Electrical Engineering I - Remote

Electrical Power System Design Engineer

This is a 100% remote contract job. If you are interested, simply forward your resume and I will follow up. Candidate will contribute to the design of the Electrical Power System (EPS) for future space vehicles. EPS scope includes power generation, storage, regulation, control, and distribution to vehicle subsystems and payloads. You will create and maintain drawing and diagrams for power distribution, system grounding and bonding.

Responsibilities:

Conduct trades studies and supply knowledge to help down-select spacecraft electrical power system architectures appropriate for mission requirements. Methodically estimate power consumption and current requirements (average, transient, in-rush etc.) from all vehicle subsystems and electrical components. Account for and justify contingency/margin of EPS components from concept to production. Generate EPS and power consuming component models based on a combination of first principles, empirical information, and test data. Maintain EPS budgets and power equipment lists that track power generation, consumption and storage during all relevant portions of a mission. Analyze and determine compliant grounding/bonding strategies and architectures. Design and analyze electrical systems for EMI/EMC compliance. Create and maintain system diagrams for power distribution, system grounding, and bonding. Create models and simulation of the EPS to evaluate use cases and conditions. Perform analyses such as voltage drop/line loss, component derating/stress analysis, thermal effects and worst-case analysis. Trade combinations of various power generation and storage solutions such as solar arrays, fuel cells, and battery modules (especially Li-Ion chemistries). Trade design requirements such as reliability, cost, modularity, and efficiency for power management and distribution (PMAD) components. Estimate the size, mass, and location on vehicle of EPS components. Effectively communicate development status, risks, and challenges to management. Work closely with systems and design engineers to develop integrated design solutions – rapidly assess conceptual designs and iterate. Write cogent and succinct technical memos and devise innovative, intuitive, and delightful ways to visualize quantitative information.

Qualifications:

Bachelor of Science in Electrical or Computer Engineering, Physics or related disciplines. A breadth of understanding in electrical engineering such as developing complex circuit cards, consumer electronics, wireless devices, or other advanced electronic commercial or aerospace products. Experience with analog, digital and mixed-signal circuit analysis, simulation, design, test, troubleshooting, signal integrity, power, and grounding and general board layout principles. Desire to work hands-on, both independently and as part of a team, throughout the development and production phases of the electronic assembly product lifecycle. Ability to earn trust, maintain positive and professional relationships, and supply to a culture of collaboration. Must be a U.S. citizen or national, U.S. permanent resident (current Green Card holder).

Desired:

Master of Science in Electrical or Computer Engineering, Physics or related disciplines. Successful candidates typically have 0 to 10 years of experience in design, development, test and operation of vehicle Avionics systems RF systems or design background. Demonstrated experience designing high reliability safety-critical, Class 2/3 board assemblies; familiarity with IPC-A-600/610, DO-254 and similar standards. Experience with launch vehicle Avionics systems hardware development, integration, and test. Scripting, Programming and Analysis: TCL, Python, Linux shell and Windows batch scripting; C / C++; MATLAB / Simulink, HSPICE and HFSS (or similar modeling/analysis tools).

Skill/Experience/Education: Mandatory:

Scripting, Programming and Analysis: TCL, Python, Linux shell and Windows batch scripting; C / C++; MATLAB / Simulink, HSPICE and HFSS