JOIN THE TEAM

What You’ll do

Using engineering first principles, design a BMS Electrical system HW which focuses on design & development of HV distribution and electrical systems at Module level and Pack level for our EV’s Energy Storage Systems (ESS).

Simulate battery electrical / electronic circuit simulation for design compliance using MATLAB / Simulink or other tools

Leading of embedded software development project team for battery management systems (xEV) in an automotive process environment (AUTOSAR, ASPICE, ISO 26262, ISO 21434)

Design of common HV circuits to implement functions such as battery cell/module/pack voltage/current sense, HV switching, and galvanic isolation Collaborate with cross- functional teams to develop specifications

Virtual verification of battery packs at the module level and at the system level

What You’ll bring

Knowledge of Electric system (E-Drive, DC-DC, OBC, PDU, Battery, etc.)

Hands on experience in leading the Design of Lithium Ion Batteries, good understanding of battery pack system architecture will be an extra advantage.

Understanding of Battery Modelling and simulation.

Power electronic circuit design for megawatt level power control; designing analog & mixed signal high voltage, high accuracy and medium speed PCB design

Proficient in designing HW to meet Environmental, EMI/EMC, thermal, shock & vibration

The Electric Drivetrain & Controls team leads the integration of the electric drivetrain hardware (Electric machine, battery, inverter, PDU, and charging system), you will play a leading key role in the team

Development of real-time embedded software that implements control and safety management of the Drive Inverter.

Develop and optimize firmware for motor controls and power electronics enabling & be involved in the full life- cycle of firmware development from concept through integration, test, and release to our growing fleet of vehicles.

Integrate control system modules with component hardware (propulsion batteries, DC/AC inverters, AC/AC converters, motors, alternators, rectifiers)

What You’ll bring

Master’s degree in Mechanical or Electrical Engineering

Experience with traction equipment, systems, control, diagnostics, electric vehicle applications, design, and testing

Hands-on working knowledge of rotating electric machines, inverters, converters, power electronics, electric vehicle battery technology

Experience with requirements definition methods/tools & basics of systems engineering

Skilled in designing, using, and analyzing SIMULINK models

What You’ll do

Responsible for CAD modeling and Packaging of components in full EV vehicle assembly.

Design components/systems and check design feasibility from the manufacturability aspects

2D Drawing preparation of components at the system and subsystem level.

Coordinate with vendors for the development of the Components/system.

Responsible to design checks and finalization with inter & Intra organization.

Regular documentation of the designs and their studies.

Create BOM and be responsible for DFMEA and PFMEA.

What You’ll bring

BE degree in Mechanical engineering or similar.

Hands-on experience with CAD software like Solidworks, Catia, Siemens NX, etc

Experience in Homologation and full vehicle development requirements is highly desirable.

Excellent in material science and selection.

Experience in geometry creation for machining, casting, and sheet metal processes.

Drawing Generation, GD&T, BOM creation, vendor development.

What You’ll do

Define Battery thermal, HVAC system, and powertrain cooling system architecture.

Work on high integration of Aero-thermal system, optimized air flow vis-à-vis requirements of EV thermal management

Support and interface with the team of Battery, powertrain, power electronics, vehicle integration, and body structure, to assure thermal component packaging, installation, and optimize the functional environment.

Work closely with suppliers on design evaluation and validation of the thermal components to meet product specifications and requirements

At later stage, Coordinate and conduct hardware testing in the lab to verify and validate thermal management system hardware functionality and reliability

What You’ll bring

Strong in Fluid Mechanics, Thermodynamics, and Heat & Mass Transfer fundamentals

Model based development & experience with coolant medium, airflow, sensors, valves, fluid transport component design, and high voltage components.

Familiarity with analysis tools, such as MATLAB / Simulink and CFD codes (ANSYS FLUENT/Open FOAM).

Strong Knowledge of Battery Thermal, HVAC, and Powertrain Thermal Systems.

