Electrical Engineer (I, II, or III)

Space Tango LLC•Lexington, KY

just now•Onsite

About The Position

Space Tango is an innovative space technology company based in Lexington, Kentucky. We develop automated facilities and payloads that enable biological research and small-scale manufacturing in microgravity, advancing health and technology products that create value here on Earth. We are hiring electrical engineers to join our EE team, which develops the electrical and embedded systems that power this work. We are looking for people who excel at hands-on development and troubleshooting and can help turn designs into reliable, working systems. You do not need equal expertise in PCB design and firmware development; your responsibilities will reflect the focus of your position. We will consider candidates at Levels I, II, and III for these positions. Responsibilities, technical independence, and leadership expectations will reflect your experience and the level of the position.

Requirements

Bachelor’s degree in Electrical Engineering or related technical discipline
Experience appropriate to the position level. Level I candidates may demonstrate relevant skills through coursework, projects, or internships; Level II candidates should have professional experience developing and testing electronics or embedded systems; Level III candidates should have 5+ years of related engineering experience and the ability to independently lead technical work in their area of focus
Relevant skills and hands-on experience building, integrating, testing, or troubleshooting Electronics Hardware and/or Embedded Systems, with depth appropriate to the position level
Electronics hardware: Hands-on hardware integration and testing including sensor selection and interfaces, cable and connector design, electrical safety, system integration (PCBS, sensors, actuators, mechanical interfaces, firmware, etc), and general engineering troubleshooting and verification techniques
Firmware / Embedded systems: C/C++ programming, assembly languages, RTOS, microcontroller architectures, device drivers (sensors, comm modules, storage, actuators, etc.), debugging tools, version control, bootloaders and firmware update mechanisms, and common buses and protocols (I2C, SPI, UART, GPIO, USB, Ethernet, etc)
Understanding of electrical safety, design verification, and engineering quality practices
Strong communication, multidisciplinary teamwork, and technical coordination skills

Nice To Haves

Space industry experience is helpful at any level
Master’s degree or advanced training in a related technical discipline
High-speed, RF, or sensitive analog PCB layout; multilayer stack-up design and thermal management
PCB fabrication and assembly, device driver development, assembly languages, real-time operating systems, bootloaders, and firmware update mechanisms
Spaceflight payload development from concept through integration, testing, and mission support
NASA safety requirements, aerospace design standards, and configuration-controlled development
Technical leadership across multiple projects and development of reusable electrical platforms

Responsibilities

Represent the Electrical Engineering team on multiple, interdisciplinary spaceflight projects.
Develop/assist with technical design documentation (requirements, diagrams, experiment protocols, etc.) and execute on the project electrical systems accordingly.
Implement and verify electrical systems through various tests along the project lifecycle. Develop associated test plans and action plans based on results.
Adhere to functional team quality assurance practices to ensure high quality EE products.
Serve as the primary electrical engineering representative for spaceflight projects by leading electrical integration and assisting with build, testing, checkout, and quality assurance.
Take initiative to coordinate inter-project team communication to solve project issues as they arise and ensure success on assigned projects.
Participate in external stakeholder and internal team communication in a professional manner.
Identify improvements in standard project electrical systems to improve reliability, usability, and scalability.
Lead and/or assist with IRAD projects when assigned.
Continually review, learn, and discuss with other team members about applicable NASA safety requirements and regulations that apply to electrical engineering designs for spaceflight projects.
Research existing industry electrical engineering platforms that could positively impact current or future company designs.
Travel to support customer or partner projects and launches.