Ing. Sr. Manufacturing Engineer RF Welding

Position Summary:

Develop, implement and optimize manufacturing processes using radio frequency welding technologies (RF Welder) and automation systems, ensuring maximum efficiency, quality, safety and production capacity. Lead the technological standardization, technical training and improvement of product designs to facilitate automation and efficient manufacturing.

MAIN RESPONSABILITIES :

RF Welder Technology Specialization

1. Be the technical expert of the organization in RF Welder teams.
2. Gain in-depth knowledge of radio frequency welding operating principles, controls, tooling and critical process parameters.
3. Develop, validate and optimize welding parameters.
4. Lead the solution of complex problems related to quality, productivity and performance of the teams.
5. Define technical specifications for new acquisitions of RF Welder equipment.
6. Participate in the validation, installation and commissioning of new systems

Process Automatization

1. Identify automation opportunities in manual or semi-automatic processes.
2. Lead automation integration projects to improve safety, quality, and productivity.
   1. PLCs
   2. Industrial and collaborative robots
   3. Vision Systems
   4. Servo motors
   5. Industrial Sensors
   6. Traceability systems
3. Establish automation standards within the organization.
4. Apply design principles for Manufacturing (DFM) y Design for Automation (DFA).

Technical Staff Development:

Train and develop manufacturing and maintenance technicians.

1. Develop technical training programs for RF Welder equipment and automated systems.
2. Serve as a technical mentor for the organization.
3. Create technical documentation, operating standards, and troubleshooting guides

Technical Competencies:

1. RF Welding technology.
2. Industrial automation.
3. PLCs (Allen Bradley, Omron).
4. HMI and SCADA.
5. Pneumatic and electrical systems.
6. Industrial robotics.
7. Motion control and servos.
8. Design of fixtures and tooling.
9. IQ/OQ/PQ validations.
10. Lean Manufacturing
11. Six Sigma

Desirable:

1. Machine vision systems.
2. Industry 4.0.
3. IoT.
4. Robot programming.
5. CAD design (SolidWorks, AutoCAD or similar).
6. Statistical analysis of processes.

Leadership Competencies:

1. Talent development and training.
2. Technical influence.
3. Leadership of multidisciplinary teams.
4. Change management.
5. Complex problem solving.
6. Data-driven decision-making.
7. Effective communication
8. Results oriented

EDUCATION/EXPERIENCE:

1. Bachelor’s degree in mechanical, Mechatronics, Electronic, Industrial or related Engineering.
2. Master’s degree in manufacturing, Automation or Industrial Engineering desirable
3. Minimum 8 years in Manufacturing Engineering
4. Minimum 5 years working with RF Welder equipment
5. Experience leading capital and automation projects.