| Location | Austin, TX |
Overview
Airspace Experience Technologies (ASX: iflyasx.com) is a startup founded in 2017 with a mission to advance mobility for the mass traveling public by repurposing automotive electric vehicle technologies, safety systems, and mass production techniques. ASX has been awarded multiple patents and DoD/State contracts for our heavy lift electric VTOL platform and AeroNet UTM product.
Our goal in developing our AeroNet advanced mobility devices and AeroNet UTM back office is to create an international practice for enhanced mobility management with a web-based Common Operation Picture (COP). This platform gives municipalities and infrastructure operators the tools to license, authenticate, monitor, and facilitate collision avoidance for connected vehicles on the ground and in the air. Our ultimate objective is to integrate automated systems at scale using international standards while improving safety, security, and efficiency of automated robotic systems within the "public square."
Were seeking talented individuals with a passion for connected intelligent mobility to join our limited number of technical positions.
Job Description
Join the revolution of connected vehicles!
Join our elite team as an Embedded Software Engineer (Intern or New Graduate) to build the software that powers our advanced V2X architectures, enabling vehicles to communicate and save lives. You'll craft high-performance firmware for V2X systems, working at the intersection of embedded systems, automotive innovation, and real-time technology. If you thrive on solving complex challenges and want to shape the era of connected and autonomous vehicles, this is your moment!
Why Youll Love It:
Apply Now to code the future of mobility!
Location: Detroit, MI (Please note that this position does not include reimbursement for relocation or interview travel)
Start Date: ASAP
Requirements
Responsibilities
Skills
Expertise in C/C++ for embedded systems (5+ years) to write efficient, reliable firmware.
Experience with RTOS (e.g., QNX, Green Hills, FreeRTOS) for real-time, safety-critical applications.
Knowledge of SoC architectures (e.g., ARM Cortex) and hardware interfacing (SPI, I2C, UART).
Familiarity with automotive standards (e.g., ISO 26262, AUTOSAR) to ensure safety and reliability.
Strong debugging skills using tools like JTAG, oscilloscopes, and logic analyzers.