Jobs at Venti Technologies

Lead the technical direction and system architecture for planning within the autonomy stack, focusing on algorithm development and system integration.

The Senior Software Engineer C++ will enhance software architecture, develop clean code for autonomous vehicles, mentor other engineers, and maintain high code quality standards.

Design and develop reliable code for autonomous vehicles, implement advanced features, uphold code quality, and create technical design documents.

The intern will perform calibration and testing of vehicle controllers, analyze performance, and use tools to support autonomous vehicle systems.

The intern will develop simulation test cases, validate scenario accuracy, conduct simulations, track metrics, troubleshoot issues, and prepare reports.

The intern will assist in the development, testing, and optimization of planning algorithms for autonomous vehicles, collaborating across teams to enhance performance and safety.

Assist the engineering team with retrofitting vehicles, manage inventory, develop engineering systems, conduct testing, and provide technical support.

The intern will assist in developing and testing localization algorithms for autonomous vehicles, focusing on LiDAR and Visual-Inertial Odometry.

Assist in data collection and annotation processes to enhance self-driving software development, collaborating with teams for data quality and sensor calibration.

The role involves testing autonomous vehicle function modules, conducting tests, logging data, writing reports, and assisting in software deployment.

Assist in managing sourcing, inventory, and supplier relationships. Support procurement tasks, coordinate logistics, and collaborate with teams.

As a QA Engineer Intern, you'll analyze critical issues, conduct investigations on autonomous systems, optimize performance, and develop automation tools to enhance workflows.

The intern will focus on map annotation, validation, and tool development for Autonomous Vehicles, working with various teams for testing and updates.

The intern will implement off-board services for autonomous vehicles, working on backend/frontend development and collaborating with designers to create user-friendly applications.

Support transition from prototype to production for autonomous vehicles: diagnose electro-mechanical issues, run factory acceptance tests, design test fixtures, improve manufacturability, create technical documentation, train partners, and validate suppliers/components.

Lead end-to-end technical recruitment for hardware and software engineering teams, partner with engineering stakeholders on role definitions and interview processes, manage pipelines and ATS tools, coordinate offers and compensation discussions, mitigate talent risks, and optimize technical sourcing and assessment to meet hiring targets.

Develop and improve motion control algorithms for autonomous trucks: design controllers, build vehicle models, analyze test data, tune and validate performance, implement safety/fault-detection features, and improve resilience to delays and sensor/actuator faults while collaborating with cross-functional teams.

The Systems Quality Engineer ensures system quality and stability in autonomous vehicles by analyzing operational issues, conducting root cause analysis, and improving workflows through documentation and automation.

Lead evaluation, design, prototyping, and integration of robotic manipulation and automation for autonomous vehicle operations in logistics yards. Champion vendor selection, system architecture, perception, motion planning, controls, and field validation to enable safety-critical tasks like automated trailer coupling.

Design, prototype, and validate mechanical sub-assemblies and mounts for heavy-duty autonomous trucks. Create accurate CAD models from physical measurements, produce manufacturing drawings, manage vendors and BOMs, and write assembly and maintenance instructions. Integrate sensors, wiring, and pneumatic components while optimizing designs for CNC, sheet metal, and additive manufacturing to minimize cost and simplify production.