Top Tech Jobs & Startup Jobs

Develop machine-learning surrogate models and optimization workflows for Formula 1 ERS design. Build neural networks emulating thermal, electrical, and degradation behavior; process large-scale telemetry and simulation datasets; implement genetic algorithm and Bayesian optimization loops; perform sensitivity and uncertainty analysis; integrate ML workflows with engineering simulation tools; and validate performance against real duty cycles under FIA constraints.

Lead ERS electronics development for a Formula 1 hybrid power unit, overseeing electrical architecture, power electronics, inverters, DC-DC converters, distribution, harnesses, sensors, and controls interfaces. Direct multidisciplinary engineering teams, guide prototyping and validation testing, conduct technical reviews and risk assessments, ensure FIA compliance, and improve efficiency, thermal resilience, reliability, and manufacturability under demanding motorsport conditions.

Leads the ICE component design organization, overseeing technical development, engineering releases, validation, schedules, risks, and cross-functional integration. Manages multidisciplinary engineers and technical specialists while ensuring compliance with design standards, FIA regulations, performance targets, cost objectives, and manufacturing requirements. Drives engineering excellence, innovation, design reviews, talent development, and delivery of reliable, competitive Formula 1 power unit designs.

Owns and improves battery testing across cells, modules, and packs. Responsibilities include translating requirements into test setups, installing units, designing fixtures, operating test equipment, troubleshooting hardware and test issues, documenting data, optimizing procedures, supporting automation, and coordinating with suppliers. The role is hands-on and lab-focused in an onsite Formula 1 power unit development environment, requiring close collaboration with engineering and technical teams and adherence to high-voltage and general safety protocols.

Develop and optimize embedded controls software for Formula 1 hybrid powertrain battery management systems. Implement real-time algorithms for battery protection, state of charge and state of health, sensor acquisition, diagnostics, communication, and hardware abstraction. Perform debugging, verification, validation, MiL, SiL, HiL, and trackside testing. Collaborate with controls and electrical hardware teams while maintaining requirements, unit tests, documentation, and compliance with software quality and safety standards.

Supports ICE assembly process engineering and manufacturing projects through process mapping, work instructions, ECN documentation, production data organization, ERP updates, and continuous improvement. The intern will work on the manufacturing floor, document cross-functional processes, track project actions, and gain hands-on experience with Atlas Copco tooling, torque processes, Avantguard systems, and assembly technology.

Develop, customize, integrate, and support the IFS Cloud ERP platform. Responsibilities include building custom pages, workflows, lobbies, dashboards, reports, APIs, integrations, database objects, and automated business processes. The role also supports testing, deployments, upgrades, data migration, troubleshooting, documentation, reporting, and user training while collaborating with business stakeholders and technical teams.

Leads the design, integration, testing, and optimization of high-speed Motor Generator Unit e-motors for Formula 1 hybrid powertrains. Responsibilities include setting technical requirements, coordinating electromagnetics and mechanical teams, overseeing prototypes and dynamometer testing, conducting design reviews and FMEA, ensuring FIA compliance, and advancing materials and manufacturing processes for reliable, high-performance race applications.

Design mechanical components, assemblies, and systems for Formula 1 internal combustion engine power units. Create 3D CAD models, engineering drawings, bills of materials, and work instructions; apply GD&T, design-for-manufacturing principles, and basic structural analysis. Collaborate with engineers and manufacturing partners, support design reviews and production, resolve technical issues, and contribute to reliability, performance, and continuous improvement.

Develops and maintains physics-based fatigue, creep, thermomechanical, and combined-damage models for Formula 1 power-unit components. Produces life predictions from FEA, thermal analyses, load spectra, and telemetry; defines component duty-life limits; integrates dyno and race data; investigates failures; correlates models with test evidence; and supports design reviews, FMEA, and reliability decisions.