Software Architect Automotive Inverters

The Role:

Software Architect

Area of Responsibility

• Define, lead, and evolve the role of

  Inverter Software Architecture

  for embedded control systems.
• Architect scalable, modular software platforms for motor control, diagnostics, and power electronics management.
• Ensure end-to-end

  compliance with AUTOSAR Classic and Adaptive

  environments, including configuration, integration, and middleware strategies.
• Coordinate interface definitions and abstraction layers between hardware, software, and vehicle domains.
• Implement and validate

  functional safety (ISO 26262)

  strategies and requirements through software architecture design.
• Conduct technical reviews, safety analyses, and performance assessments in collaboration with hardware, systems, and validation teams.
• Provide technical leadership across the software organization, mentoring engineers on design patterns, code structure, and safety standards.
• Work directly with

  OEM and Tier-1 stakeholders

  to define requirements, support integration, and align software architectures with platform goals.
• Contribute to innovation in

  SiC-based architectures

  , multi-phase inverter control, and next-gen fault detection strategies.

Knowledge / Experience

Required

• Bachelors or masters in electrical engineering,

  Computer Engineering

  , or related discipline.

• 7+ years experience

  in

  automotive embedded software architecture

  , focused on

  inverter systems and AUTOSAR environments

  .
• Expert-level proficiency in

  C/C++

  ,

  MATLAB/Simulink

  , and

  model-based development

  workflows.
• In-depth knowledge of

  motor control algorithms

  , PWM strategies, and inverter signal processing.
• Experience with

  RTOS

  ,

  CAN

  ,

  SPI

  , and other automotive communication protocols.
• Hands-on involvement in safety lifecycle tasks, software safety concepts, and cybersecurity planning.

Preferred Skills

• AUTOSAR

  Classic and Adaptive

  toolchain experience, including MCAL and BSW configuration.
• Knowledge of

  battery management systems (BMS)

  and high-voltage architecture integration.
• Familiarity with

  HIL platforms

  and simulation-based architecture verification.
• Exposure to

  AI/ML frameworks

  for fault prediction or motor optimization.

In return for bringing your expertise to our business we offer a competitive salary along with excellent benefits including:

Pension Scheme -We match employee contribution up to 5% of salary

25 Days Holiday

Private Health Care

Tata Jaguar Land Rover Privilege Scheme - up to 20% off new JLR vehicles

Group Income Protection

Health Assured -Employee Assistance Program

Group Life Assurance

Health Shield -Private Health Cash Plan