Jobs at Harbinger

Execute system-level electric vehicle powertrain testing, including test rig setup, mechanical and electrical integration, instrumentation, data acquisition, automated testing, troubleshooting, data analysis, and documentation. Collaborate across mechanical, electrical, controls, and software engineering teams to improve test procedures, laboratory capabilities, safety, repeatability, and data integrity.

Leads the strategy, design, implementation, commissioning, and optimization of highly automated EV powertrain manufacturing equipment and assembly lines. Oversees supplier selection, facility and utility integration, equipment validation, production ramp-up, process capability, quality, safety, and continuous improvement. Serves as the technical expert for precision motor, gearbox, inverter, chassis integration, testing, automation, and controls. Partners cross-functionally on design for manufacturing, vendor management, statistical analysis, and large-scale equipment projects.

Define, develop, and verify HV and LV electrical system requirements for an EV platform. Create architectures, power budgets, fault-management strategies, and test plans; integrate charging, BMS, thermal management, and safety/standards compliance across cross-functional teams.

Leads launch and productionization of electric vehicle product lines. Responsibilities include coordinating engineering, supply chain, quality, production, suppliers, and operations; managing milestones, gate reviews, dashboards, risks, budgets, change requests, and corrective actions; supporting requirements, design reviews, validation testing, product improvements, and model-year changes.

Lead mechanical design and development for electric and internal-combustion powertrain systems. Responsibilities include resolving complex technical challenges, mentoring engineers, establishing FEA and design standards, supporting failure investigations and cost reduction, and collaborating with manufacturing, quality, and suppliers during production ramp-ups. The role requires ownership of powertrain systems across their full lifecycle, strong CAD and FEA expertise, rotating component design experience, and effective communication across multidisciplinary teams.

Lead budgeting and forecasting for BOM, Engineering NRE, and tooling. Serve as BOM subject-matter expert, analyze variances, partner with Engineering and Supply Chain on ECOs and CRB reviews, ensure data integrity, and deliver ad hoc financial analyses and insights to support leadership decisions.

Lead and grow a multidisciplinary Platform team (Frontend, Backend, DevOps) to deliver Fleet dashboard, payment integrations, and vehicle configuration tools; provide architecture and firmware integration guidance, resolve cross-functional conflicts, and drive prioritization and technical excellence.

Supports planning and execution of trade shows, conferences, ride-and-drives, dealer and fleet events, and other brand activations. Coordinates timelines, logistics, vendors, event assets, staffing, shipments, and on-site execution. Assists with website updates, social media copy, event communications, brand consistency, and post-event content. Collaborates cross-functionally with Sales, Engineering, Service, Operations, vendors, and partners to deliver B2B marketing events.

Develop and implement quality standards, control systems, and manufacturing processes. Inspect materials, equipment, and products; investigate quality issues; lead root-cause analysis, corrective actions, APQP, MRB meetings, audits, and quality KPI implementation. Collaborate with engineering, manufacturing, purchasing, suppliers, and contract manufacturers to reduce risks, validate improvements, and maintain the QMS.

Validate battery pack electrical and thermal performance for the Auxiliary Power System. Develop automated test software using LabVIEW or CANalyzer, create validation procedures and test cases, specify instrumentation and data acquisition methods, analyze results, support BMS development, document findings, troubleshoot test setups, and build safe, organized laboratory test stations.

Own the reliability, scalability, and performance of infrastructure spanning factory-floor systems, edge devices, datacenters, and IT networks. Build infrastructure-as-code and GitOps workflows, automate provisioning and deployments, manage monitoring and logging, and support 24/7 system availability through on-call rotations. The role requires hands-on management of physical hardware, troubleshooting across infrastructure layers, and close collaboration with manufacturing, facilities, business systems, and engineering teams in an on-site environment.

Lead end-to-end systems engineering for ADAS, teleoperation, and EV platform architectures for military/dual-use vehicles. Define requirements, design logical/physical architectures, develop low-latency teleoperation pipelines, manage functional safety (ISO 26262) and cybersecurity work products, decompose requirements in Flow Engineering, define DVP&R, and oversee testing from SIL/HIL to proving ground with data-driven calibration.

Develops Ignition-based dashboards, reports, alerts, integrations, and automation for manufacturing operations. The role connects Siemens OpCenter MES and relational databases, writes SQL and Python/Jython logic, monitors system performance, and troubleshoots application and integration issues. It partners with manufacturing, engineering, quality, IT, supervisors, and operators to translate production needs into scalable solutions supporting KPIs such as OEE, throughput, downtime, quality, and scrap.

Supports the General Counsel and legal team with contract drafting and review, legal research, regulatory compliance, government affairs, strategic transactions, due diligence, and internal legal process improvement. The intern will gain hands-on experience with corporate, commercial, intellectual property, and transactional matters in an electric vehicle startup.

Support the Manufacturing Execution System on the factory floor by troubleshooting hardware and software issues, deploying devices, managing help desk tickets, administering basic IT tasks, documenting fixes, collaborating with engineering and QA, and performing preventative maintenance on production IT equipment.

Supports manufacturing engineering for electric drive units, including rotor and stator production. Responsibilities include designing and testing tooling and equipment, developing manufacturing standards, creating work instructions and SOPs, resolving production issues, supporting lean process improvements, and preparing technical reports and presentations.

Supports cybersecurity operations across enterprise IT systems, product development environments, and operational technology. Monitors and triages email and endpoint security threats, assists with incident investigations and escalations, documents security procedures, and improves monitoring and response workflows. Collaborates with IT and Security teams to strengthen the organization’s security posture in an automotive manufacturing environment.

Leads daily operations at an offsite vehicle repair facility, supervising mechanical, software, quality, logistics, and facility personnel. Establishes priorities and staffing, coordinates repairs and inspections, tracks vehicle progress, ensures safety and quality compliance, manages parts and material flow, maintains facility readiness and 5S standards, and drives issue resolution and continuous improvement in partnership with Engineering, Quality, Manufacturing, and Supply Chain.

Ensures quality of electric drive unit components and assemblies across suppliers, manufacturing, and product development. Monitors quality metrics, leads root cause analysis and corrective actions, establishes inspection and quality standards, supports equipment buyoff, conducts statistical investigations, and drives continuous improvement. The engineer participates in design reviews, manages supplier and production quality protocols, leads MRB meetings, and represents quality on engineering change control efforts.

Design and develop deterministic bare-metal and RTOS firmware for EV motor control systems. Configure BSPs, write low-level drivers, implement and optimize FOC and other control algorithms, improve CPU and memory efficiency, and validate performance through simulation and HIL testing. Collaborate with hardware, application software, and power electronics teams while documenting firmware architecture and testing methods.