Jobs

Job Title: Senior System Design Engineer

• Led requirements and software working groups for the Volvo–Waabi partnership, aligning both teams on scope and technical direction across all cross-functional working sessions

• Defined the SVAT platform architecture and interfaces for AD partners, including milestones, gates, and onboarding requirements for new autonomous driving partners

• Established the change control process and end-to-end traceability framework for AD partnerships, ensuring auditability across the SVAT platform

• Authored system design documentation and requirements for the Autonomous Transport Solution, reviewing and refining specs across the SVAT project

• Organized cross-functional workshops with ADS partners and coordinated with V&V personnel in Gothenburg to resolve high-priority, cross-functional issues

• Partnered with safety and compliance teams to build documentation for prospective ADS partners

• Analyzed SVAT safety metrics in PowerBI to surface trends and support data-driven platform decisions

• Managed stakeholder needs across the SVAT platform, supporting truck delivery timelines and platform readiness

Job Title: Test Measurement Engineer

• Configured and maintained data acquisition systems for autonomous truck testing, including IPEtronik loggers (M-Loggers, IPELog2, Arcos) in IPEmotion PC/RT and Technica CAN/LIN/Ethernet boxes, keeping software and firmware current across all equipment

• Instrumented autonomous test trucks with analog and digital sensors — including pressure transducers, thermocouples, string pots, and flow meters — covering wiring, harness design/build (Visio), and physical installation

• Recorded, transmitted, and troubleshot CAN-FD, CAN, and LIN vehicle network traffic using Vector tools (VN1630A/VN1640A, CANalyzer, CANoe, CAPL scripting) and CAN-SEND, across formats including BLF, LDF, and MDF4

• Simulated vehicle networks on bench rigs to validate systems ahead of physical truck testing

• Built Python tooling to convert LIN to CAN database files and visualize logged sensor data for the test engineering team, and used Mx4/WiCE to aggregate and present results

• Developed UI/UX for Candice displays in the Embu-soft program

• Led coordination of data drops from trucks and data loggers for the SVAT project, working directly with Aurora engineers and the Data Science Lab (DSL) to manage resulting data

• Authored technical documentation and instructional guides for DAQ equipment, software workflows, and emerging technologies evaluated for Volvo

• Managed vendor relationships to contract out testing work and source engineering demos for trial, while collaborating daily with global colleagues in Gothenburg, Sweden

Job Title: Senior Computer Engineer

• Developed navigation systems for autonomous robots, including virtual obstacle generation and autonomous parking capabilities

• Built modular ROS/ROS2 packages in Python and C++, integrating LiDAR and RGB sensors with Nvidia Jetson hardware

• Diagnosed and resolved motor controller issues and network communication problems across multi-robot deployments

• Partnered directly with customers to scope and deliver custom robotic solutions for their specific applications

• Managed multiple concurrent projects — from ongoing work to new incoming requests — owning timelines and delivery across each

• Configured and maintained networking for multi-robot autonomous systems

Job Title: Facilities Engineer Intern

•  Human-Machine Interface (HMI) programming using Rockwell Automation FactoryTalk

•  Network connection for Programmable Logic Controller (PLC) using RSLogix

•  Complex wiring for PLC racks

•  PLC rack programming using ladder logic

•  Configuration of I/O tables for PLC racks and HMI program

Job Title: Facilities Engineer Intern

Engineering

•  Wrote and executed commissioning protocols following the requirements of a regulated industry

•  Drafted Standard Operating Procedures (SOP’s) to directly impact utility equipment in a regulated industry

•  Developed, verified, and As-Built Piping & Instrument diagrams (P&ID’s) to document new and existing systems

•  Accumulated data for a computer management maintenance system (CMM)

•  Developed project justification including Return on Investment analysis

•  Participated in validating equipment

•  Graphics programming in Siemens alarms

•  Drafted qualification protocols

•  Assembled database for existing system and equipment data to prepare for migration to computerized maintenance management system

Maintenance

•  Supported Preventative and Corrective Maintenance Program on mechanical and electrical utility systems

•  Modified Siemens insight building management system (BMS) graphics to meet user requirements

•  Worked with lockout tag out procedures

•  Participated in a heat exchanger rebuild