Nuclear Engineering Major Standardization v1.0

Nuclear Engineering

Major

As a Nuclear Engineering major at West Point, you will move from mastering the science of the atomic nucleus to designing, modeling, and evaluating systems that shape national defense. You will learn by doing, analyzing reactor performance, assessing weapons effects, and solving complex engineering problems in preparation to lead Soldiers in technically demanding environments.  

  

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Nuclear Engineering at West Point 

Master the atom. Lead at the edge of national security. 

Nuclear Engineering at West Point prepares cadets to apply the science of the atomic nucleus to the most complex challenges facing the Army and the nation. Through rigorous engineering coursework, laboratory research, and multidisciplinary design, cadets develop the technical expertise, disciplined judgment, and ethical foundation required to lead in environments where nuclear and radiological effects matter. 

Quick Facts 

  • Degree Type: BS 
  • Program length: 4 years 
  • Avg. Class Size 
  • Student to Faculty Ratio 

Core Themes and Focus Areas 

  • Nuclear reactor physics and reactor engineering 
  • Radiological engineering design and radiation protection 
  • Nuclear weapons and weapons effects 
  • Instrumentation, shielding, and force protection 
  • Computational modeling and Monte Carlo transport methods 
  • Thermal hydraulics and multidisciplinary engineering systems 
  • Engineering ethics, public safety, and national policy 

 

Cadet Quote Placeholder 

“Nuclear Engineering pushed me to think precisely, design responsibly, and lead confidently in environments where technical decisions carry real consequences for Soldiers and the nation.” 

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The West Point Advantage

West Point combines ABET-accredited nuclear engineering rigor with officer development and direct connection to national defense missions. Cadets apply nuclear science to reactor systems, radiological safety, weapons effects, and counter WMD challenges that matter to the Army and the nation. 

Hands-On Engineering From the Start 

  • Nuclear Engineering majors engage in laboratory work, computational modeling, and system design early in the curriculum. Courses such as Radiological Engineering Design, Instrumentation and Shielding, and Reactor Engineering require cadets to solve practical problems involving radiation detection, shielding optimization, and reactor performance. 
  • Cadets design, test, analyze, and brief real engineering solutions. 

Direct Access to National Security Research 

  • Through the Nuclear Science and Engineering Research Center, cadets conduct research supporting the Defense Threat Reduction Agency mission. Students contribute to projects focused on countering weapons of mass destruction, radiation detection, shielding design, and nuclear systems analysis. 
  • These experiences place cadets inside defense-relevant research environments rarely accessible to undergraduates. 

Faculty with Operational and Technical Expertise 

  • Courses are taught by faculty with advanced degrees and experience in Army nuclear operations, defense laboratories, and national research institutions. 
  • Cadets learn from instructors who understand both the science and the operational implications of nuclear technology. 

Multidisciplinary Depth with Real Design Responsibility 

  • The major integrates mathematics, physics, thermodynamics, fluid mechanics, and electrical engineering into a two-semester Advanced Nuclear System Design project. 
  • Cadets develop complete system designs, perform feasibility analysis, account for safety and regulatory constraints, and present solutions to project sponsors. 

Leadership and Ethics Embedded in the Discipline 

  • Nuclear Engineering Seminar and weapons effects courses require cadets to examine the ethical and strategic dimensions of nuclear technology. 
  • Graduates leave prepared to provide nuclear and radiological expertise while exercising disciplined leadership in high-consequence environments.

The Journey Continues: Leadership in One of Defense’s Most Consequential Domains 

Service first. Technical mastery with enduring impact. 

