Location: Hebron, KY
Cap-Exempt H-1B Position — No lottery required
### **About Us** Beltways is on a mission to accelerate humanity with a new transportation system designed to move pedestrians efficiently through airports, venues, and, ultimately, cities. We are an ambitious team of Belters building the world's smartest, safest, and fastest form of short-range mobility — Accelerators. ### **Why This Role Exists** As we design and construct the world's first modular Accelerating Walkway, we recognize that pioneering a new mode of transportation requires both conventional expertise and innovative thinking. This internship program seeks students eager to apply their education creatively to solve complex challenges. ### **Role Responsibilities** Interns will collaborate closely with Beltways' founding and engineering teams to bring our product to the market. We are seeking candidates from the following disciplines: - Mechanical Engineering - Automation Controls Engineering - Mechatronics - Robotics and Intelligent Autonomous Systems - Electrical Engineering **Internship Role Responsibilities – Engineering** As an Engineering Intern, you’ll help design and build the mechanical and automation systems behind our product. Work includes: - Designing assemblies and components in Siemens NX - Supporting product development and product optimization - Collaborating on BOMs, mechanical validation, and service planning - Solving real-world problems at the intersection of mechanical, electrical, and control systems ### **Required skills** - Proficiency with Siemens NX, TwinCAT Automation Software, Industrial PLC Programming, and Azure Cloud services. We welcome applications from both undergraduate and graduate students. The program is set to commence as soon as possible. ### **Outcomes** - Deliver a CAD design of a mechanical subassembly in Siemens NX from concept through internal design review approval - Create and maintain a complete BOM for the assigned assembly including part numbers, approved vendors, and estimated costs - Author assembly an