Terrestrial Controls Engineer - Automation & Python

About the company

Varda operates in-orbit manufacturing capsules that use microgravity crystallization to produce pharmaceuticals and biologics, supports process engineering via a terrestrial lab and hyper-gravity screening, and manufactures spacecraft in-house.

About this role

<div class="content-intro"><h2><span data-contrast="none">About Varda</span></h2> <p>Low Earth orbit is open for business. Varda is accelerating the development of commercial space infrastructure, from in-orbit pharmaceutical processing to reliable and economical reentry capsules.&nbsp;<strong>Varda’s W-Series vehicles are built, designed, and operated by Varda in-house, including the pharmaceutical processing payloads, the capsules, the C-PICA heat shields, and the satellite buses.</strong></p> <p>From life-saving pharmaceuticals to more powerful fiber optics, there is a world of products used on Earth today that can only be manufactured in space. Varda is accelerating innovation in the orbital economy by creating both the products and infrastructure needed so space can directly benefit life on Earth. Our mission is to expand the economic bounds of humankind. &nbsp;</p> <p>Our team is uniquely suited to accomplishing this goal, with leadership and staff comprised of veterans from SpaceX, Blue Origin, major pharmaceutical companies and Silicon Valley. Varda was founded in January 2021 by Will Bruey and Delian Asparouhov with significant backing from world class investors including Khosla Ventures, Lux Capital, Founders Fund, Caffeinated Capital, General Catalyst, and Also Capital. &nbsp;</p> <p>Varda is headquartered in El Segundo, California, where we have offices and a production facility where our vehicles, equipment, and materials are built, integrated, and tested. Varda also has offices in Washington, DC and Huntsville, AL.&nbsp;</p> <p>Join Varda, and work to create a bustling in-space ecosystem.</p></div><h2 id="JobRequisitionFlightSoftwareEngineer-Requirements">What you will do (Job Responsibilities)</h2> <p>Our Controls &amp; Automation team builds bespoke test infrastructure that qualifies spaceflight hardware for orbit. You will design, build, and own sophisticated ground support equipment (GSE) and test systems: propulsion test stands, environmental qualification chambers, spacecraft-level integration testing and more! Our stack is modern, including a custom PLC framework and Beckhoff EtherCAT tooling built in-house. You will have a meaningful impact on architecture decisions, and the chance to define standards that will outlast any single program.</p> <ul> <li>Design, build, and maintain test systems and ground support equipment (GSE) for flight hardware qualification and manufacturing operations.</li> <li>Integrate with a wide range of external hardware, including thermal vacuum chambers, ovens, chillers, pressure systems, data acquisition hardware, and precision instrumentation.</li> <li>Develop and extend Varda's internal PLC framework and EtherCAT tooling to support evolving program needs.</li> <li>Contribute to architecture decisions on real-time control implementation, including evaluation of PLC-based (TwinCAT 3) versus Linux-based approaches for high-frequency control applications.</li> <li>Build cabinets, wire panels, and own systems end-to-end from electrical design through commissioning.</li> <li>Partner with propulsion, avionics, GNC, and manufacturing teams to deliver test infrastructure that meets their needs on aggressive timelines.</li> <li>Champion sustainable engineering practices that enable new engineers to ramp quickly on the tech stack and maintain production systems reliably.</li> </ul> <p>&nbsp;</p> <h2 id="JobRequisitionFlightSoftwareEngineer-BasicQualifications">What you will bring (Basic Qualifications)</h2> <ul> <li>Bachelor's degree in Electrical Engineering, Computer Engineering, Mechanical Engineering, or a related field.</li> <li>2+ years of industry experience in test automation, controls, and/or industrial automation.</li> <li>Hands-on experience integrating with industrial hardware over protocols such as EtherCAT, Modbus (TCP/RTU), RS-232/485 serial, or similar communication standards.</li> <li>Experience with at least one modern PLC ecosystem - ideally Beckhoff TwinCAT 3 with structured text (IEC 61131-3), or a demonstrated eagerness to develop deep expertise there.</li> <li>Comfort working across the full stack: writing control software, designing electrical panels, wiring cabinets, and debugging hardware.</li> <li>Proven ability to thrive in a fast-paced startup environment where priorities shift, and end-to-end ownership of problems is expected.</li> </ul> <p>&nbsp;</p> <h2 id="JobRequisitionFlightSoftwareEngineer-NicetoHave">What would be a plus (Preferred Qualifications)</h2> <ul> <li>Strong intuition for when to use real-time PLC code versus higher-level Python orchestration, and a clear understanding of the tradeoffs between the two.</li> <li>Experience working with custom or in-house control frameworks, rather than relying solely on vendor-provided stacks.</li> <li>Advanced EtherCAT expertise beyond consumer-level usage — including DC sync, ENI configuration, master implementation, or driver-level work.</li> <li>Production experience with TwinCAT 3, structured text, and the broader IEC 61131-3 language suite.</li> <li>Experience designing deterministic, hard real-time control loops with sub-millisecond cycle times.</li> <li>Familiarity with time-series data acquisition and visualization tools such as Grafana, InfluxDB, or similar platforms.</li> <li>Aerospace experience, particularly in spacecraft testing or GSE development.</li> <li>Environmental test experience, including TVAC, thermal cycling, and vibration testing.</li> <li>Hands-on experience working with high-pressure gas or fluid systems.</li> <li>Experience developing propulsion test stands or other complex, multi-subsystem test infrastructure.</li> <li>Familiarity with spacecraft qualification standards and associated documentation requirements.</li> <li>Experience developing safety-related control systems and evaluating proposed solutions for reducing safety-related risks.</li> </ul> <p>&nbsp;</p> <h2>How Varda compensates</h2> <ul> <li data-leveltext="" data-font="Symbo