Commissioning Pathways

Nuclear Engineering provides a strong foundation for branches and functional areas that require technical judgment, analytical rigor, and systems thinking

BranchDescription
EngineersLead technical units responsible for mobility, infrastructure, and specialized engineering missions in complex environments.
OrdnanceOversee munitions, explosive safety, and technical systems requiring precision and risk management.
Air Defense ArtilleryEmploy advanced systems where understanding of blast, radiation, and weapons effects informs operational planning.
Chemical CorpsSupport defense against weapons of mass destruction and hazardous materials incidents.
CyberApply systems analysis and technical expertise in contested information environments.
Nuclear and Countering Weapons of Mass Destruction Functional AreaProvide nuclear and radiological expertise to the Army and interagency partners.
Acquisition Functional AreaOversee development and procurement of advanced technical systems supporting national defense.

Learn how commissioning works

Post-Graduate Opportunities

Advancing technical expertise in service 

Nuclear Engineering majors are highly competitive for advanced study and specialized assignments throughout their Army careers. 

Graduate Study and Scholarships 

  • National Defense Science and Engineering Graduate Fellowship 

  • Rhodes Scholarship 

  • Marshall Scholarship 

  • Army-funded master’s degrees at institutions such as MIT, Stanford, AFIT, and the Naval Postgraduate School 

West Point’s Technical Scholars Program supports cadets competing for prestigious STEM scholarships. 

Research and Advanced Assignments 

  • Assignments with the Defense Threat Reduction Agency 

  • Research through the Nuclear Science and Engineering Research Center 

  • National laboratory partnerships including Los Alamos, Sandia, and Lawrence Livermore 

  • Missile Defense Agency and Army Research Laboratory placements 

These opportunities deepen technical expertise while continuing to serve in uniform. 

Explore scholarships and graduate opportunities

What Nuclear Engineering Officers Do: Across a Career

Early Career: Lead with Technical Discipline 

New lieutenants lead platoons and manage equipment in demanding operational settings. Nuclear Engineering graduates are trained to assess risk, interpret technical data, and make decisions that protect Soldiers and mission capability. 

Assignments may include engineering units, ordnance operations, or roles supporting nuclear and radiological missions. 

Mid Career: Specialize and Advise 

As captains and majors, officers command companies and serve on battalion and brigade staffs. Many pursue assignments requiring nuclear or radiological expertise, contribute to counter WMD missions, or support defense technology development. 

Officers may serve with the Defense Threat Reduction Agency, missile defense organizations, or research centers where engineering judgment directly informs national security decisions. 

Senior Career: Shape Capability and Policy 

At senior levels, Nuclear Engineering officers influence how the Army integrates advanced technologies and manages strategic risk. Roles may include battalion and brigade command, senior staff positions in the Pentagon, or leadership within acquisition and modernization programs. 

These leaders steward complex systems and advise decision-makers on issues involving safety, policy, and operational impact. 

Missions and Real-World Impact

Nuclear Engineering officers operate in environments where technical precision and leadership converge. 

Their work may include: 

  • Assessing nuclear and radiological hazards during training or operational deployments 

  • Supporting counter WMD planning and response efforts 

  • Designing and evaluating shielding, detection, and reactor-related systems 

  • Advising commanders on weapons effects and risk mitigation 

  • Contributing to missile defense and advanced system development 

In these missions, decisions require both engineering competence and disciplined leadership. 

Beyond Initial Service: A Foundation that Transfers

Officers serve first in uniform. Over time, the expertise developed through Army leadership and nuclear engineering experience opens additional opportunities in research laboratories, national security policy roles, energy systems, and graduate education. 

What distinguishes these leaders is not only technical knowledge, but years of experience applying that knowledge under real operational responsibility. 

The foundation is built in service. The impact endures. 

Questions Prospective Cadets Ask

Clear answers to help you decide – and take the next step

Do I need to be an expert in physics to choose Nuclear Engineering? 

No. Successful Nuclear Engineering majors are disciplined, strong in mathematics, and willing to take on a demanding technical field. The program builds the required physics and engineering depth step by step with structured instruction and close faculty mentorship. 

You do not need to arrive as a nuclear expert. You need commitment and readiness for rigorous study. 

What sets Nuclear Engineering at West Point apart? 

