As an Avionics Mechanical Engineer, you will design, build, integrate, and test mechanical systems including harnesses and enclosures for aviation technology. Your role involves defining hardware interfaces, routing harnesses, and ensuring environmental protection of avionics hardware.

As a Senior Manufacturing Engineer, you will enhance manufacturing, integration, and supply chain processes for automated aviation systems. This includes designing processes for mechanical and electrical assemblies, conducting DFMA reviews, and ensuring product quality through testing and process improvement. You will collaborate with diverse engineering teams to ensure the timely delivery and reliability of products.

The Sr. Mechanical NPI Engineer will design and improve manufacturing and integration processes, collaborate with design teams to enhance product development, and ensure quality through testing and process establishment, all within a safety-critical aviation technology context.

The Communications Specialist at Reliable Robotics will develop and execute communication strategies to enhance the company's brand presence, engaging stakeholders through writing, event management, and public relations. Responsibilities include overseeing social media, managing press releases, and collaborating with various teams to ensure impactful messaging.

As a Flight Software Test Environments Engineer, you'll develop tooling and test cases for verifying flight application software. You'll coordinate with engineering teams to create test plans, execute tests, and enhance hardware-in-the-loop capabilities, ensuring that aviation technologies are safe and reliable.

As a Flight Software Infrastructure Engineer, you will be responsible for shaping the infrastructure for flight software, optimizing it for performance, and architecting continuous integration and testing systems. You will collaborate with multiple teams to ensure effective development and deployment of aviation software.

The role involves building, testing, and maintaining electro-mechanical systems for aviation safety technology. Responsibilities include using technical drawings for assembly, testing product quality, resolving non-conformances, and improving processes. This position plays a critical part in ensuring that aviation products are reliable and meet engineering requirements.

As a Sr. FPGA Verification Engineer, you will oversee the FPGA integration and test environment for airborne products, ensuring DO-254 compliance. Your role involves developing test benches, performing timing analysis, and qualifying design tools to aid in the safety and efficiency of electronic hardware for aviation systems.

As a System Integration Engineer, you will manage vehicle level projects through planning, design, testing phases, integrating mechanical and electrical systems, performing system design and testing, and ensuring readiness for installation and flights.

As a Mission Systems Engineer, you'll contribute to the design and development of safety-critical flight systems, define mission operations, assess performance risks, and support system certification. Collaboration across engineering domains and documentation for autonomous systems deployment are key aspects.

The Sr. System Integration Engineer will lead vehicle-level projects from planning through to testing, combining mechanical and electrical systems for aviation technology. Responsibilities include project management, system integration, and testing of automated systems within a team of engineers. The role involves significant ownership of integration priorities and collaboration with various engineering disciplines.

The Senior Simulation Software Engineer will develop a robust simulation software framework, enhancing testing for safety-critical aviation systems. Responsibilities include improving simulation architecture, collaborating with various engineering teams, and mentoring team members to ensure high performance and accuracy in simulations.

The Sr. Mechanical Test Engineer will lead the development of mechanical test stands, create and automate test procedures, and perform data analysis. This role involves ensuring hardware meets regulatory standards and includes collaboration with various engineering teams.

As a Harness Engineer, you will collaborate with avionics, mechanical, and integration teams to design and integrate electrical harnesses for aircraft. Responsibilities include defining harness design, routing, component selection, and overseeing manufacturing processes. You'll work closely with production technicians, ensuring successful installation and testing of the harnesses on remotely operated aircraft.

As a Senior Avionics Test Engineer, you will be responsible for developing and deploying automated test solutions for avionics hardware, designing test benches, executing tests for circuit debugging and system verification, and tracking hardware issues across various aerospace projects.

As an Avionics Test Engineer, you will develop and deploy automated test solutions for avionics hardware, design test benches and procedures, and coordinate with engineers and vendors for effective verification campaigns. You will diagnose hardware issues and improve the electrical testing infrastructure.

As a Displays Software Engineer, you'll design and create real-time user interface applications for automated aviation systems. Your role includes ownership of the complete lifecycle of these applications, collaborating with engineers and pilots to ensure safety and usability in a certified environment.

As a Sr. Mechanical Engineer, you will design, analyze, build, test, and implement mechanical systems for remote piloted aircraft, driving product quality and engineering methods. You will lead cross-functional teams to ensure performance and design meet safety-critical standards, owning projects from conception through to flight test and certification.

As an Embedded Software Engineer, you will develop low-level software and firmware for an aviation technology company. Responsibilities include creating flight software, maintaining CI infrastructure, and writing test cases, all aimed at enhancing the functionality of autonomous systems in aviation. Your work will have a direct impact on product demonstrations and the development of capabilities for aircraft.

As a Mechanical Test Engineer, you will develop mechanical testing operations, design test stands, integrate instrumentation, perform data analysis, and collaborate to improve flight hardware. You are expected to automate test processes, execute test plans, and mentor within a cross-functional team.