Jobs at CesiumAstro

Supports the design, analysis, integration, verification, and testing of satellite communications systems. Performs spectrum coordination, interference, EPFD, PFD, and link-budget analyses; prepares ITU and FCC regulatory filings; evaluates system performance; supports modeling, simulations, requirements, documentation, troubleshooting, root-cause investigations, and licensing activities. Collaborates with multidisciplinary engineering, regulatory, quality, and program teams throughout product development.

Leads end-to-end high-speed mixed-signal and DSP ASIC development from architecture and microarchitecture through RTL, verification, synthesis, backend integration, silicon bring-up, lab testing, and production release. Responsibilities include analog IP integration, asynchronous clock-domain design, timing analysis, DFT, customer communications, program and people management, and collaboration across engineering, sales, and marketing.

Leads digital and mixed-signal hardware engineering across multiple aerospace product lines. Responsibilities include technical ownership of high-speed board and system designs, architecture reviews, complex FPGA and processor debugging, design process development, DFM and DFT, manufacturing transition, component lifecycle management, design reuse, team building, hiring, mentoring, performance management, budgeting, and cross-functional collaboration.

Leads assigned programs by managing plans, schedules, milestones, resources, costs, risks, technical performance, and customer commitments. Coordinates cross-functional teams across engineering, operations, supply chain, quality, finance, product management, business development, and customers. Facilitates reviews, communicates status, maintains program documentation, supports contract kickoffs and production readiness, and drives corrective actions and process improvements while ensuring contractual and business objectives are met.

Build candidate pipelines and execute full-cycle recruiting for aerospace, engineering, manufacturing, support, and executive roles. Partner with hiring managers to define requirements, source and assess technical candidates, manage requisitions, conduct interviews, recommend candidates, negotiate offers, and develop creative sourcing and networking strategies in a fast-paced startup environment.

Build candidate pipelines and execute full-cycle recruiting for aerospace, engineering, manufacturing, support, and executive roles. Partner with hiring managers to understand technical requirements, source and assess candidates, manage requisitions, coordinate interviews, recommend candidates, negotiate offers, and develop creative sourcing campaigns and recruiting strategies in a fast-paced startup environment.

Develops, integrates, verifies, and validates spacecraft systems from concept through production. Responsibilities include system architecture, requirements and interface development, trade studies, modeling, simulation, testing, troubleshooting, performance analysis, technical documentation, and engineering change recommendations. The role collaborates with multidisciplinary engineering, manufacturing, quality, integration, test, and program teams while supporting design reviews, technical investigations, customer activities, and continuous improvement.

Leads advanced mechanical engineering across satellite, UAV, launch vehicle, and airborne-platform programs. Develops mechanical systems, structures, mechanisms, and assemblies; directs structural, thermal, tolerance, manufacturability, verification, qualification, and validation activities. Resolves complex technical issues, guides root-cause investigations and engineering changes, supports manufacturing and supplier evaluations, improves reliability and quality, advances engineering methods, and mentors engineers across multiple programs.

Leads complex program portfolios, strategic customer programs, and cross-functional execution. Establishes governance, priorities, performance metrics, and corrective actions across cost, schedule, technical, quality, contractual, and customer objectives. Oversees executive customer relationships, resource allocation, risk management, financial and contract execution, process improvement, and program management standards. Develops and coaches program management teams while partnering with Engineering, Operations, Supply Chain, Finance, Product Management, and Business Development.

Leads advanced mechanical engineering across multiple aerospace and space technology programs. Develops mechanical systems, structures, mechanisms, and assemblies; conducts structural, thermal, tolerance, and design analyses; and leads verification, qualification, validation, and testing. Guides root-cause investigations, engineering changes, manufacturing and supplier evaluations, and technical reviews. Serves as a senior technical resource, mentors engineers, and advances engineering methods, manufacturability, reliability, quality, and product performance.

Provide advanced SolidWorks CAD design and drafting support for aerospace products, including 3D models, assemblies, engineering drawings, BOMs, technical documentation, and engineering change orders. Manage PDM file structures, configuration control, and release processes while ensuring GD&T and drafting-standard compliance. Collaborate with engineering, manufacturing, quality, and program teams to resolve design issues, improve CAD workflows, and support product development. Mentor junior designers and maintain documentation accuracy.

Leads the corporate accounting function, overseeing general ledger operations, financial close, reconciliations, consolidations, reporting, internal controls, accounting policies, and audit activities. Manages accounting teams and develops organizational capabilities while evaluating complex accounting matters and ensuring GAAP or IFRS compliance. Partners with senior leadership and cross-functional teams on financial reporting, process improvements, automation, SEC reporting, SOX controls, and the integrity of corporate financial data.

Lead and develop a software engineering team delivering aerospace mission-critical software. Oversee technical planning, integration, testing, compliance, Agile/DevOps practices, and cross-functional collaboration to meet program objectives and continuous improvement goals.

Lead and mentor a software engineering team developing aerospace mission-critical systems. Oversee technical planning, SDLC, integration, IV&V, configuration management, Agile/DevOps practices, cross-disciplinary collaboration, recruiting, performance management, and continuous process improvement to meet program requirements and schedules.

Owns end-to-end development of high-reliability power electronics, including architecture, converter and circuit design, PCB layout, modeling, testing, qualification, production transition, and support. Performs power integrity, stability, stress, thermal, and efficiency analyses; leads integration and qualification campaigns; presents design reviews; mentors junior engineers; and researches emerging technologies for aerospace and space applications.

Leads power electronics architecture, requirements, converter and power supply design from low voltage to over 20 kW. Performs circuit, stability, reliability, EMC, thermal, and failure analyses; develops verification and qualification plans; leads board bring-up, testing, system integration, and production release. Manages a small engineering team, mentors engineers, and supports vendor and external development activities.

Lead spacecraft power electronics development from architecture and trade studies through circuit design, simulation, PCB layout, verification, integration, production release, and manufacturing support. Design and analyze DC-DC converters, power management circuits, filters, and control systems; perform reliability, worst-case, stress, and FMEA analyses. Lead testing, board bring-up, qualification campaigns, and production acceptance. Mentor engineers and support innovation in satellite and space power systems.

Designs and delivers high-reliability power electronics for spacecraft and aerospace systems. Responsibilities include power converter architecture, schematic and PCB design, circuit modeling, worst-case and stability analysis, testing, qualification, production transition, and customer design reviews. The role leads integration campaigns, supports production, mentors junior engineers, and researches emerging technologies. Requires strong laboratory troubleshooting, communication, and experience with power electronics design for space, automotive, or defense applications.

Leads the architecture, design, simulation, testing, qualification, integration, and production release of high-power analog and power electronics systems for satellite communications. Designs AC-DC and DC-DC converters, power distribution systems, filters, and control systems; performs reliability, stress, worst-case, FMEA, and power integrity analyses; develops verification plans; supports manufacturing; and mentors and leads power electronics engineers.

Leads the architecture, design, simulation, verification, integration, and production release of spacecraft power electronics. Designs DC-DC converters, inverters, motor drives, power management circuits, magnetics, and filters; performs reliability, stress, worst-case, FMEA, and power integrity analyses; leads board bring-up and qualification testing; supports manufacturing; mentors engineers; and leads a small engineering team.