Jobs at TAR

Deploy, commission, troubleshoot, and maintain robotic systems in remote field environments. Diagnose mechanical, electrical, software, and controls failures; conduct root-cause analysis; document procedures; maintain tooling and spares; and partner with design and manufacturing engineering to improve future systems. The role is based in San Francisco with multi-week deployments to West Texas.

Lead TAR’s robotics hardware organization, owning strategy, architecture, and technical roadmaps across mechanical, electrical, and systems engineering. Build and mentor a multidisciplinary team while scaling construction robots from prototypes to reliable higher-volume production. Oversee manufacturing, suppliers, BOM complexity, cost reduction, field hardening, and continuous improvement. Represent hardware decisions to executives, customers, partners, and investors. The role is based in San Francisco with regular field work at the West Texas deployment site.

Lead end-to-end financing execution for renewable energy and storage projects, including debt, tax equity, ITC transfers, and equipment financing. Build and audit complex project finance models, negotiate term sheets, manage counsel and advisors, structure offtake and credit support arrangements, and oversee documentation through close. Develop capital structures across HoldCo, OpCo, and project SPVs, prepare investor and lender materials, and coordinate cross-functional stakeholders.

Lead TAR’s autonomy software organization for construction robots, owning strategy, architecture, perception, planning, controls, deployment, and continuous improvement across a growing fleet. Hire and develop engineers and managers, guide the software lifecycle, partner closely with hardware and manufacturing teams, and establish field-feedback loops. The role represents autonomy with executives, customers, partners, and investors and requires substantial field engagement at the West Texas deployment site.

Lead the buildout and scale-up of an assembly, quality-control, and manufacturing line for robotic hardware. Own DFM, tooling, fixtures, inspection criteria, root-cause analysis, corrective action, supplier management, standard work, documentation, and manufacturing capacity planning. This hands-on role requires personally building hardware and collaborating closely with engineers and technicians at TAR’s San Francisco robotics facility.

Own TAR’s software strategy, architecture, and technical roadmap across platform, data, cloud infrastructure, and internal and customer-facing systems. Build and lead the software engineering organization, establish engineering, security, and reliability standards, and drive the full software lifecycle. Partner with autonomy and robotics teams on telemetry and data interfaces while representing software strategy to executives, customers, partners, and investors.

Leads manufacturing engineering across TAR’s robotics product lines, transitioning from prototype and low-rate builds to reliable higher-volume production. Responsibilities include defining strategy, building the engineering organization, planning capital equipment and capacity, establishing company-wide quality and documentation standards, managing supplier and contract manufacturer strategy, and driving root-cause and continuous-improvement processes. The role advises executives on investment, make-versus-buy, and production decisions and represents manufacturing engineering with external stakeholders.

Lead the end-to-end architecture and development of robotic systems for large-scale solar construction. Design and iterate on hardware and software, establish engineering, testing, validation, and documentation standards, close technical capability gaps, mentor the robotics team, and coordinate with hardware, software, manufacturing, and deployment leaders. The role is hands-on and based in San Francisco with regular travel to West Texas.

Build software for renewable energy campuses, including high-fidelity simulations, geospatial data pipelines, automated site and electrical design, and energy management systems. Develop real-time controls, SCADA and telemetry integrations, testing infrastructure, and safety systems for islanded solar and storage facilities. Collaborate with power, civil, and external engineering experts to convert domain knowledge into reliable software and accelerate utility-scale site design and deployment.

Own TAR’s federal government relations strategy across energy, tax, AI infrastructure, permitting, trade, and data center policy. Build congressional and Administration relationships, influence legislation and regulations, manage lobbyists and trade associations, coordinate political visibility and testimony, ensure lobbying compliance, and align federal advocacy with state, local, development, and communications teams.

Own full-cycle recruiting for TAR’s San Francisco R&D team across robotics, hardware, and software. Responsibilities include sourcing passive candidates, advising hiring leaders, managing structured interviews in Ashby, closing offers, improving candidate experience, strengthening employer brand, and analyzing recruiting metrics. The recruiter will help scale hiring rapidly while recruiting technical talent from engineering and related industries.

Own day-to-day execution of utility-scale renewable energy projects from planning through commissioning. Build and maintain project schedules, control costs and change orders, administer EPC contracts, coordinate supply chain and field resources, identify and mitigate risks, and keep projects on schedule and budget.

Design and validate mechanical systems for deployment machines: chassis, drivetrains, manipulators, and end effectors. Produce CAD, detailed drawings, GD&T, and DFM handoff. Run FEA and fatigue analysis, build and test prototypes, and drive vendor relationships to scale prototypes into field-deployed fleets in harsh outdoor environments.

Lead end-to-end project finance for multi-GW off-grid renewable power projects: structure capital stacks, monetize tax credits, build and defend project finance models, manage diligence and lender/investor processes, ensure financeability of commercial and supply agreements, oversee post-close finance operations, and scale the project finance team.

Produce build-ready electrical designs for islanded behind-the-meter microgrids: single-line and three-line diagrams, wiring schedules, equipment sizing (conductors, OCPD, disconnects, switchgear) across MV/LV/DC, basis-of-design for the Engineer of Record, DC collection layouts, and maintain drawing sets through IFC for procurement and field execution.

Open, high-agency role at a company building off-grid, renewable-powered data center infrastructure. Candidates should be self-directed, driven, and intellectually curious. Responsibilities are flexible—successful applicants will define their role and contribute to hardware, software, operations, or construction to help deploy large-scale renewable power assets.

Manage end-to-end procurement activities: create and modify POs, draft and redline contracts from templates, resolve invoicing and PO mismatches with vendors, enter and maintain procurement data, assist implementation of P2P and contract management systems, run reports, and proofread procurement documents.

Work directly with founders to own unstructured, high-impact problems end-to-end: build financial models, run acquisitions, evaluate generation and monetization options, coordinate cross-functional teams, and stand up new workstreams until they have permanent owners.

Own end-to-end sourcing categories: develop short- and long-term strategies, run RFx and negotiations, manage vendor qualification and contracts, support engineering/construction procurements, improve processes and implement P2P/contract software, and mentor procurement specialists.

Own cost controls, forecasting, and reporting for utility-scale solar and storage campuses. Administer EPC and supplier contracts, track commitments and invoices, maintain project controls systems, build budgets and baselines, support project financing and lender reporting, and surface cost risks for resolution with procurement and construction teams.