The Senior Vehicle Integration Engineer will lead system-level integration of autonomous vehicle components, manage full integration lifecycle, develop test plans, and ensure documentation and quality for new platform developments.

Design and build an end-to-end AI Flywheel: mine edge cases, orchestrate multi-node distributed training, automate evaluation/selection, package and deploy models, and scale continuous learning across a fleet of autonomous trucks.

As a Perception Intern, you will design and implement perception algorithms in C++, solve robotics challenges, and work collaboratively with engineering teams.

Interns will develop motion planning algorithms for autonomous trucks, improve navigation strategies, and get hands-on experience in robotics.

Intern will design data-driven analyses, ensure data cleanliness, correlate performance metrics, and support teams with necessary data for decision-making.

Intern will design machine learning algorithms and develop innovative deep neural networks for robotics problems, focusing on autonomous technology.

Design and maintain simulation capabilities, integrate with autonomy stack, test algorithms, improve simulation fidelity, and write high-quality code.

As a Controls Intern, you'll develop coding skills in C++, collaborate with engineers, and work on autonomous truck technologies. You'll tackle real-world robotics problems and enhance the autonomous trucking platform.

The Manufacturing Engineer will enhance manufacturing processes, manage electrical manufacturing issues, collaborate on harness assembly strategies, and ensure quality standards.

The engineer will derive requirements for safe driving in self-driving vehicles, collaborate on algorithms, and support testing and system design for autonomy.

Lead execution of defense-focused technical programs, managing cross-functional coordination between engineering, product and operations to ensure timely delivery and compliance with government requirements.

The Functional Safety Engineer will perform hardware safety analyses, develop technical safety requirements, allocate requirements to hardware components, and support hardware-software interface development, ensuring compliance with ISO 26262 standards for autonomous vehicles.

The Senior Product Manager will oversee the full product lifecycle for Level 4 autonomous trucking solutions, collaborating with engineering and stakeholders, ensuring alignment with customer needs and program constraints.

Lead mechanical design from concept through production for next-generation autonomous vehicles. Perform CAD modeling, FEA/CFD analysis, DFM/DFA, release documentation, manage schedules and builds, conduct trade studies and reviews, and mentor other mechanical engineers.

Manage strategic accounts and ensure alignment with customer goals. Drive value, monitor performance, foster relationships, and engage stakeholders for successful adoption of autonomous solutions.

The Systems Engineer will design and execute Kodiak's Autonomy Fault Management System, addressing faults safely to enhance driverless vehicle deployment and performance.

As an intern, you will work on projects for Kodiak's autonomous trucking platform, develop coding skills in C++, and collaborate with engineers on challenging problems.

In this role, the Senior Full-Stack Software Engineer will design, implement, test, and deploy web applications and APIs, collaborating with multiple teams to gather requirements and enhance existing services.

As an Operations Specialist, you will manage schedules, document operations, assist with autonomous system setup, and communicate with safety drivers.

As a Software Engineer in Motion Planning, you'll design algorithms for safe road navigation, improve driving performance, and enhance the motion planning software.