Computational Research and Development Intern at SHINE Technologies LLC

Fitchburg, Wisconsin, United States -

Full Time

Start Date

Immediate

Expiry Date

02 Jul, 26

Salary

25.0

Posted On

03 Apr, 26

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Neutronics modeling, Nuclear engineering, Python, Git, Bash, OpenMC, MCNP, High-performance computing, Linux, Data interpretation, Technical writing, System design, Workflow development, Nuclear fuel cycles, Fusion technology

Industry

Energy Technology

Description

Description Position Overview: The Computational Research and Development Intern supports SHINE Technologies’ research and development efforts related to processing and transmutation systems for recycling used nuclear fuel. The role focuses on computational analysis, workflow development, and optimization of coupled nuclear systems, with opportunities to contribute to broader fuel cycle studies, test system design, and software development based on background and interests. The base salary range for this position is $20.00/hour-$25.00/hour. Duties and Responsibilities: Develop and analyze neutronics models to support system design and optimization. Use computational tools to iterate full system designs, including reprocessing, nuclear analysis, and economic considerations. Review existing research, regulations, and technical documentation to contextualize analytical results. Improve and develop computational workflows to enable efficient full-system optimization. Document computational procedures, methodologies, and results. Assist with writing internal and external technical reports summarizing work and progress. Collaborate with SHINE team members and external institutional partners. Requirements Qualifications: Currently pursuing a bachelor’s or master’s degree in Nuclear Engineering or a related field. Strong interest in neutronics, fusion technology, computer science, and/or nuclear fuel cycles. Experience with neutronics modeling tools (e.g., OpenMC, MCNP), computational workflow development, and/or software development tools such as Python, Git, and Bash is highly desirable. Experience with high-performance computing systems preferred. Ability to learn new codes and workflows quickly in a Linux-based environment. Strong analytical, problem-solving, and data interpretation skills. Ability to document code and workflow procedures as needed. Eligibility for employment contingent upon qualifying for U.S. Export Control and NRC Safeguards access requirements, including pre-employment screening.

Responsibilities

The intern will develop and analyze neutronics models to support the design and optimization of nuclear fuel recycling systems. They will also document computational methodologies and assist in writing technical reports for internal and external stakeholders.