As a Propulsion Systems Engineer, you will contribute to the development and integration of propulsion systems, ensuring compliance with requirements and conducting design reviews and verification activities. Collaboration with interdisciplinary teams is crucial, along with experience in complex electronic systems and familiarity with regulatory standards.

The Propulsion Projects Engineer will manage the alignment of project schedules, milestones, and certification activities across varied teams and suppliers. The role involves budget planning, risk mitigation, scheduling for test programs, and reporting on project status, while collaborating with external customers and ensuring timely delivery of propulsion deliverables.

The Senior Production Planner will manage production schedules, coordinate with cross-functional teams to ensure timely delivery of sub-assemblies, maintain production quality and safety standards, and execute material planning while adapting to a dynamic work environment.

The 2025 Summer High School Job Shadow Experience at BETA Technologies allows high school students to explore various STEM careers related to electric aviation. Participants will shadow professionals and engage in a professional development workshop over a four-day program. Ideal candidates should show enthusiasm and a willingness to learn.

The Harness Technician will focus on building, assembling, and testing aircraft electrical wiring harnesses. Responsibilities include interpreting schematics, overseeing repairs, crimping contacts, populating connectors, and advising on manufacturability. The role supports research and development in electric aviation technologies.

The Power Electronics Electrical Engineer will design and develop power converters for electric aircraft charging systems, evaluate converter topologies, select components, collaborate with design teams, and write test protocols for hardware validation.

The BETA internship offers an opportunity for candidates passionate about aviation and sustainability to work in a dynamic environment. Interns are expected to demonstrate critical thinking, analytical skills, and the ability to work independently.

The Software-Focused Propulsion Test Engineer at BETA Technologies develops and maintains software tools for propulsion test automation. They enhance test systems for data efficiency, implement version control best practices, and ensure efficient data transfer for large-scale tests, with opportunities for participation in propulsion flight tests.

The electrical-focused propulsion test engineer conducts tests for aircraft electric motors and inverters, setting up test stands and ensuring accurate data collection. Responsibilities include designing test plans with R&D engineers, troubleshooting equipment, analyzing test data, and maintaining analysis tools.

The EWIS Lead will manage the design, assembly, and installation of complex electrical wiring systems for electric aircraft. Responsibilities include overseeing a skilled team, ensuring compliance with quality standards, developing SOPs, training team members, and optimizing workflows in alignment with sustainability goals.

The Structures Liaison Engineer/MRB evaluates and resolves engineering issues related to Manufacturing, analyzes specifications, and leads the disposition of non-conforming parts. Responsibilities include interpretation of documentation, providing technical consultation, and developing repair procedures, specifically for composite and metal aircraft components.

The Test Engineer will validate aircraft structures by creating test setups, formal test procedures, and data acquisition techniques. Responsibilities include collaborating on mechanical design, leading a small team, performing hands-on tests, and ensuring data accuracy and compliance with calibration standards.

The Manufacturing Engineer at BETA Technologies will contribute to the assembly and production of complex aircraft by defining assembly methods, creating work instructions, troubleshooting manufacturing issues, and leading Lean manufacturing initiatives. The role requires collaboration with cross-functional teams and optimization of industrial processes to enhance production efficiency.

In this role, you will develop electrical system architectures, design products focusing on cost, reliability, and efficiency, oversee the transition from circuit design to full-scale manufacturing, troubleshoot electrical equipment, and create test plans and verification strategies.

The Senior Composite Assembler at Beta Technologies will work within a team to fabricate, modify, assemble, install, and repair composite parts and tooling for electric aircraft. Responsibilities include handling aircraft-grade materials, managing supplies, and maintaining composite workshop facilities while ensuring accuracy and attention to detail.

The Composite Assembler at BETA Technologies is responsible for fabricating, modifying, and assembling composite parts for electric aircraft. The role involves quality control, problem-solving, and working collaboratively in a team environment.

In the role of Embedded Software Engineer at BETA Technologies, you will design, develop, and maintain embedded software for prototype aircraft, collaborating with R&D teams to define requirements, ensure code quality, and evaluate new technologies. The position demands troubleshooting skills, experience with embedded systems, and knowledge of software development principles.

The CNC Machinist at BETA Technologies is responsible for operating CNC milling and turning machines, loading, monitoring, and inspecting machined parts. Additional duties include interpreting engineered drawings, performing machine setup, upkeep during operation, and making minor G-Code adjustments as necessary.

The Supplier Development Engineer will support the Purchasing and Supplier Quality teams by assessing supplier capabilities, improving supplier delivery and cost performance, and developing and executing product development plans. The role requires collaboration across departments and problem-solving to drive supplier improvements in quality and efficiency.

The M&P Technician supports the Materials and Processes team by conducting fabrication, testing, and reporting tasks. Responsibilities include manufacturing panels for thermal runaway protection, testing materials, conducting destructive testing on composite parts, and improving existing processes.