DESCRIPTION

This product-focused position tailors electronic and electrical systems for Cummins products. The role involves translating product requirements into hardware and software specifications, tuning configurations, and completing comprehensive validation testing of integrated hardware and software systems. This position demands strong collaboration across teams and geographies, and ownership of complex project aspects.

Core Responsibilities:

• Support Controls New Product Development (NPD) - Base engine selection, Sensor selection, Communication Protocol, Controller selection, etc

• Software/Calibration bench testing & DVP&R validation- support failure analysis, iDFMEA, Cyber Security (ISO21434) assessments, Functional Safety Assessment-ISO26262

• Tune and Integrate Engine Calibration by working cross-functionally and leveraging open and closed loop controls tuning practices. Some features (but not limited to) include All Speed Governor tuning, Accelerator Based Torque Control tuning, Sensor and Diagnostics Tuning, Datalinks etc.

• Wiring harness understanding for electronics engine as per architecture and ECM IO matrix. Guiding Design and drafting team for harness development.

• Test cell support for engine development and diagnosis; Occasional in-field support for Software and Calibration

Skills Required :

• Candidate should at least have bachelor's degree in electrical/electronic/mechatronics with relevant work experience

• Good system knowledge of electronics and emissionized engines (with after-treatment systems) is a must

• User level experience in using embedded software and tools

• Prior experience of working cross-functionally across geographies is preferred

• Prior experience with system verification and validation (HIL/SIL) is preferred

• Good team player and communication skills (upwards and downwards)

• Tools expected to be used in this role: Calterm, Matlab/Simulink, PCAN explorer, Insite, Power match, RDE; CDM/ CDAT, Integrity, C2ST

RESPONSIBILITIES

Experience :

• Previous experience at a Senior or Lead Engineer level in a relevant discipline is required.

• Demonstrated technical problem-solving skills and quality decision-making abilities are essential.

• Familiarity with MS Office tools preferred.

Core Competencies :

• Design and Application of Mechatronics Systems : Specify and apply electronic hardware and interconnections for control systems.

• Machine Integration and Optimization : Integrate sub-systems for optimal performance, using Cummins' standards for reliability and quality.

• Product Function Modeling, Simulation, and Analysis : Use computational tools to predict product capability at system, sub-system, and component levels.

• Product Problem Solving : Protect customers by implementing robust, data-based solutions to prevent problem recurrence.

• Product Verification and Validation Management : Develop system validation plans to manage product risk, evaluate test results, and ensure product capability.

• System Requirements Engineering : Translate stakeholder needs into requirements, maintain them throughout the lifecycle, and assess impact on resources.

• Systems Thinking : Analyze system interactions to predict and modify behavior for desired outcomes.

• Builds Networks : Develops productive formal and informal relationships inside and outside the organization.

• Communicates Effectively : Adapts communication to various audiences’ needs.

• Decision Quality : Makes sound, timely decisions.

• Drives Results : Consistently achieves goals, even in challenging situations.

• Manages Complexity : Efficiently interprets and solves complex issues.

• Resourcefulness : Efficiently deploys resources.

• Values Differences : Appreciates diverse perspectives and cultures.

QUALIFICATIONS

Qualification :

• Bachelor’s degree in Engineering or an equivalent STEM field required.

• A Master’s degree may be necessary for select roles.

Job Engineering

Organization Cummins Inc.

Role Category Hybrid

Job Type Exempt - Experienced

ReqID 2406057

Relocation Package No