Electrical Engineering (Thesis)

A master’s degree in electrical engineering provides advanced technical depth and research experience that strengthens your ability to design, analyze, and improve complex electrical systems. Through a thesis‑based program, you gain experience moving from established methods to original analysis and problem solving.

This degree is especially valuable if you want to:

• Deepen expertise beyond undergraduate coursework
• Work on complex systems involving hardware, computation, and control
• Develop research skills used in advanced engineering roles
• Prepare for doctoral study or research‑driven career paths

At Colorado School of Mines, the applied focus of the program ensures your research and coursework stay connected to real engineering challenges.

Electrical engineering continues to evolve as systems become more connected, automated, and computation‑driven. Engineers are increasingly expected to work across hardware, software, and system‑level design.

Key developments influencing the field include:

• Increased integration of computation with physical hardware
• Growing system‑level complexity and automation
• Expanded use of sensing, communication, and data‑enabled technologies
• Demand for reliable, efficient, and scalable system design

This program prepares you to engage with these changes through advanced study and applied research.

Graduates of the electrical engineering master’s thesis program pursue advanced technical and research‑focused roles across many industries. Common positions include electrical engineer, systems engineer, hardware engineer, controls engineer, and research engineer.

The research experience gained through the thesis also supports roles that require:

• Independent technical judgement
• System‑level analysis and design
• Leadership in complex engineering environments

Many graduates continue on to doctoral programs or research‑intensive positions in industry, government, or national laboratories.

Electrical engineers with advanced training are in demand across a broad range of industries where complex systems and reliable performance are essential.

Hiring sectors include:

• Electronics and semiconductor technology
• Aerospace and defense systems
• Energy and industrial operations
• Manufacturing and automation
• Engineering consulting and technical services
• Government and national research laboratories

The analytical and research skills developed in this program translate across both commercial and research settings.

Graduate research in electrical engineering at Mines often connects theory with real‑world systems and applications. Research topics vary based on faculty expertise and student interests.

Common areas include:

• Circuits and electronic systems
• Signal processing and systems analysis
• Electromagnetics and wave phenomena
• Control systems and automation
• Applied hardware development and computational modeling

Research may involve analytical work, laboratory experimentation, simulation, or a combination of approaches, all guided by close collaboration with faculty advisors.