Maine Maritime Academy’s Bachelor of Science in Nuclear Engineering Technology (NET) prepares students to enter one of the fastest-growing sectors of clean energy, maritime propulsion, and national security. Building on MMA’s nationally recognized strength in steam systems and hands-on engineering operations, the NET program combines applied technical coursework, dedicated nuclear laboratories, and required paid industrial co-ops in steam and nuclear facilities to ensure graduates are workforce-ready. Designed to respond directly to expanding global nuclear capacity and significant workforce shortages in power generation and naval shipbuilding, the program positions students for strong career outcomes in commercial nuclear plants, advanced small modular reactor development, and defense-related nuclear operations.

Student working
“The expected growth in the nuclear workforce globally signals new opportunities rather than shortages. With global nuclear employment projected to rise significantly by 2050, the International Atomic Energy Agency forecasts that the industry will require over four million professionals to support the anticipated expansion in nuclear capacity. Yet, within workforce planning meetings, a familiar refrain echoes: "We just can't find the people."- World Nuclear News

Job Opportunities

The renaissance of the nuclear industry is evident. Tech companies, e.g. Google, Amazon, and Microsoft, are restarting nuclear power plants, and investing heavily in the Generation IV small-modular reactors to produce power for Artificial Intelligence (AI)-driven data centers. This is fueling additional growth. In the high case scenario of the new International Atomic Energy Agency (IAEA) outlook, nuclear electrical generating capacity is projected to increase to 950 gigawatts by 2050. In this case, global capacity in 2050 would be slightly more than 2.5 times what it was in 2023. In the low case projection, capacity rises 40 per cent to 514 gigawatts. Starting, average salaries for engineers and technologists in this field are listed below.

  • Department of Energy Nuclear Engineer – $144,746
  • Nuclear Engineer (General) – $113,460
  • Nuclear Technician – $82,080
  • Nuclear Medicine Technologist – $77,950
  • Nuclear Power Reactor Operator – $100,990
  • Power Plant Operator – $85,950
  • Nuclear Engineer (Portsmouth Naval Shipyard) - $92,921
  • Nuclear Engineer (Norfolk Naval Shipyard) - $91,340

Why Nuclear Now

“Few academic degree programs have the potential of nuclear to change the world in a positive way by providing clean, reliable, carbon-free energy."- Paul Wlodkowski, Ph.D.

Explore Classes for the Nuclear Engineering Technology Degree

The marine engineering technology degree at Maine Maritime Academy includes most of the required courses of the marine engineering operations degree with additional mathematics and technical sciences courses, such as statistics, strength of materials, and thermodynamics. Few engineering technology programs offer such a diverse range of topics along with the ability to apply concepts aboard training ships and commercial vessels. Through courses in the arts and sciences you’ll gain other skills that employers value. To ensure courses align with employer needs, engineering faculty regularly consult with an industrial advisory committee.

  • Tech & Society
  • Composition
  • Pre-Calculus Mathematics
  • Fundamentals of Engineering Operations
  • Structured Problem Solving with Computers
  • First Year Experience
  • Humanities I
  • Technical Calculus I
  • Technical Physics I
  • Chemical Principles
  • Physical Education - swim based
  • Physical Education
  • Technical Physics II
  • Steam Power Systems I
  • Statistics and Dynamics
  • Fluid Power
  • Graphics
  • Statistics For Business & Management
  • Strength of Materials
  • Thermodynamics I
  • Electrical Power I
  • Introduction to Nuclear Enginerring
  • Independent Co-op I
  • Humanities II
  • Technical Calculus II
  • Steam Turbines I
  • Electrical Power II
  • Thermodynamics II
  • Engineering Economics
  • Steam Generators I
  • Nuclear Materials & Applications
  • Power Control Electronics
  • Risk Assessment and Reliability Eng.
  • Independent Co-op II
  • Technical Communications
  • Environmental Regulation & Compliance
  • Automation and Control
  • Health Physics and Radiation Measurement Laboratory
  • NET Capstone I
  • Sustainable Energy & Society
  • Social Science Elective
  • Steam Power Systems II
  • Nature and Properties of Materials
  • NET Capstone II

Department Faculty

Thomas Whitney
Assistant Professor
Amanda Anderson
Adjunct Professor
207-326-2368
Paul Wlodkowski
Professor

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