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What you will be doing:
Leading a team of skilled engineers to develop, maintain, and productize real-time calibration software for autonomous and assisted driving systems.
Driving the evolution of calibration algorithms and infrastructure using large-scale real and synthetic data to ensure performance, robustness, and scalability.
Guiding architectural decisions and reviewing designs to ensure high performance, modularity, and maintainability of calibration components.
Coordinating and prioritizing development efforts across areas such as self-calibration, end-of-line calibration, and dev-fleet calibration using multimodal sensor data (LIDAR, Radar, Camera, IMU, etc.).
Collaborating with other engineering managers, system engineering, safety, and other stakeholders to align on feature development, system integration, and vehicle bring-up plans.
Ensuring the team follows best practices for software quality, including unit testing, documentation, MISRA/AUTOSAR compliance, and safety-critical development processes.
Support creation of all necessary work products (documentation, test specification, verification reports, …) to deliver safety-critical software up to ASIL D integrity.
Guiding root cause analysis and troubleshooting for calibration-related issues in replay and in-car environments.
Mentoring engineers, fostering technical growth, and supporting career development within your team.
Reporting status, risks, and milestones to program leadership, and helping shape strategic direction for calibration initiatives.
What we need to see:
MS or higher in computer science or related engineering discipline (or equivalent experience).
8+ overall years of relevant industry experience
3+ years experience managing software engineers in the automotive domain.
Strong C++ and Python programming background with experience in embedded software systems.
General knowledge of algorithms in Robotics, Estimation, and Computer Vision.
Demonstrated experience leading software teams with clear ownership of roadmap, quality, and deliverables.
Excellent communication, organizational, and leadership skills.
Experience with Git, Linux, and remote collaboration tools in a software development context.
Understanding of the V model, safety standards, and software product lifecycle, ISO26262 and ASPICE norms.
Ways to stand out from the crowd:
Delivered complex, production-grade software projects in the automotive domain.
Deep understanding of ADAS and autonomous vehicle systems.
Prior experience with calibration systems or developing new sensor calibration methods.
Proven ability to lead distributed teams and work effectively with internal and external partners.
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