DESCRIPTION

Key Responsibilities:

• Work Content Evaluation: Lead the development of work standards and optimal manufacturing processes to achieve safety, manufacturing, and business objectives.
• Project Leadership: Drive capacity and improvement projects within the plant to support future business needs.
• Standards Development: Assist in creating manufacturing standards and working methods to ensure documentation and consistency across processes.
• Ergonomics and Safety: Design and implement ergonomic solutions and safety controls, adhering to Cummins' guidelines to foster a safe and efficient workplace.
• Layout Planning: Lead plant layout initiatives to meet current and future capacity requirements.
• Continuous Improvement: Utilize manufacturing principles and methodologies like Value Stream Mapping (VSM) to enhance processes and equipment.
• Process Implementation: Support the development and execution of manufacturing processes that comply with safety and quality standards.
• Project Participation: Collaborate on projects related to SQDCM (Safety, Quality, Delivery, Cost, Morale) and I4.0 initiatives, contributing to manufacturing engineering aspects.
• Problem Solving: Address manufacturing challenges using systematic analysis to identify root causes and implement preventive solutions.
• I4.0 Implementation: Lead initiatives for Overall Equipment Effectiveness (OEE) improvement and coordinate digitization projects.

• Basic level of relevant work experience, preferably in manufacturing engineering or industrial engineering.
• Experience in industrial or manufacturing engineering, with an understanding of both current and emerging technologies relevant to manufacturing.

• Collaboration: Build partnerships and work effectively with others to achieve shared goals.
• Effective Communication: Tailor communications to meet the needs of different audiences.
• Health and Safety: Champion health and safety practices to foster an injury-free workplace.
• Drawing Interpretation: Utilize product design and manufacturing equipment drawings for optimal process design.
• Continuous Process Improvement: Identify and implement improvements and waste reduction methodologies.
• Problem Solving: Apply systematic analysis to resolve issues and implement data-driven solutions.

• Education: Bachelor's degree in STEM (Science, Technology, Engineering, Math) or a related field, or equivalent experience.
• Licenses/Certifications: May require licensing for compliance with export controls or sanctions regulations.

• Industrial Engineering Proficiency: Expertise in work time motion systems, conducting work studies, and employing predetermined motion time systems.
• Improvement Methodologies: Proficient in VST/VSM and other process improvement techniques.
• Digital Transformation: Experience leading I4.0 and digitization projects.
• Work Measurement: Quantify and evaluate work elements to optimize processes and reduce waste.
• Tool and Fixture Design: Select appropriate devices to meet functional requirements.
• Manufacturing Knowledge: Demonstrate expertise in implementing changes for process improvement.