This is an ABET-accredited engineering program embedded in a military academy. Cadets prepare to apply nuclear and radiological expertise to Army missions, counter WMD challenges, and national defense requirements. 

Few undergraduate programs combine this level of technical depth with direct defense alignment. 

What happens after I graduate? 

Graduates commission as Second Lieutenants and begin leading Soldiers immediately. Engineering training informs how you assess risk, interpret technical systems, and support mission planning, but your first responsibility is leadership in uniform. 

Many officers later pursue functional areas such as Nuclear and Countering Weapons of Mass Destruction or Acquisition. 

Is research required? 

All majors complete a two-semester Advanced Nuclear System Design project. Many also pursue independent research through Individual Study courses or through the Nuclear Science and Engineering Research Center. 

Projects include reactor modeling, radiation detection, shielding optimization, and weapons effects analysis. 

How early can I start internships or applied experiences? 

Cadets may apply for Academic Individual Advanced Development internships beginning as early as sophomore year. Placements have included national laboratories, the Defense Threat Reduction Agency, the Missile Defense Agency, and NASA. 

These internships provide direct exposure to defense-relevant research.

Can I double major or add a minor? 

Because Nuclear Engineering is an intensive ABET-accredited program, double majors are uncommon. Cadets may pursue approved minors or honors research pathways based on performance and scheduling. 

Faculty advisors help align academic depth with commissioning and long-term development. 

How selective is this major? 

The major is rigorous and math-intensive. Selection emphasizes preparation in calculus and physics, strong academic performance, and demonstrated potential. 

You do not need to declare this major before applying to West Point. 

I am not sure I am ready for something this technical. Should I still apply? 

If you are willing to work hard, seek help when needed, and commit to service, you are ready to begin the process. 

Starting your application opens access to guidance and a clearer understanding of your path forward.

Start the Application 

Ready to Lead? Start Your Journey at West Point

Admission is competitive, but this major is open to all cadets who meet USMA’s academic, physical, and leadership standards.

Key Deadlines:

  • Feb. 15 – Application & Summer Leaders Experience (SLE) open

  • April 15 – SLE application closes

  • Fall (Senior Year) – Nomination applications due

  • Jan. 31 (Senior Year) – Candidate Checklist deadline

View full admissions requirements

Take the First Step

Starting the application does not commit you to a major. It opens the door to guidance, advising, and a clearer picture of your path forward.

Begin your journey in STEM at West Point

Get answers to your questions

Discover West Point for yourself

Current Cadet CTAs
 

What You’ll Study

As a Nuclear Engineering major at West Point, you will learn to design, analyze, and evaluate nuclear systems that operate under strict safety, performance, and mission constraints. The curriculum moves from foundational physics and engineering science to advanced reactor design, radiation protection, weapons effects, and computational modeling. You will graduate prepared to solve complex technical problems, communicate risk clearly, and lead in environments where engineering decisions carry operational and strategic consequences. 

How the Curriculum Builds Your Expertise 

  1. Foundational Engineering Science 
    Build depth in calculus, physics, thermodynamics, fluid mechanics, and engineering mathematics to understand how energy, heat, and matter behave in complex systems. 

  2. Applied Nuclear Systems 
    Study reactor physics, radiation interactions, shielding, instrumentation, and computational modeling to design and evaluate nuclear and radiological systems. 

  3. Leadership and Ethical Responsibility 
    Examine engineering ethics, public safety, and national policy through seminar and design experiences that prepare you to apply technical expertise responsibly in Army contexts. 

