DESCRIPTION

We are looking for a talented Systems Engineering Product Specialist to join our team specializing in Eningeering in Troy, MI.

In this role, you will make an impact in the following ways:

• Streamline Product Development : By coordinating between various teams, you can ensure that product development processes are efficient and effective, reducing time-to-market.
• Enhance Cross-Functional Collaboration : Your role as a central point of coordination will foster better communication and collaboration among product engineers, customer teams, and suppliers.
• Improve Product Quality : By integrating feedback from different stakeholders, you can help enhance the quality and reliability of the products.
• Optimize Supply Chain : Working closely with purchasing and suppliers, you can identify opportunities to streamline the supply chain, reducing costs and improving efficiency.
• Drive Innovation : Your involvement in the product life cycle allows you to identify and implement innovative solutions that can differentiate the products in the market.
• Ensure Customer Satisfaction : By aligning product features and performance with customer needs, you can help ensure high levels of customer satisfaction and loyalty.
• Facilitate Decision Making : Your role in coordinating and integrating information from various sources will support informed decision-making processes.
• Support Business Growth : By contributing to the successful launch and improvement of products, you can directly impact the growth and profitability of the business unit.

• Master Product Failure Mode Avoidance : Develop a deep understanding of potential failure modes and their causes to improve product reliability. This involves identifying interfaces, functions, and control factors.
• Utilize Product Function Modeling, Simulation, and Analysis : Leverage computational tools to predict and analyze product capabilities, impacting design decisions at various system levels.
• Excel in Product Interface Management and Integration : Identify and manage interfaces and interactions across system boundaries, ensuring products meet requirements and remain within specified limits.
• Solve Product Problems Effectively : Use a structured problem-solving process to protect customers, determine root causes, and implement robust, data-driven solutions to prevent recurrence.
• Manage Product Verification and Validation : Develop and execute validation plans to identify failure modes, manage risks, and verify product capabilities through analytical, simulation, and physical testing.
• Apply System Requirements Engineering : Translate stakeholder needs into verifiable requirements, establish acceptance criteria, and track requirements throughout the product lifecycle.
• Adopt Systems Thinking : Define and analyze the system of interest, understand its interactions, and predict its behavior to devise modifications that achieve desired outcomes.
• Build Strong Networks : Cultivate formal and informal relationships within and outside the organization to facilitate collaboration and information sharing.
• Communicate Effectively : Tailor your communication to different audiences, ensuring clarity and understanding.
• Make Quality Decisions : Make timely and well-informed decisions to keep projects and the organization moving forward.
• Drive Results : Consistently achieve goals, even under challenging circumstances.
• Manage Complexity : Navigate and make sense of complex information to solve problems effectively.
• Be Resourceful : Efficiently secure and deploy resources to meet project needs.
• Value Differences : Recognize and leverage diverse perspectives and cultures to enhance team performance.
• Design and Apply Open/Closed Loop Controls : Specify and understand control system architectures and their interactions with mechanical, hydraulic, chemical, and electronic systems to achieve desired system states.

• College, university, or equivalent Bachelor's degree in Engineering or appropriate STEM field is required.
• Post-graduate (Master's) degree relevant to this discipline area may be required for select roles.
• This position may require licensing for compliance with export controls or sanctions regulations.

• Prior Senior or Lead Engineer equivalent work experience in a relevant discipline area is required with a demonstrated track record of technical problem solving and quality decision making.
• Knowledge of MS Office tools is preferred.

• Leads Systems Engineering for Electronic Braking Systems. This will include capture stakeholder requirements (regulatory, customer and internal), and translate it into verifiable requirements for Systems, Sub-systems, and mechatronic work products, to which designs are developed.
• Identifies system components and their influencing parameters such as sensor signals in close cooperation with system architects.
• Leads system identification activity and work with Controls Engineers to setup system simulation models for ABS, ESC, ASR, Hill Assist, brake distribution, and other features from EBS (Electronic Stability System)
• Leads system risk assessment activities such as DFMEA, HARA, etc.
• Leads braking system vehicle System Integration.
• Lead internal and customer vehicle test validation on test tracks.
• Leads and mentor less experience engineers.

• Bachelor's Degree in Mechatronics, Mechanical, Electrical, or any related engineering field. Master's Degree in Engineering is highly desired.
• 10+ years of experience working with Braking Systems, including ABS and EBS.
• Previous experience as a Senior Engineer with vehicle level hands on experience.
• Strong understanding of ABS, ESC/ESP, ASR, Hill Assist, brake distribution, and other features of EBS (Electronic Braking System)
• Good knowledge of Pneumatic and Electro-Pneumatic Valves, braking system performance, and its influence in vehicle dynamics behavior.
• Solid prior working experience as a systems engineer, including utilization of with ALM tools for requirements creation and management (e.g. Polarion, Doors or PTC Integrity).
• Experience with vehicle network topology (CAN, LIN, ethernet, etc.) and E&E architecture.
• Good knowledge in sensor, signal processing and data analysis.
• Demonstrated capability of independent development of a system both in a prototype stage, as well as for production.