**DESCRIPTION** Key Responsibilities: + Lead the design and development of braking system components, such as relay valves, quick release valves, ABS valves, and air modulator valves used in ABS/EBS systems. + Participate in DFMEA (Design Failure Mode and Effect Analysis), DVP&R (Design Verification Plan&Report), and test reviews to support the product development process and ensure high product quality. + Perform mechanical calculations, including GD&T (Geometric Dimensioning and Tolerancing), stack-up tolerances, material selection, and manufacturing methods (e.g., plastic injection molding, aluminum die casting). + Create 3D models and 2D drawings for braking system components using Creo/Creo Simulate. + Conduct testing at the component level for validation and verification of designs, ensuring compliance with functional requirements and performance expectations. + Utilize simulation tools to model, simulate, and analyze braking system performance to make informed design decisions. + Collaborate with stakeholders, including technical managers, project leaders, product engineers, and suppliers, to ensure designs meet customer and regulatory requirements. + Lead smaller projects or components with greater ambiguity, ensuring accountability and driving project execution to meet timelines and quality standards. + Assist less-experienced engineers, coordinate work with technicians, and transfer knowledge to support team development and project success. **RESPONSIBILITIES** **Qualifications:** + Bachelor's degree in Engineering or a related STEM field (Mechanical, Electrical, Mechatronics, etc.) is required. + A Master's degree may be required for select roles. + Relevant experience in braking systems, electro-mechanical design, and system validation is essential. + This position may require licensing for compliance with export controls or sanctions regulations. **Competencies:** + **Product Development Execution, Monitoring, and Control** : Ability to plan, schedule, and execute product development activities while ensuring product capability meets or exceeds expectations. + **Product Failure Mode Avoidance** : Identify potential failure modes and implement strategies to improve product reliability. + **Product Function Modeling, Simulation, and Analysis** : Use simulation tools to predict and validate product performance across system, sub-system, and component levels. + **Product Interface Management and Integration** : Ensure seamless integration of system elements by specifying requirements and controlling interactions across system boundaries. + **Product Problem Solving** : Apply problem-solving techniques to determine root causes, implement solutions, and prevent recurrence of issues. + **Product Verification and Validation Management** : Develop validation plans, manage product risk, and evaluate test results to verify product capability. + **Technical Documentation** : Create and communicate clear technical documentation to stakeholders, enabling improved productivity and knowledge transfer. + **Mechanical Design** : Apply an in-depth understanding of mechanical systems to design innovative and reliable solutions for braking systems. **QUALIFICATIONS** **Skills:** + Strong experience in **Creo** and **Creo Simulate** for 3D modeling and component design. + Proficiency with **Vector CAN diagnostic tools** (e.g., Vector CANoe, CANape, CANalyzer) for system testing and validation is a plus. + Knowledge of **braking system components** , particularly related to ABS/EBS systems, and pneumatic valve design. + Expertise in **GD&T** , material selection, and manufacturing methods, including injection molding and die casting. + Ability to apply **Failure Modes and Effects Analysis (FMEA)** and **Design Verification Plan&Report (DVP&R)** processes. + Strong understanding of **system-level integration** and performance validation for braking systems. + Excellent communication skills, with the ability to coordinate across teams and influence technical decisions. **Experience:** + Minimum of **5 years of experience** in product development, particularly with **braking systems** or related components. + Proven experience in designing **braking valves** such as relay valves, quick release valves, ABS valves, and air modulator valves used in ABS/EBS systems. + Experience using **simulation tools** like **Creo Simulate** for mechanical design and performance analysis. + Experience with **testing and validation** of braking system components at the component level. + Experience in **electro-mechanical design** is a plus. + Familiarity with **steering system design** and its integration with braking systems is an advantage. **Job** Engineering **Organization** Cummins Inc. **Role Category** Hybrid **Job Type** Exempt - Experienced **ReqID** 2408072 **Relocation Package** No