Course Highlights

CourseWhat You'll Learn
Fundamentals of Nuclear Engineering (NE300) 
 
  • Understand radioactive decay, neutron interactions, fission, and reactor criticality.
  • Prepares you to analyze nuclear systems and assess operational risk.
Nuclear Reactor Engineering (NE355) 
 
  • Study reactor kinetics, heat removal, and control systems.
  • Prepares you to evaluate reactor performance and support technical decision-making. 
Radiological Engineering Design (NE350) 
 
  • Design radiation detection and shielding systems.
  • Prepares you to solve practical force protection and safety challenges.
Instrumentation and Shielding (NE452)
  • Apply radiation detection methods and shielding analysis.
  • Prepares you to measure, model, and mitigate radiological hazards.
Nuclear Weapons Effects (NE450)
  • Examine blast, thermal radiation, electromagnetic pulse, and fallout.
  • Prepares you to assess weapons effects and advise on mitigation strategies. 
Computational Design in Nuclear Engineering (NE361)
  • Use industry-standard transport codes and modeling tools.
  • Prepares you to simulate reactor behavior, shielding performance, and radiation transport.
Radiological Safety (NE474)
  • Analyze biological effects of radiation and dose assessment.
  • Prepares you to manage safety programs and reduce exposure risk. 
Advanced Computational Design in Nuclear Engineering (NE461) 
  • Optimize complex nuclear system designs using advanced modeling techniques.
  • Prepares you to integrate engineering analysis with real-world constraints.

View the full Physics and Nuclear Engineering course catalog

 

Year-by-Year Snapshot

First Year – Scientific Foundations
  • Develop calculus and physics fundamentals that support all advanced engineering study.
  • Sample Courses:
    • Physics I
    • Calculus I and II 
Sophomore Year – Engineering Core 
  • Build strength in mechanics, thermodynamics, and foundational nuclear science.
  • Sample Courses:
    • Fundamentals of Nuclear Engineering
    • Thermodynamics 
Junior Year – Applied Nuclear Systems 
  • Dive into reactor engineering, shielding, instrumentation, and safety analysis.
  • Sample Courses:
    • Nuclear Reactor Engineering
    • Radiological Engineering Design 
Senior Year – Integration and System Design
  • Lead multidisciplinary design projects and apply advanced computational modeling to complex nuclear systems.
  • Sample Courses:
    • Advanced Nuclear System Design Project I
    • Advanced Nuclear System Design Project II 
Capstone and Integrative Design Experience 

All Nuclear Engineering majors complete a two-semester Advanced Nuclear System Design project. Working in teams, cadets integrate mathematics, physics, and engineering principles into a comprehensive nuclear system design that meets defined performance and safety requirements. 

Design teams develop specifications, generate alternatives, perform feasibility analysis, and brief results during formal reviews. Projects require consideration of technical performance, public safety, regulatory constraints, and operational impact. 

By graduation, you will have demonstrated the ability to design under real constraints, defend technical decisions, and lead multidisciplinary engineering efforts.

View the full PaNE curriculum in the USMA Red Book

 

Faculty & Mentorship

Meet the Faculty

Our Physics & Nuclear Engineering (PaNE) faculty combine research with a commitment to cadet development. 

They guide you through rigorous coursework, hands-on experiments, and applied research, ensuring every cadet receives personalized support and mentorship.

Featured Faculty:

  • COL Peter Chapman - Head of the Department of Physics and Nuclear Engineering. 

  • LTC Andrew Decker, Ph.D. - Director of the Nuclear Science and Engineering Research Center. 

  • LTC Brian Holloway - Professor and Director of the Photonics Research Center. 

  • Dr. David O. Kashinski - Faculty researcher in Atomic, Molecular, and Optical physics, contributing to applied quantum science and defense-related research initiatives. 

  • LTC William North - Faculty leader in photonics and high energy laser research supporting defense innovation. 

Department Culture: 

  • The Department of Physics and Nuclear Engineering fosters disciplined analysis, ethical awareness, and practical problem solving. Faculty challenge cadets to defend their calculations, justify engineering decisions, and consider safety, policy, and societal impact in every design. 

  • Mentorship extends beyond the classroom. Faculty advise cadets on branch selection, graduate school preparation, research pathways, and competitive technical scholarships.