Relevant university degree , interests in the thermodynamics & heat transfer

What You’ll do

LEAD the solution design & requirements definition for MCU,TCU,ECU cargo transportation use cases

Translate functional & technical requirements into embedded system activities in the roadmap to deliver according to company’s milestones

Design, implement and deploy the embedded network configuration and security mechanisms, time synchronization strategies and connectivity capabilities (LTE,5G, V2X...)

Design of common HV circuits to implement functions such as battery cell/module/pack voltage/current sense, HV switching, and galvanic isolation Collaborate with cross- functional teams to develop specifications

Implement features from desk to lab to MVP – Operate Demo on proving ground and beta customer base

Develop and virtually verify and validate embedded software, vehicle networks and wiring harnesses

What You’ll bring

PhD or Master’s degree in robotics / computer science / electrical engineering or similar

5-8 years of experience in robotics / IoT / automotive industry

Strong experience in: Designing, configuring and deploying connected embedded systems Autonomous driving solutions / technologies Partners and suppliers management (from SoW to the delivery) project or product management (including resources/budget management)

What You’ll do

Using first principle thinking to design an EV structure (chassis parts, drive units, integration of major components) by optimizing its weight, manufacturability & cost

Developing highly predictive finite element models in collaboration with a small team of design engineers.

Performing modal, linear/non-linear, durability/fatigue, random vibration and shock analysis to evaluate structures and recommend design solutions that balance the needs of engineering, suppliers, and program management.

Simulating heat transfer to evaluate heatsink designs.

Calculating electrical properties such as parasitic inductances and capacitances from CAD models. Multi physics modelling of interactions of structural and thermal phenomenon on chassis / drive units

What You’ll bring

Thorough knowledge of Solid Mechanics, Strength of Materials and Heat Transfer.

Expert level component/system design analysis including modal, linear/non-linear static, durability/fatigue, random vibration, and shock analysis.

Knowledge of heat transfer and thermal mechanical behavior in electronic components.

Experience with FEA (Abaqus or Ansys)

Experience with Matlab or Python.

Demonstrated ability in iterative and collaborative engineering environments – success in roles requiring high levels of technical communication and interpretation of analytical results to design engineers and technical leadership.

What You’ll do

Steer the development, implementation and configuration of hardware-related vehicle computer software along the entire product development process

Lead your features (EV SW functions) within interdisciplinary project teams, take on the coordination of the necessary requirements for software architecture, design and function with all stack holders

Lead the creation and implementation of the functional assurance plan based on project milestones and maturity levels as well as cooperation in quality management activities

Able to work in a team and assertive and are characterized by an analytical and structured way of working.

What You’ll bring

Bachelor's or Master’s degree in robotics / computer science / electrical engineering or similar

Able to work in a team and assertive and are characterized by an analytical and structured way of working.

You have a good understanding of the embedded systems and chain of effects and quickly find your way around complex issues

Programming knowledge in Pyhton, C, and state-of-the-art software development environment (e.g. GIT, GITHub, Jenkins, Docker, etc.), knowledge of embedded operating systems (e.g. Linux, POSIX, QNX, RTOS), basic knowledge of communication technologies (e.g. CAN, Flexray, Ethernet, PCIe) as well as ISO26262, ISO21434 is an advantage

Experience working with electric vehicle powertrains

What You’ll do

Steer the development, implementation and configuration of hardware-related EV computer software along the entire product development process

Writing application code to support BMS, VCU, and motor controller integrations for commercial vehicle EV

Guiding the selection of hardware components such as microcontrollers and sensors

Developing and performing Hardware in the Loop (HIL) and other subsystem tests

Writing and analyzing technical requirements, documentation, and operating procedures

What You’ll bring

BS or MS degree in electrical engineering, computer engineering, computer science or related field

Strong experience developing software using Modern C++

Deep understanding of embedded C++ toolchains (build tools, compilers) & of systems Integration experience (sensor integration, actuator control, power control, etc.)

Programming knowledge in Python, C and state-of-the-art software development environment (e.g. GIT, GITHub, Jenkins, Docker, etc.), knowledge of embedded operating systems (e.g. Linux, POSIX, QNX, RTOS), basic knowledge of communication technologies (e.g. CAN, Flexray, Ethernet, PCIe) as well as ISO26262, ISO21434 is an advantage