
Lead Engineer- Controls Engineering’
- Bangalore, Karnataka
- Permanent
- Full-time
- Bachelor’s degree in Mechanical, Electrical, or Aerospace Engineering
- Minimum of 3 years’ professional project experience in engine/powertrain systems, electrical systems/controls modeling, and/or control systems engineering
- Strong technical aptitude and proficiency with engineering tools and processes
- Demonstrated technical project or program execution capability
- Skilled in developing, analyzing, and reviewing SIMULINK and Visio model diagrams
- Strong teamwork and communication skills, oral and written
- Master’s degree in Mechanical/Electrical/Aerospace Engineering
- Proficient in control theory and/or control methods including system identification, logic and state machines, closed loop control systems, and discrete time control system implementation
- 5+ years’ experience with vehicle powertrain/drivetrain equipment, systems, control, and diagnostics
- 5+ years’ experience with electric vehicle/hybrid power applications, design, and testing
- Detailed knowledge of internal combustion engines with respect to engine performance, combustion, emissions control, regulatory compliance
- Detailed knowledge of rotating electric machines, power electronics, propulsion battery technology
- Experience with DOORS or similar requirements definition methods/tools and control model auto-coding for high bandwidth, closed-loop real-time control
- Experience with planning and performing system-level validation testing
- Developing and enhancing engine, electric drivetrain, and vehicle control system concepts for new technology applications as part of new product introductions
- Defining engine, electric drivetrain, and vehicle control feature/diagnostics requirements and documentation
- Prototyping new control applications concepts/enhancements through modeling and simulation
- Developing MATLAB scripts and SIMULINK models
- Developing feature test procedures to ensure performance meets requirements
- Performing and documenting failure modes analysis (DFMEA)
- Supporting feature calibration and validation efforts in the engine test cell, integrated hardware simulator testing, locomotive system testing, customer acceptance and field in-service monitoring
- Supporting design and documentation updates for safety and regulatory compliance assurance
- Supporting commercial requisition and reliability growth through product and platform expansion
- Leading the execution of assigned projects using sound engineering principles and adhering to business standards, practices, procedures, and product/program requirements
- Leading technical and program reviews as a presenter or reviewer
- Recording and reporting technical data and intellectual property generated by the assigned project consistent with engineering policies and procedures
- Providing timely communications to key stakeholders on progress, issues, or constraints which impact schedule, costs, scope of work, and/or resources
- Collaborating with senior engine, traction & auxiliary, and vehicle control engineers, systems and subsystem engineering, program management, commercial teams, simulation, software, and hardware teams in the application of advanced controls techniques/methods/tools to meet challenging requirements
- Demonstrating technical agility and flexibility to support team members and engaging with product and technical experts to broaden design, tools, process, and domain expertise
- Ability to perform and support on-site locomotive testing & validation
- Ability and willingness to travel to customer or testing facilities as required