Faculty Achievements:

  • Leaders of the Nuclear Science and Engineering Research Center supporting Defense Threat Reduction Agency initiatives. 

  • Directors of research programs in photonics, quantum science, and high energy laser systems.

  • Faculty-guided cadet research regularly presented at professional conferences and Projects Day. 

Student-Faculty Success Stories:

  • Cadets working with NSERC have contributed to counter WMD research projects and published technical findings supporting national security objectives. 

  • Through Advanced Nuclear System Design and individual research studies, cadets collaborate directly with faculty to model reactor systems, optimize radiation shielding, and analyze weapons effects problems with real defense implications. 

View full faculty directory

Expand Your Expertise 

Shape your Nuclear Engineering degree around the technical domain, operational focus, or research pathway that aligns with your goals as an Army officer. 

The Nuclear Engineering major provides deep technical preparation through required reactor, shielding, safety, and design courses. Cadets can further specialize through honors research, advanced individual study, interdisciplinary electives, and carefully selected minors that strengthen computational, space, or strategic expertise. 

Choose Your Focus

  • Honors and Advanced Research 
    Pursue the Honors pathway through NE389 or NE489 and produce publishable research suitable for presentation at Projects Day or professional conferences. This path is ideal for cadets considering graduate study or advanced technical assignments. 

  • Counter WMD and Weapons Effects Focus 
    Emphasize courses such as Nuclear Weapons Effects and Radiological Safety to align preparation with Countering Weapons of Mass Destruction missions and FA52 assignments. 

  • Computational and Systems Design Emphasis 
    Build depth through Advanced Computational Design in Nuclear Engineering and two-semester system design projects requiring optimization, modeling, and technical briefings under realistic constraints.

Pair With a Minor 

Cadets may select approved minors that strengthen technical depth or broaden strategic perspective. 

Complimentary MinorOpportunity
Space Science 
  • Expand into astronautics, space physics, and missile defense applications.
  • Access research through SMDC-SHARC and space-focused laboratory projects. 
Electrical Engineering
  • Deepen knowledge of instrumentation, detection systems, and power systems.
  • Work in advanced electronics and applied systems laboratories.
Cyber Science 
  • Integrate modeling, coding, and systems security with nuclear system design.
  • Use computational labs supporting defense-relevant applications. 
Mathematics 
  • Strengthen theoretical foundations for advanced modeling and simulation.
  • Apply higher-level mathematics in reactor analysis and Monte Carlo transport modeling. 
Mechanical Engineering
  • Reinforce thermodynamics, heat transfer, and fluid systems critical to reactor performance.
  • Access engineering laboratories supporting applied thermal and mechanical systems.

Ready to Lead? Start Your Journey at West Point

Admission is competitive, but this major is open to all cadets who meet USMA’s academic, physical, and leadership standards.

Key Deadlines:

  • Feb. 15 – Application & Summer Leaders Experience (SLE) open

  • April 15 – SLE application closes

  • Fall (Senior Year) – Nomination applications due

  • Jan. 31 (Senior Year) – Candidate Checklist deadline

View full admissions requirements

Take the First Step

Starting the application does not commit you to a major. It opens the door to guidance, advising, and a clearer picture of your path forward.

Begin your journey in STEM at West Point

Get answers to your questions

Discover West Point for yourself

Current Cadet CTAs

Experience Nuclear Engineering in Action at West Point 

At West Point, Nuclear Engineering majors do more than study reactors and radiation theory. They conduct defense-focused research through the Nuclear Science and Engineering Research Center, complete multidisciplinary design projects under real constraints, and apply their skills in internships with national laboratories and defense agencies. 

From modeling reactor systems and optimizing radiation shielding to supporting counter WMD research, cadets gain hands-on experience directly connected to Army missions and national security priorities. 

Hands-On Opportunities and Unique Experiences 

Nuclear Engineering at West Point connects classroom theory to national defense missions. Cadets design real systems, conduct counter WMD research, and work alongside defense professionals in environments where precision and responsibility matter. 

