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Draper

Independent nonprofit engineering firm for government

Principal Nuclear Physicist

Hardware Systems IntegrationUpdated on Nov 4
Full-timeCambridge, MA, USA$95k - $245k

About the Job

Requirements

  • Requires a master's degree in physics, applied physics, electrical engineering, optics, or a similar field; a PhD is preferred.
  • With a master's degree, requires 5–10 years of experience in Physics Engineering or a related area; with a PhD, requires 0–5 years of experience in Physics Engineering or a related area.
  • Have a strong background in computational analysis using modeling tools such as COMSOL, ANSYS, MATLAB/Simulink, SolidWorks, TCAD, MCNP, CEPXS, and/or Geant.
  • Be able to develop creative solutions to complex systems problems using nuclear physics, MEMS technology, fluid modeling, advanced optics, and related technologies.
  • Be able to work with program managers and customers to define needs and requirements, help write proposals, and lead technical efforts.
  • Be proficient in a programming language.
  • Be able to write software routines to run laboratory experiments, including data collection, storage, and basic data reduction.
  • Be able to lead technical solutions to complex user requirements.
  • Be able to work effectively in a team environment and communicate progress through reports and presentations.
  • Be able to work with multiple and competing priorities.

Responsibilities

  • Design, develop, modify, and test hardware for one or more projects delivering solutions that may integrate nuclear engineering, MEMS sensors, optics, electronics, and actuators into aerospace systems.
  • Work across organizations to contribute technically to existing programs and help propose future concepts.
  • Develop and apply advanced design methods, theories, and research techniques.
  • Analyze, develop, and recommend design approaches to meet prototype or production requirements.
  • Plan and conduct hardware projects or phases of projects.
  • Develop quantum, optical, and/or photonic sensors and instruments.
  • Recommend performance improvements and cost-reduction efforts.
  • Apply quantitative analysis to determine root causes of highly technical problems, and propose, develop, and implement corrective solutions.
  • Define the analysis approach for problems and independently execute assignments.
  • Contribute high-quality content to technical reports and presentations with minimal guidance.
  • Identify needs and concerns associated with design decisions and communicate them to project leadership.
  • Drive solutions to complex problems with limited direction, contribute to requirements development, propose ways forward, and adapt to changes in requirements.
  • Perform analytical modeling and finite element analysis of complex electromechanical systems.
  • Use analysis outcomes to suggest design modifications and apply analysis techniques across technical disciplines.
  • Identify program- and system-level technical risks, and develop and execute mitigation strategies.
  • Mentor less experienced engineers and provide constructive feedback.
  • Develop, document, and teach best practices to less experienced engineers.
  • Demonstrate organization, planning, and time-management skills to achieve program goals.
  • Occasionally travel for testing or sponsor visits, less than once per quarter.

Desired Qualifications

  • Experience in application areas such as inertial guidance, spacecraft development, nuclear power and propulsion, radiochemistry, radiation-hardened aerospace systems, hypersonic vehicles or modeling, and high-power optics or lasers is beneficial but not required.
  • Secret clearance is preferred.

About the Company

Draper

Independent nonprofit engineering firm for government

Draper is an independent nonprofit engineering organization that provides engineering services to government, industry, and academia. It works on projects as a prime contractor, a subcontractor, or a collaborator in consortia, applying interdisciplinary teams to domains from space to undersea. It differs from many competitors by focusing on mission-driven, practical solutions rather than selling products, and by using a mix of contracting models that enable broad collaboration. Its goal is to engineer working, validated systems that solve the nation’s toughest problems across multiple domains through collaborative engineering.

Company size
1,001-5,000
Company stage
Grant
Total funding
$33.3M
Headquarters
Cambridge, MA
Founded
1973

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