SR MOLDING MANUFACTURING ENGINEER

Job Overview

TE Connectivity's Manufacturing Engineering Teams are process leaders for stamping, molding or assembly related topics, ensuring the processes are running at optimum levels for quality and output. They are experts in mold tooling, die tooling, machining, and assembly techniques, possessing extensive knowledge of the associated manufacturing processes which may include the optimization and standardization of stamping / molding / assembly or other processes within the manufacturing environment. Manufacturing Engineering Teams enable the TE business unit plants to reach TE Operating Advantage (TEOA) requirements, roll out Centers of Excellence (COE), Best Demonstrated Practices (BDP’s) and advise plants on tool and machine duplications / corrections / improvements. They design and develop manufacturing process and automation platforms and apply them for the realization of new product developments as well as optimization of existing products already in production. The Teams also support Product Development in the selection and optimization of tools for piece part production and the selection of the most suitable manufacturing concepts relative to planned manufacturing quantities, quality requirements and manufacturing location. They act as interface between engineering and production to ensure manufacturability of new designs and smooth production ramp up as well as support the research & development teams to produce sample manufacturing equipment, product samples and prototypes.

What your background should look like:

Education and Experience Requirements:

Bachelor's degree in Engineering.

Minimum of 5 years of experience in a production environment.

At least 5 years in supervisory roles within manufacturing settings.

Competencies and Skills:

Strong ability and positive attitude toward adapting to change.

Effective and positive communication skills across all departments and with management.

Strong problem-solving skills.

Critical and analytical thinking.

Proficiency in statistical analysis.

Adaptability and commitment to continuous learning.

Experience with technical documentation (SOPs, IQ, OQ, PQ).

Proficiency in mechanical design software (e.g., SolidWorks, AutoCAD).

Advanced English proficiency.

Availability to work overtime or extended shifts as required.

Knowledge of problem-solving tools such as DMAIC, RCA, A3, PDCA.

Familiarity with ISO 9001 and ISO 13485 standards (preferred).

In-depth knowledge of related areas such as Molding (Thermoplastic, Silicone/LSR), including equipment functionality, process understanding, and troubleshooting capabilities.

 

 

 Product Maintenance and Improvement
Lead efforts to sustain and enhance existing products throughout their lifecycle.

Consistently generate innovative and unique solutions to meet departmental goals.

Identify and implement design improvements to enhance product reliability and performance.

Develop and execute product sustaining plans.

2. Problem Resolution
Investigate and resolve technical issues reported from the field or manufacturing.

Perform root cause analyses and implement effective corrective actions.

Collaborate with cross-functional teams to address product-related challenges.

Respond promptly to defects and unplanned production downtimes due to equipment or process issues, ensuring quick resumption of production.

Lead root cause investigations for process issues and implement corrective measures.

3. Regulatory Compliance
Ensure all sustaining activities comply with ISO standards and company policies.

Review and develop procedures to ensure documentation accuracy and compliance with change orders.

Collaborate with production to develop and update standard operating procedures, production processes, and technical drawings.

Participate in regulatory audits and inspections as required.

4. Process Improvement
Optimize product designs for manufacturability and cost-efficiency.

Review and revise documentation to maintain accuracy and integrate changes.

Contribute to continuous improvement and lean manufacturing initiatives.

Evaluate and improve existing product flows and explore new technologies, including automation, to enhance quality, safety, customer satisfaction, and cost-efficiency.

5. Project Management
Lead sustaining engineering projects from concept through completion.

Manage project timelines, budgets, and resource allocation.

Provide regular progress updates to management and key stakeholders.

6. Cross-functional Collaboration
Attend daily shift meetings and communicate updates across departments.

Liaise with suppliers and vendors to resolve component-related issues.

Mentor junior engineers and offer technical guidance to team members.

Support product development and technology transfer, ensuring proper installation and performance of new processes and equipment.

Conduct verification and validation of new or modified processes to confirm capability.

Perform additional functions as assigned based on business needs.

Competencies