 

Internships and Field Work 

  • Nuclear Engineering majors complete Academic Individual Advanced Development internships with organizations such as the National Nuclear Security Administration, Defense Threat Reduction Agency, Missile Defense Agency, and national laboratories including Los Alamos and Sandia. 
  • Cadets contribute to radiation detection research, reactor modeling, missile defense analysis, and counter WMD initiatives directly tied to operational missions. 

Research Opportunities 

  • Through the Nuclear Science and Engineering Research Center, cadets conduct defense-sponsored research supporting countering weapons of mass destruction. 
  • Individual Study and Advanced Individual Study courses allow cadets to model reactor systems, optimize shielding, analyze weapons effects, and publish technical reports presented at Projects Day or professional conferences. 

Leadership Opportunities 

  • Applied learning is team-based and cadet-led. 
  • During the two-semester Advanced Nuclear System Design project, cadets serve as project managers, technical leads, and briefing officers responsible for delivering optimized system designs under realistic constraints. 

Global Programs and Special Experiences 

  • Select cadets participate in research collaborations, national laboratory partnerships, and internships aligned with global nuclear security and energy initiatives. 
  • These experiences broaden understanding of international nuclear policy, deterrence strategy, and global safety standards. 

Interdisciplinary Opportunities 

  • Nuclear Engineering integrates courses from mechanical engineering, electrical engineering, mathematics, and physics. 
  • Cadets collaborate with peers in space science, photonics, and computational modeling to solve multidisciplinary defense problems. 

Partnerships with Army, Government, and Industry 

  • The Nuclear Science and Engineering Research Center works closely with the Defense Threat Reduction Agency and other Department of Defense organizations. 
  • Cadets engage with professionals developing next-generation detection systems, shielding solutions, reactor designs, and advanced modeling tools.

 

Explore Cadet Research

Cadet Life in This Major

Nuclear Engineering majors form a tight-knit community defined by shared challenge, technical curiosity, and commitment to service. 

Department Organizations 

  • Cadets may join Alpha Nu Sigma, the American Nuclear Society honor society, as well as other academic honor societies such as Golden Key and Phi Kappa Phi. 
  • These organizations foster mentorship, scholarship, and professional development. 

Co-Curricular Experiences 

  • Cadets participate in SPEAR-ARES rocketry and space initiatives, collaborating on propulsion systems, CubeSat components, and high-altitude research projects. 
  • These teams strengthen technical skills while reinforcing teamwork and leadership. 

Professional Associations 

  • Nuclear Engineering majors engage with the American Nuclear Society and other professional organizations through conferences and research presentations. 
  • Early exposure to professional networks expands understanding of career paths within national security and engineering fields. 

Community and Department Events 

  • The Department of Physics and Nuclear Engineering hosts guest lectures, research colloquia, and Projects Day presentations highlighting cadet research and innovation. 
  • These events build a culture of technical excellence and intellectual accountability. 

Conferences, Competitions, and Immersions 

  • Cadets present research at technical symposia, participate in national laboratory collaborations, and compete for prestigious technical scholarships. 
  • These experiences transform classroom engineering into lived professional practice. 

 

Explore More Cadet Experiences

Ready to Lead? Start Your Journey at West Point

Admission is competitive, but this major is open to all cadets who meet USMA’s academic, physical, and leadership standards.

Key Deadlines:

  • Feb. 15 – Application & Summer Leaders Experience (SLE) open

  • April 15 – SLE application closes

  • Fall (Senior Year) – Nomination applications due

  • Jan. 31 (Senior Year) – Candidate Checklist deadline

View full admissions requirements

Take the First Step

Starting the application does not commit you to a major. It opens the door to guidance, advising, and a clearer picture of your path forward.

Begin your journey in STEM at West Point

Get answers to your questions

Discover West Point for yourself

Current Cadet CTAs