• Help develop detailed commissioning proposals and scope documents based on client RFPs, design drawings, and specifications. • Lead pre-commissioning planning sessions with stakeholders to establish testing protocols, acceptance criteria, and project milestones. • Manage, perform and document holistic (Level 0 – Level 6) factory and onsite commissioning activities for the mechanical and control systems infrastructure. • Execute comprehensive commissioning of mission-critical systems including CRAH units, chilled water plants, central cooling plants, dry coolers, liquid cooling systems and advanced server rack containment strategies and associated controls and monitoring systems. • Develop system and equipment specific functional performance tests and integrated systems testing protocols. • Create detailed commissioning plans, test procedures, and comprehensive final reports meeting industry standards (ASHRAE Guideline 0 or similar). • Document deficiencies using structured tracking systems and oversee resolution through substantial completion. • Help direct cross-functional commissioning teams of 2-8+ commissioning engineers and technicians. • Coordinate with project stakeholders (design engineers, contractors, facility operators, and client representatives) throughout the project lifecycle from the design phase through transition to operations.

• Design, implement, and tune flight control algorithms for autonomous fixed‑wing and VTOL aircraft. • Own control laws end to end, including requirements definition, simulation, flight code, and validation. • Develop and maintain control system models in simulation environments to support analysis and testing. • Analyze flight test data and logs to diagnose issues and improve performance. • Collaborate closely with avionics, autonomy, mechanical, and flight test teams to integrate and validate control systems. • Support ground and flight testing, including on‑site test campaigns when needed. • Continuously improve robustness, fault tolerance, and performance across a growing operational envelope.

• Research and develop state of the art foundation models for real-world autonomous driving. • Design and build end-to-end AI pipelines and data flywheels that continuously improve model performance • Apply machine learning to 3D traffic scene understanding and multimodal sensor data • Define and implement robust evaluation methods for real world driving conditions • Optimize models for efficient and scalable deployment on production hardware • Collaborate closely with autonomy, data, and systems teams to bring models into production

• Delivery Engineer is a hands-on technical role responsible for the deployment, support, and optimization of enterprise wired and wireless network environments. • Delivery Engineers work closely with senior engineers and project teams to implement approved designs, troubleshoot issues, and ensure solutions are delivered according to best practices, security standards, and customer expectations. • Other responsibilities include configuring and deploying enterprise LAN infrastructure, supporting static routing, OSPF, and troubleshooting connectivity and performance issues. • The role also involves deploying and supporting enterprise WLANs, performing predictive and validation surveys, and troubleshooting coverage, interference, and authentication issues.