ALSO.

Engineer

• Translate product and customer requirements into vehicle-level hardware requirements and design targets
• Define subsystem requirements for chassis, frame, mounting structures, suspension, brakes, HV/LV component packaging
• Support vehicle architecture decisions including component layout, load paths, and serviceability
• Lead vehicle packaging tradeoffs involving ergonomics, serviceability, manufacturability, and cost
• Own CAD design of vehicle hardware systems including structural components, mounting systems, and packaging structures
• Develop 3D models, assemblies, and detailed drawings for prototype and production parts
• Manage CAD integration of vehicle hardware and battery, motor, controllers, harnesses within the vehicle platform
• Support design for manufacturability, assembly, and service
• Lead hardware integration of mechanical and electrical vehicle systems
• Support prototype builds, vehicle bring-up, and system integration activities
• Troubleshoot fit, function and durability issues during development
• Drive design changes based on testing and build feedback
• Define and support vehicle-level validation including durability, environmental, and functional testing
• Analyze test data and implement design improvements
• Support regulatory and safety compliance testing as required
• Identify vehicle-level risks and failure modes and define mitigations
• Lead or support DFMEA and vehicle hazard analysis
• Work closely with electrical, firmware, manufacturing, and supplier teams to deliver integrated vehicle systems - act as the technical integrator between mechanical, electrical, manufacturing, and supplier teams
• Support design reviews, technical trade studies, and program milestones
• Coordinate engineering changes and maintain design documentation
• Support manufacturing ramp, quality issues, and field feedback

Staff Project Engineer, Electrical Hardware

• Define the technical vision, architecture, and roadmap for embedded firmware and software validation across product programs.
• Design, scale, and maintain SIL and HIL validation infrastructure to support automated system-level testing, regression coverage, release readiness, and issue reproduction.
• Build and evolve validation frameworks that improve test coverage, execution speed, reliability, traceability, and quality reporting across firmware and software releases.
• Establish clear validation metrics, including test coverage, pass/fail trends, defect escape rate, regression health, automation coverage, and release readiness indicators.
• Lead end-to-end validation planning for new features, firmware releases, connectivity workflows, and system-level product behavior.
• Partner with Hardware, Firmware, Systems, Mobile, Cloud, and Product teams to ensure requirements are testable, risks are understood, and validation plans are aligned before implementation.
• Lead technical root-cause analysis for complex system issues across hardware, firmware, embedded software, connectivity, and test infrastructure.
• Develop and improve automated test tooling using Python-based frameworks such as Robot Framework, Pytest, or similar tools.
• Integrate validation workflows into CI/CD pipelines using Jenkins, GitLab CI, or similar systems to enable repeatable, scalable release validation.
• Use SIL/HIL environments, embedded debug tools, logs, sniffers, and hardware interfaces to reproduce, isolate, and resolve defects.
• Mentor junior and mid-level engineers on validation strategy, debugging methods, test design, automation best practices, and quality ownership.
• Communicate validation status, technical risks, quality trends, and release readiness clearly to engineering and product leadership.

Staff Validation & Tools Engineer – Embedded Firmware

• Develop, maintain, and own multi-domain and high-fidelity models of vehicle subsystems for an electric micro-mobility platform including:
• - Electric drivetrains
• - Motors and motor electromagnetic models
• - Inverters and DC/DC converters
• - Battery cells and battery packs
• - Gearboxes and braking systems
• - Thermal management systems
• Convert motor electromagnetic models into system-level executable models suitable for full vehicle simulations.
• Develop battery cell and pack models using supplier data for:
• - powertrain system-level modeling
• - battery management system (BMS) algorithm development.
• Perform system-level simulations of electric powertrain behavior across a wide range of:
• - operating conditions
• - drive cycles
• - vehicle use cases
• - control strategies.
• Apply deep expertise in electrical system dynamics, including:
• - transient current behavior
• - battery ripple current analysis
• - inverter-motor interaction
• - power electronics dynamics.
• Develop drive cycle and usage models to define vehicle operating conditions. Establish vehicle capabilities and performance attributes that drive system design.
• Create models supporting:
• - vehicle efficiency analysis
• - range estimation
• - thermal performance
• - cost analysis
• - energy consumption modeling.
• Translate subsystem and system-level models into:
• - system requirements
• - performance targets
• - design constraints for internal teams and suppliers.
• Define and maintain interfaces between subsystems, including:
• - electrical
• - thermal
• - mechanical
• - software controls.
• Ensure consistency between models, requirements, and implemented hardware.
• Develop algorithms related to:
• - thermal derating strategies
• - battery management systems (BMS)
• - system protection and performance optimization.
• Process and analyze data collected from:
• - prototypes
• - test benches
• - field-deployed vehicles.
• Correlate simulation predictions with real-world data to validate and refine models.
• Work closely with test and validation teams to ensure model accuracy and predictive capability.
• Work cross-functionally with:
• - hardware engineers
• - firmware engineers
• - controls engineers
• - software engineers
• - reliability teams
• - manufacturing teams.
• Support test planning, system validation, and reliability engineering with model-based insights.
• Translate modeling results and data insights into clear engineering recommendations.
• Support development of data pipelines and dashboards for:
• - system health monitoring
• - vehicle usage profiling
• - reliability tracking.
• Use operational data to improve models and support continuous vehicle performance optimization.

Staff Vehicle Modeling Engineer

Manager

• Lead the sourcing, development, and delivery of store experiences across a range of formats including owned ALSO showrooms, pop-up retail environments, shop in shop in strategic partner stores and showrooms, mobile pop up for events and auxiliary commercial capacity, and POP/display in partner retail designed to boost brand awareness.
• Collaborate with internal commercial and creative teams and external architecture firms to develop and apply scalable design packages that maintain brand integrity.
• Manage the design, vendor selection, fabrication, and deployment of all proprietary retail fixtures, visual merchandising elements, and operational equipment (FF&E) across the network.
• Develop ALSO’s visual merchandising approach for product and create scalable processes to apply across various retail formats.
• Manage the capital expenditure budget for all retail-specific projects, ensuring store fit-outs are delivered on time and within approved cost targets.
• Support site selection due diligence by providing retail requirements and design input for lease negotiations.
• Select, onboard, and manage retail specialty vendors (e.g., millworkers, installation teams, AV integrators). Coordinate the retail construction timeline with the Director of Real Estate and general contractors.
• Coordinate with the Field Sales Operations team to establish operational readiness, inventory delivery, and final store set-up prior to store handover.

Staff Project Engineer, Electrical Hardware

Staff Validation & Tools Engineer – Embedded Firmware

Staff Vehicle Modeling Engineer

Senior Manager, Retail Development