Principal Hardware Engineer I
Confirmed live in the last 24 hours
CesiumAstro

51-200 employees

Engineers and manufactures space communication systems.
Company Overview
CesiumAstro stands out as a leading company in the aerospace industry, offering tailored, mission-ready solutions for both commercial and defense applications. Their competitive advantage lies in their full-stack modular product line, which allows for customization based on specific payload requirements. With a diverse global operation that includes hardware and software engineering, manufacturing, mission systems, and wireless communications engineering, the company fosters a culture of technical excellence and industry leadership.
Hardware
Aerospace
B2B

Company Stage

Series B

Total Funding

$132.2M

Founded

2017

Headquarters

Austin, Texas

Growth & Insights
Headcount

6 month growth

17%

1 year growth

35%

2 year growth

82%
Locations
El Segundo, CA, USA
Experience Level
Entry
Junior
Mid
Senior
Expert
Desired Skills
Printed Circuit Board (PCB) Design
Altium
CategoriesNew
Hardware Engineering
Requirements
  • Bachelor of Science (BS) degree or higher in Electrical Engineering from an accredited university.
  • Minimum of 9 years of industry or university research experience in board-level electronics design, analysis, and test.
  • Direct experience designing high-reliability electronics and small systems for space or defense applications, including part derating, worst-case analysis, and thermal constraints.
  • Experience owning the design phase of complex board-level electronics and small hardware systems, including architecture design, trade studies, key part selection, and detailed design.
  • Multiple experiences delivering hardware products through production and deployment.
  • Expertise in PCB layout and manufacturing, including high-density interconnect (HDI) stackup design, IPC standards, and industry best practices.
  • Expertise derisking designs with board-level signal integrity and/or power integrity simulation tools such as Ansys SIwave, ADS SIPro, or Mentor Hyperlynx.
  • Strong understanding of adjacent fields, such as software and mechanical, that contributes to judicious design of hardware system architectures.
  • Expert-level proficiency in electronics design tools such as Altium.
  • Extensive lab experience for bring-up and verification of new hardware, based on in-depth understanding of specialized lab equipment.
  • Excellent written and spoken communication skills.
Responsibilities
  • Own end-to-end design of complex electronics modules and systems, from concept and architecture through schematic, layout, test, and production. Products may include high-speed digital, power electronics, and/or RF.
  • Lead teams of hardware engineers to develop new products with multiple electronics modules.
  • Provide subject matter expertise in support of hardware development across the company.
  • Develop hardware architecture and write hardware requirements for systems of high complexity.
  • Perform detailed and complete schematic design for complex boards, ranging from key components to supporting passives.
  • Perform detailed PCB layout in Altium Designer for complex boards, often working with a PCB Drafter.
  • Complete analysis such as worst-case circuit analysis, signal integrity analysis, and power integrity analysis. Guide analysis methodology.
  • Develop bring-up plans and design verification plans for new hardware and complex systems.
  • Perform bring-up and key verification testing of modules and complex integrated systems, often working with a team to complete validation.
  • Release modules and assemblies to production, working with the Manufacturing and Test Engineering teams.
  • Mentor junior and senior engineers to build technical understanding and professional development.
  • Use strong working knowledge of adjacent fields, such as software and mechanical, to streamline development of complex hardware systems.
Desired Qualifications
  • Experience leading teams of hardware engineers to develop multi-module assemblies, including hardware architecture, requirements, and interconnects.
  • Design for space radiation environments.