Senior Software Engineer, Controls (Simulation)

Kodiak Robotics, Inc. was founded in 2018 and has become a leader in autonomous ground transportation committed to a safer and more efficient future for all. The company has developed an artificial intelligence (AI) powered technology stack purpose-built for commercial trucking and the public sector. The company delivers freight daily for its customers across the southern United States using its autonomous technology. In 2024, Kodiak became the first known company to publicly announce delivering a driverless semi-truck to a customer. Kodiak is also leveraging its commercial self-driving software to develop, test and deploy autonomous capabilities for the U.S. Department of Defense.

Kodiak Robotics, Inc. was founded in 2018 and has become a leader in autonomous ground transportation committed to a safer and more efficient future for all. The company has developed an artificial intelligence (AI) powered technology stack purpose-built for commercial trucking and the public sector. The company delivers freight daily for its customers across the southern United States using its autonomous technology. In 2024, Kodiak became the first known company to publicly announce delivering a driverless semi-truck to a customer. Kodiak is also leveraging its commercial self-driving software to develop, test and deploy autonomous capabilities for the U.S. Department of Defense. In 2025, Kodiak listed publicly on the NASDAQ.

Kodiak is recruiting an experienced Software Engineer who is passionate about motion control and simulation to join our Controls team. The role offers the opportunity to work on both vehicle modeling and control theory, including deep mathematical modeling.

This is an opportunity to model linear and nonlinear vehicle dynamics, in order to establish high fidelity between simulation results and on-road data. Kodiak operates multiple vehicle platforms in a wide range of operating domains, which surface many interesting modeling and simulation problems.

This role combines both mathematical innovation and software engineering expertise to expand the frontier in autonomy simulation.

• Simulate articulated truck motion in response to steering, accelerator, and brake inputs

• Model vehicular motion, including the interaction between coupled tractor and trailers

• Incorporate environmental effects, such as incline, road bank, rolling resistance, and wind

• Characterize non-linear effects, such as gear shifting and electronic stability control

• Analyze simulation fidelity by comparing simulated and real-world performance

• Evaluate controller performance across multi-dimensional assessments

• Build a safety case for driverless operation

• 4+ years controls development experience for automotive robots

• Strong C++ programming skill

• Interest in theoretical and empirical vehicle modeling