Jobs at Also

Design and develop drivetrain structures for small electric vehicles, from 3D modeling and drawing packages through validation and mass production. Responsibilities include structural, NVH, sealing, and stress analyses; topology optimization; DFMEA development; supplier validation coordination; manufacturing collaboration; and hands-on prototype builds. The role requires expertise in mechanical integration, CAE analysis, loads, materials, GD&T, tolerance analysis, and high-volume manufacturing processes.

Designs and develops electromechanical actuators and motor-driven mechanisms for light electric vehicles, including braking and steering systems. Creates CAD models, drawings, manufacturing instructions, and validation plans; integrates electronics and embedded controls; leads DFMEAs and supplier validation; performs hands-on prototyping and testing; establishes actuator design standards; and mentors engineers.

Own vehicle architecture, layout, component design, packaging, and integration from concept through production release. Lead integration and virtual build reviews, manage CAD and BOM, perform tolerance stack-ups and GD&T, support prototypes and pre-series production, and balance cost, mass, manufacturability, performance, service, and reliability across the vehicle program.

Develop and maintain controls software test infrastructure, CI/CD pipelines, and automation frameworks across MIL, SIL, HIL, and vehicle environments. Translate requirements into test strategies, analyze Simulink and Stateflow models and generated C code, validate embedded controls and propulsion modules, investigate defects, analyze CAN and telemetry data, and support controls engineers with tooling and integration issues.

Owns global sourcing strategy and supplier management for electronics and semiconductor components used in electric vehicles. Responsibilities include maintaining the approved vendor list, negotiating long-term agreements, managing BOM and supply-chain risks, developing should-cost models, tracking market and capacity trends, establishing supplier performance metrics, and partnering with engineering, manufacturing, and NPI from concept through mass production.

Design and scale secure cloud backend infrastructure for connected electric vehicles, including APIs, databases, event-driven services, IoT telemetry, authentication, integrations, observability, and deployment workflows. Ensure high availability, geographic redundancy, production readiness, and platform security. Mentor engineers, support hiring, partner with external agencies, and influence architectural decisions and engineering culture.

Build ALSO’s operating systems for vehicle production and delivery, integrating manufacturing, supply chain, quality, inventory, transportation, warehouse, and finance data. Develop planning, visibility, supplier, traceability, and fulfillment systems; rapidly prototype and automate processes using coding agents. Define data models and decision logic, validate outputs with tests and evaluations, simplify workflows, and embed with process owners so they can maintain and improve the systems.

Lead the development of a cutting-edge navigation experience, integrating with mapping APIs, designing low-latency APIs, and collaborating across teams.

Own global sourcing strategy and supplier relationships for semiconductor and electronic components across vehicle programs from concept through mass production. Responsibilities include semiconductor roadmapping, approved vendor list management, contract negotiation, BOM risk mitigation, should-cost modeling, value engineering, supply-chain resilience planning, market analysis, and supplier performance reviews. The role partners closely with engineering, manufacturing, and NPI teams and requires approximately 25% domestic and international travel.

Lead architecture and implementation of secure, scalable cloud backend systems for connected EVs and IoT. Improve core cloud infrastructure, APIs, event-driven systems, integrations, security, and high-availability deployments. Ensure production readiness, observability, and mentoring of engineers while driving technical decisions and best practices.

Lead and grow a drivetrain test engineering team to define and execute validation strategies from concept to production. Own DVP&R, test specifications, lab infrastructure, EOL test profiles, and cross-functional validation. Develop test methodologies and automation, review results, drive root-cause investigations, and implement corrective actions to meet performance, durability, NVH, efficiency, safety, and reliability targets.

The Sr. Staff Systems Engineer will lead requirements development for electric mobility vehicles, ensuring system-level alignment with various engineering teams and stakeholders, while managing traceability and system architecture.