2nd Shift Product Design Technician - Level II

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

• Deliver accurate, production-ready designs by creating and maintaining high-quality drawings and CAD models that clearly communicate engineering intent, reduce ambiguity, and support successful manufacturing and assembly.  

• Improve product quality and reliability by applying Geometric Dimensioning and Tolerancing (GD&T) principles that ensure parts fit, function, and perform as intended across production variation.  

• Protect configuration integrity by using CAD data management and configuration control processes to ensure the correct revisions, models, and documentation are available to stakeholders at all times.  

• Drive compliance and consistency by ensuring all specifications adhere to Cummins standards as well as applicable industry, national, and international requirements, reducing risk and supporting global product development.  

• Enable engineering efficiency by processing engineering work requests accurately and promptly, helping teams move projects forward while minimizing delays and rework.  

• Strengthen cross-functional collaboration by working closely with engineering, manufacturing, quality, and other functional teams to resolve design issues, align requirements, and support program objectives.  

• Enhance drawing and model quality through active participation in Drawing Quality Reviews, identifying opportunities for improvement and preventing downstream manufacturing or service issues.  

• Contribute to continuous improvement by helping maintain and refine design standards, best practices, and quality processes, creating long-term value through increased consistency, productivity, and engineering excellence. 

To be successful, you will need to consistently demonstrate the following: 

  Develop advanced CAD modeling expertise by creating accurate, standards-compliant models that effectively represent design concepts and support analyses such as Finite Element Analysis (FEA) and Dimensional Variation Analysis.  

  Build a deep understanding of mechanical systems so you can develop innovative, robust designs that meet customer requirements across all lifecycle stages, operating conditions, and application environments.  

  Master engineering drawings, GD&T, and product specifications to clearly communicate design intent through models, bills of materials, and detailed drawings that support manufacturing and inspection.  

  Become proficient in configuration and change management processes by accurately releasing, tracking, controlling, and documenting engineering changes while maintaining product data integrity throughout the product lifecycle.  

  Communicate technical information effectively across functions by tailoring your message to engineers, manufacturing teams, quality teams, suppliers, and leadership to ensure alignment and efficient decision-making.  

  Demonstrate strong decision quality and problem-solving skills by analyzing complex information, evaluating trade-offs, and making timely recommendations that keep projects progressing and reduce risk.  

  Consistently deliver high-quality results under pressure by managing priorities, meeting commitments, and maintaining attention to detail even when faced with competing deadlines and changing requirements.  

  Commit to continuous learning, collaboration, and trust-building by seeking feedback, expanding your technical knowledge, valuing diverse perspectives, and establishing credibility through integrity, accountability, and reliable performance. 

Education, Licenses, Certifications: