Top Tech Jobs & Startup Jobs

As an Electrical Engineering Intern at Shield AI, you'll engage in a 10-week project where you'll design avionics assemblies, create test fixtures, and automate processes using Python. You'll work on multidisciplinary projects in an innovative environment with mentorship, aiming to contribute meaningfully and potentially secure a full-time job after the internship.

As a Mechanical Design Engineer intern, you'll engage in hands-on projects focused on the design, analysis, and testing of mechanical components for UAV products. You'll work under a mentor to solve practical engineering problems and participate in cross-functional design reviews.

As an Embedded Software Engineering Intern, you will contribute to the development of real-time software for UAV operations. Your responsibilities include writing embedded firmware in C/C++, developing tests, and collaborating with multidisciplinary teams to meet software requirements.

As an Aerodynamics & Performance Engineering Intern at Shield AI, you'll assist in designing new aircraft configurations, analyzing aerodynamic performance using CAD and CFD, and generate structural loads for various aerodynamic surfaces. You'll collaborate with teams and present your findings while gaining valuable experience in a high-growth tech environment.

As an Avionics Systems Engineering Intern, you will support the development of flight-critical avionics systems, engage in rapid prototyping, debug electrical hardware issues, and collaborate with various engineering disciplines to deliver autonomous features. You will investigate technical challenges and ensure aircraft health during operations.

As a GNC Engineering Intern, you will be involved in developing algorithms for high-performance flight, enhancing automation in the testing process, and supporting simulation development. You'll work closely with an agile team, contributing to projects such as adding CI testing and improving system models.

As a Staff Mechanical Engineer at Shield AI, you will lead the development of propulsion and fuel systems for autonomous UAVs, conduct feasibility studies, coordinate validation testing, and collaborate across disciplines to ensure performance and reliability.