Add office photos

Cummins

Compare

based on 3.1k Reviews

Proud winner of ABECA 2024 - AmbitionBox Employee Choice Awards

Top Rated Company for Women - 2024

149 Cummins Jobs

Product Systems Design Engineer

Cummins India Ltd

based on 3.1k Reviews

6-10 years

Hubli, Mangaluru, Mysuru / Mysore + 2 more

1 vacancy

Product Systems Design Engineer

Cummins

posted 3d ago

Flexible timing

Key skills for the job

+ 2 more

Key Responsibilities:

Investigate Value Package Introduction (VPI) program team or field-based issues, understanding causal mechanisms, recommending actions, and owning problem resolution from a design perspective.
Apply processes such as Critical Design Decisions, System Design and Validation Consideration Checklists, and tools like iDFMEA, DVA, GD&T, CREO, ANSYS Workbench for high-quality component and subsystem design.
Collaborate with cross-functional technical experts and senior-level designers to communicate design intent and review designs through the Product Preceding Technology (PPT) and VPI teams.
Own problem resolution for moderately complex components, systems, and subsystems as experience is gained.
Contribute effectively to team goals, exhibiting influence within the team, and help improve systems and processes.
Assist in concept selection, optimization, and design specification development that impacts customers.
Support design decisions for components and subsystems, resolving issues in a manner that ensures customer satisfaction and compliance with technical specifications.

Skills:

Knowledge of Tools: Proficient in Creo, GD&T, ANSYS Workbench, iDFMEA, and DVA tools.
Product Knowledge: Strong understanding of casting, forging, and heat treatment processes.
Problem-Solving: Ability to resolve moderately complex technical issues while applying engineering principles.
Communication Skills: Strong verbal and written communication skills to clearly convey technical information to diverse audiences.
Self-Development: Actively seeks opportunities for professional growth and development.

Experience Needed for the Role:

Solid experience with mechanical design and product development, particularly in the automotive or similar domains.
Expertise in CAD modeling, system design, and the use of engineering analysis tools.
Familiarity with the product development lifecycle, from concept to execution, including design reviews, issue resolution, and product lifecycle management.

Knowledge/Skills:

Technical Expertise: In-depth understanding of mechanical systems, Creo, GD&T, casting, forging, and heat treatment processes.
Design Review Processes: Ability to support and contribute to design reviews and ensure design decisions are communicated effectively.
Product Development: Experience in planning, scheduling, coordinating, and executing product development activities while maintaining alignment with technical requirements and stakeholder expectations.
Cross-Functional Collaboration: Skilled in working with cross-functional teams to resolve design and product issues and ensure successful product development.

Preferred Experience:

Prior experience in Tier-1 automotive suppliers or within Cummins engineering divisions (CDBS).
Background in developing products and systems for demanding customer requirements.
Preferably 6-10 years of experience in the automotive domain or Tier-1 suppliers, with experience in product design engineering.

Qualifications:

Education: Bachelors degree in an appropriate STEM field or equivalent experience.
Licensing: May require licensing for compliance with export controls or sanctions regulations.

Competencies:

Cross-Functional Design Integration: Translate value package requirements into virtual designs and communicate the design s capability to meet cross-functional needs.
Mechanical Design Modeling and Analysis: Create CAD models and perform system-level analyses like Dimensional Variation Analysis (DVA) and Finite Element Analysis (FEA).
Mechanical Design Specification: Develop specifications such as solid models, engineering bills of materials, and detailed drawings for manufacturing and inspection.
Product Problem Solving: Solve product problems using a structured process that identifies causes, implements robust solutions, and prevents recurrence.
System Requirements Engineering: Use methods to translate stakeholder needs into verifiable system requirements.
Product Failure Mode Avoidance: Mitigate potential product failure modes by analyzing functional requirements and interactions.