Posted:
4/10/2026, 9:54:56 AM
Location(s):
Texas, United States ⋅ Austin, Texas, United States
Experience Level(s):
Expert or higher ⋅ Senior
Field(s):
Software Engineering
Workplace Type:
Remote
AVRIDE is an autonomous driving company with the mission to make transportation safer and more efficient
through cutting-edge technology. We hold a unique position in the market, developing self-driving taxis and
delivery robots. Our delivery robot division already has production in the US and Japan. Our team consists of
highly talented engineers with extensive expertise. Joining us means diving into a startup atmosphere and
making a significant impact on the company's results and the autonomous industry as a whole.
As a Software Engineer at Avride, you will design and develop advanced firmware and drivers for LiDAR, motor
control, and robotics systems. You’ll work with FPGAs, MCUs, and embedded platforms to build reliable,
high-performance solutions that power our autonomous technologies. This role combines deep expertise in low-level
programming, DSP optimization, and embedded systems integration, with hands-on testing and collaboration
across cross-functional teams to deliver cutting-edge solutions.
Candidates are required to be authorized to work in the U.S. The employer is not offering relocation sponsorship, and remote work options are not available.
Avride is an equal opportunity employer and committed to providing reasonable accommodations to qualified applicants and employees with disabilities to ensure they have equal access to employment opportunities. Avride complies with the Americans with Disabilities Act (ADA), if you need a reasonable accommodation to assist with the application or hiring process, or to perform the essential functions of a job, please email [email protected].
Website: https://avride.ai/
Headquarter Location: Austin, Texas, United States
Employee Count: 251-500
Year Founded: 2017
IPO Status: Private
Last Funding Type: Corporate Round
Industries: Artificial Intelligence (AI) ⋅ Automotive ⋅ Autonomous Vehicles ⋅ Robotics