Lidar Technical Program Manager

What we are looking for

Aurora hires talented people with diverse backgrounds who are ready to help build a transportation ecosystem that will make our roads safer, get crucial goods where they need to go, and make mobility more efficient and accessible for all.

We are seeking a Lidar Technical Program Manager (TPM) to join our Hardware Engineering organization. This role is the ultimate launchpad for an engineering mind building a technical foundation across the Systems Engineering V-Model. Positioned at the critical intersection of Program Management and Systems Engineering, you will gain hands‑on experience driving the end‑to‑end product lifecycle across various levels within our Lidar organization.

As a TPM, you will master the foundational pillars of schedule, scope, and budget while serving as the central coordinator for engineering execution. You will translate complex engineering plans into actionable, visual project tracking, ensuring our technical designs seamlessly align with top‑level program schedules.

• Drive Engineering Schedule & Scope Realization
  • Translate Engineering to Execution: Support the creation and maintenance of detailed subsystem schedules that feed master program timelines, while actively monitoring for scope creep or early schedule slips.
  • Bridge the V-Model: Coordinate with cross‑functional hardware and software teams to ensure system‑level requirements are properly decomposed, mapped, and verified throughout the development lifecycle.
  • Create Actionable Clarity: Deconstruct high‑level engineering milestones into clear, trackable, and actionable tasks/issues in our project management tools to keep day‑to‑day engineering execution aligned.
  • Optimize Workflows: Lead continuous improvement initiatives between program management, engineering, and manufacturing to eliminate bottlenecks and scale our Lidar hardware faster.
• Master Visual Status & Artifact Tracking
  • Own the Visual Narrative: Design and maintain intuitive dashboards, progress charts, and status metrics that make complex engineering data and project health clear at a glance.
  • Drive Gate Readiness: Centralize and track the lifecycle, maturity, and approval of critical systems engineering artifacts—including dFMEAs, Hardware‑Software Interface documents, and design packages—ensuring they are meticulously prepared for formal program gate reviews.

• Education: Bachelor’s degree in Mechanical, Electrical, Systems, Aerospace Engineering, or a related technical field.
• Engineering Foundation: 2–3 years of experience with core engineering principles, the Systems Engineering V‑Model, and how a Bill of Materials (BOM) is structured.
• Systematic Organization: Exceptional organizational skills with a proven ability to build structure out of ambiguity, prioritize tasks, and systematically track deliverables.
• Cross‑Functional Communication: Strong interpersonal and communication skills, with the ability to confidently collaborate with multi‑disciplinary teams and interface with engineering leaders to resolve discrepancies.
• Detail‑Oriented Mindset: An analytical approach to tracking technical data, ensuring that engineering plans, changes, and release statuses are meticulously documented.

• Task & Project Management (Jira): Experience using Jira (or equivalent ticketing systems) to manage engineering sprints, track program milestones, and deconstruct complex goals into actionable deliverables.
• Requirements Management (Jama): Familiarity with Jama (or equivalent tools like DOORS) to coordinate requirements decomposition, baseline tracking, and cross‑functional traceability.
• Product Lifecycle Management (Arena): 2–3 years of exposure to PLM platforms such as Arena (or equivalent) to manage BOM architecture, track build readiness, and support the Engineering Change Order (ECO) workflow.
• CAD & Data Management (3
  
  DEXPERIENCE): Experience navigating complex product assemblies and mapping product architecture in 3
  
  DEXPERIENCE / 3DX (or equivalent CAD platforms).
• Industry Exposure: 2–3 years in a fast‑paced hardware development environment (e.g., automotive, robotics, aerospace, or sensor…