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About the Role

Advance and support the development of electric drive (E-drive) control system components for the All Electric Navy, contributing to the development, integration, testing, and delivery of cutting-edge electric drive propulsion system components for the COLUMBIA Class and beyond.

Responsibilities

• Perform tasking centric to component design through internal research and development.
• Document code and contribute to engineering/design reports for distribution to external stakeholders.
• Prepare for peer review by creating practical demonstrations of proposed solutions and demonstrating them to other members of the team.
• Document test cases and create effective and focused testing plans.

Requirements

• B.S. or B.E. in Computer Science, Electrical Engineering, Computer Engineering, or Mechanical Engineering.
• 0-5 years post-graduate engineering experience.
• Ability to obtain and maintain a security clearance through the U.S. DoD (candidates must be a U.S. citizen).
• Software development experience in one (or more) of the following languages: C, C++, and Assembly.
• Experience with Visual Studio, QT, Jira, and Git.
• Experience in requirement analysis, hardware/software design, software development and test, hardware/software integration.
• Experience with Xilinx, Microsemi, Texas Instruments, and Intel product lines (SoC, CPU, DSP, etc).
• Experience working in bare-metal and multi-process environments.
• Experience with rapid prototyping via auto-code generation (using tools such as MathWorks’ Embedded Coder, Simulink Coder, etc).
• Experience in selection of commercial-off-the-shelf and custom components and circuit/processing cards to support rapid prototyping and demonstration of system functionality, in accordance with functional system requirements.
• Advanced engineering degrees.
• Prior experience within the defense sector, as part of prime contracts or R&D efforts.
• Hardware/system description language experience (VHDL, Verilog, SystemVerilog, SystemC) is desired, but not required.
• Project lead experience.
• Currently-held security clearance (DoD Secret, DoD TS).

Skills

• Requirement analysis
• Hardware/software design
• Software development and test
• Hardware/software integration
• C
• C++
• Assembly
• Python
• VHDL
• Verilog
• SystemVerilog
• SystemC
• Commercial-off-the-shelf component selection
• Custom component selection
• Circuit/processing card selection
• RS-232/422/485
• I2C
• SPI
• PCIe
• Ethernet
• SRIO
• Fiber-optic communication systems
• Bare-metal environments
• Multi-process environments
• Xilinx product lines
• Microsemi product lines
• Texas Instruments product lines
• Intel product lines
• Visual Studio
• QT
• Jira
• Git
• Code documentation
• Engineering/design report contribution
• Test case documentation
• Testing plan creation
• Agile development
• Controls rapid prototyping via auto-code generation
• Effective communication skills
• Initiative
• Ability to function as a member of a diverse team

Location

• Domestic travel may be required

Work Type

• Flexible Work Arrangements offered

Experience Level

• 0-5 years post-graduate engineering experience

Education Level

• B.S. or B.E. in Computer Science, Electrical Engineering, Computer Engineering, or Mechanical Engineering
• Advanced engineering degrees

About the Company

• The Integrated Power Systems directorate is seeking to add new talent to advance and support development of electric drive (E-drive) control system components for the All Electric Navy.
• The United States Navy’s goals for more capable and more affordable submarines are shared and met by Electric Boat engineers as cutting-edge electric drive propulsion system components are developed, integrated, tested, and delivered with the utmost importance placed on first-time quality, in a timeframe that supports the needs of the United States Navy.
• Unique opportunities exist to advance technology centric to propulsion control, which presently consists of a highly diverse team of engineers and support staff that hold technical knowledge key to delivery of robust, high-performance control systems for the COLUMBIA Class.
• These opportunities are being expanded beyond the COLUMBIA Class, and require engineers to perform tasking centric to component design through internal research and development.