General Job Description

MPR has a wide and growing client base in the fields of electric power (generation, both renewable and nuclear, as well as transmission & distribution), federal services, and health and life sciences. We work throughout the United States as well as internationally. Headquartered in Alexandria, Virginia, we also have offices in East Lyme, Connecticut, Burlington, Massachusetts, and Salt Lake City, Utah. We are actively searching for students excelling in a variety of technical disciplines, including:

• Electrical (Power)
• Electrical (Embedded Systems)
• Mechanical
• Chemical
• Nuclear
• Systems
• Materials Science
• Instrumentation & Controls
• Civil/Structural
• Software

We offer the opportunity for students to work and learn across multiple project disciplines, to help formulate collaboration and deliver technically informed business insights to our clients. Typical engineering projects may involve:

• Thermal hydraulic, structural, and electrical analysis, in support of the power and data center industry on both New Nuclear and the current Nuclear Operating Fleet.
• Product Development (including mechanical design, software development, printed circuit board design, systems engineering and testing)
• Data Analytics (including automation, machine learning, management and security)
• Capital Project Management and Planning
• Networking Systems (including communication network diagrams, system architecture, designs, risk assessments, and feasibility studies)
• Advanced nuclear technology design, analysis and deployment

The ideal candidate is able to work collaboratively on engineering teams as well as independently to produce high-quality technical deliverables. Students will work on project teams with junior and senior engineers giving them the opportunity to learn from and work with recognized industry-wide experts.

• Robust analytical skills, including the ability and passion to problem solve
• Aptitude to work outside of a single engineering discipline and quickly learn new concepts
• Advanced computer skills preferred, including familiarity with programming languages such as C++ or Python, analysis programs such as Ansys or MATLAB-Simulink® and design programs such as SolidWorks
• Excellent oral and written communication skills
• Attention to detail