Systems Controls Engineer

Systems Controls Engineer

Are you looking to work for a company that provides an innovative work environment, and your voice is heard? We have a position for Systems Controls Engineer to work onsite at our client in Windsor, ON

Who we are

LER TechForce is an industry leader in embedded controls, software, functional safety, and engineering talent. For over 20 years LER has been working with customers across North America to meet their engineering resource challenges. Learn more about us (3) LER TechForce: Life | LinkedIn

What you will be doing:

The Controls Engineer is responsible for providing strategic and technical leadership in the area of developing propulsion controls strategies. Experience in both propulsion system control development and/or calibration is desired. The candidate should be experienced in control state of the art technologies, including but not limited to the areas of electrified powertrains, conventional engines, and transmissions, with experience in system and control design, calibration, and testing. The candidate must be a strong team player, systems focused with interdisciplinary experience & expertise, and willing to work in fast paced environment. The Controls Engineer is responsible for both individual technical project deliverables, coordinating activities and bringing projects to successful conclusions. The Systems Control Engineer position resides within the Advanced Controls Team. The term "advanced" refers primarily to early-phase development activities rather than highly complex engineering work. The team is responsible for developing and validating control strategies during the initial stages of propulsion system development. The team intentionally consists of individuals with diverse educational backgrounds and professional experiences. Success in the role is not limited to one specific discipline or career path. Candidates from a variety of engineering disciplines can contribute effectively, including:

Electrical Engineering.

Mechanical Engineering.

Mechatronics Engineering.

Systems Engineering.

Computer Engineering.

Related technical disciplines

The organization values diversity of thought and experience because the team works on a broad range of technologies and projects rather than focusing on a single product or engineering function.

Role Purpose

The Systems Control Engineer develops and evaluates automotive propulsion control systems and algorithms that support current and future vehicle programs. The role focuses on early concept development, controls design, system analysis, testing, validation, and requirements generation for downstream software implementation teams. Engineers contribute throughout the full development lifecycle, from concept generation and technology exploration through validation and handoff to production engineering teams.

Technical Responsibilities Control Systems Development

Develop automotive control system strategies and algorithms for propulsion applications. Design and model control logic using:

MATLAB Simulink Stateflow

Support controls development for:

Internal combustion engines Automatic and hybrid transmissions Electric motors Battery systems Electrified propulsion technologies

Data Analysis & System Evaluation

Analyze test data to evaluate control system performance. Perform benchmarking studies against competitive technologies and industry solutions. Conduct theoretical and conceptual analyses to support new feature development. Translate data findings into actionable engineering recommendations.

Requirements Development

• Generate control requirements and system specifications based on engineering analysis and validation results. Define functional requirements for software implementation teams. Develop supporting technical documentation and engineering reports.

• Project Lifecycle Involvement Engineers support multiple phases of development, with responsibilities varying based on project maturity. Early Development Phase Activities include:

• Concept generation Control strategy development Technology feasibility studies Benchmarking competitive systems Theoretical analysis Simulation modeling Data-driven engineering investigations

• Validation & Testing Phase Activities include:

• Vehicle testing Test bench development and execution Hardware-in-the-Loop (HIL) testing Calibration support Prototype evaluation Verification of control system performance

• Late-Stage Development Activities include:

• Impact studies and system interaction analysis Assessment of new control features and their effects on related vehicle systems Generation of technical reports and recommendations Final validation reviews Preparation of requirements for implementation teams

• Cross-Functional Collaboration This role requires extensive interaction with internal stakeholders across the vehicle development organization. Key Inputs Received From

• Chief Engineers Propulsion System Planning Teams Product Development Organizations Vehicle Architecture Teams

• Key Deliverables Provided To

• Production Software Development Teams Calibration Teams Validation Organizations Program Engineering Teams

• Primary deliverables include:

• Engineering requirements Control system designs Performance data Validation results Technical recommendations

• Troubleshooting & Investigation Responsibilities The position includes significant diagnostic and investigative work. Engineers are expected to:

Analyze unexpected system behaviors. Investigate control system issues using data-driven methodologies. Conduct root-cause analysis. Coordinate troubleshooting efforts with other engineering teams. Validate corrective actions through testing and analysis. Determine whether identified issues originate from controls, hardware, calibration, or other vehicle subsystems.

The role requires strong collaboration skills, as troubleshooting often involves multiple engineering organizations working together to resolve complex vehicle system issues.

Preferred Skills & Experience Technical Skills

MATLAB/Simulink development Stateflow modeling Automotive control systems Data analysis and interpretation Propulsion system knowledge Systems engineering principles Requirements development Technical documentation Experimental design and testing

Testing Experience Experience with one or more of the following is highly desirable:

Vehicle testing Dynamometer testing Test bench operation Hardware-in-the-Loop (HIL) systems Prototype validation Controls verification and validation Industry Knowledge

Preferred familiarity with: Automotive propulsion systems Internal combustion engines Hybrid systems Electric vehicles (EVs) Battery systems Transmission controls Vehicle system interactions

Key Success Characteristics Successful candidates will demonstrate:

Strong analytical and problem-solving skills Ability to work across multiple technologies and projects simultaneously Systems-level thinking Curiosity and willingness to learn new propulsion technologies Strong communication and collaboration skills Ability to work effectively in cross-functional environments Flexibility to support both conceptual engineering and hands-on testing activities Capability to translate technical findings into actionable requirements and recommendations

Summary Statement for Job Description The Systems Control Engineer supports the development of advanced automotive propulsion control systems across combustion, hybrid, and electrified vehicle platforms. This role combines controls modeling, data analysis, testing, validation, troubleshooting, and requirements development throughout the product development lifecycle. Working within a highly cross-functional environment, the engineer develops control strategies, validates system performance, generates technical requirements, and provides engineering deliverables that enable downstream software teams to implement production-ready solutions.

What you'll need to be successful

• Basic:

• Bachelor's degree in Mechanical, Electrical, Controls, Systems Engineering, Automotive Engineering, Aerospace/Aeronautical Engineering, Applied Physics, or any other relevant STEM oriented degree from an ABET accredited university.

• 5 years of total experience in conventional and electrified propulsion system controls/calibration development.

• Demonstrated ability in control algorithm development methods.

• Demonstrated potential to teach, lead and inspire.

• Effective experienced based or analytical problem solving ability.

• Demonstrated technical leadership on propulsion system control strategy development projects.

• Outstanding interpersonal skills and teamwork.