and conclusions to a range of audiences.
• Evaluate the safety, quality and reliability of engineered systems using formal methods that incorporate relevant industry standards.
• Demonstrate attributes of a lifelong learner through independent pursuit of newer or deeper knowledge and skills.