Engineer (advanced manufacturing & npi engineer). Cd. Delicias, chihuahua
company background
sensience is a leading global manufacturer of highly engineered sensing, control, and sealing components.
we deliver mission-critical protection and valuable data for a wide range of systems, including appliances, heating, air conditioning, refrigeration units, industrial process equipment, motor vehicles, and aerospace. We have over 4,000 employees worldwide across 7 manufacturing facilities dedicated to keeping people and their homes safe.
sensience brings a track record of over 75 years of innovation, quality, specialized expertise, a highly collaborative approach, and a commitment to growth – working together with our customers as valuable partners, helping to meet their critical objectives. We recently re-established ourselves as an independent company and looking for entrepreneurial minded candidates to help our company grow.
position summary
sensience is seeking an experienced advanced manufacturing engineer with a strong background in new product introductions, apqp process, stamping and injection molding processes. The ideal candidate should possess a deep understanding of tool design, npi/npd methodologies, and process optimization. will be responsible for leading and executing tool design projects, collaborating with cross-functional teams, and ensuring the highest standards of quality tool life and efficiency.
position responsibilities
advanced manufacturing engineer:
• introduction of new products using apqp process.
• lead the design and development of stamping tooling, including dies, molds, jigs, and fixtures, using advanced cad software.
• ensure tool designs meet engineering specifications, production requirements, and quality standards.
• collaborate closely with product engineer and production teams to create innovative and effective tooling solutions.
process optimization:
• identify opportunities to improve stamping die metal manufacturing processes through continuous analysis and evaluation.
• develop and implement process enhancements to increase efficiency, reduce waste, and minimize production defects while reducing tool cost.
• lead initiatives to enhance manufacturing capabilities, such as implementing new technologies or methodologies.
project management:
• manage tooling projects from concept to completion, ensuring projects are delivered on time and within budget.
• develop project plans, track progress, and communicate to engineer manager.
• work closely with suppliers and vendors to source tooling components and materials.
quality assurance:
• establish and enforce quality control procedures for tooling design and fabrication.
• develop thorough inspections and testing of tooling equipment to ensure precision and performance.
• collaborate with quality teams to address any tooling-related quality issues and implement corrective actions.
cross-functional collaboration:
• collaborate with cross-functional teams, including product engineering, manufacturing, and supply chain, to ensure alignment on tooling requirements and objectives.
• provide technical expertise and support during design reviews, production launches, and troubleshooting efforts.
position requirements
• bachelor's degree in mechanical engineering, manufacturing engineering, or a related field.
• 5+ years of proven experience in npi/npd using apqp process as well in tooling design and manufacturing industry.
• 80% of inglish.
• proficiency in cad software (solidworks, autocad) for tooling design and development.
• strong knowledge of metal forming processes, stamping, progressive die, bending, and welding techniques.
• demonstrated experience in process optimization and implementing lean manufacturing principles.
• excellent project management skills, including the ability to manage multiple projects simultaneously. And lunching using apqp process.
• effective communication and interpersonal skills for collaborating with cross-functional teams and external partners.
• problem-solving mindset with the ability to analyze complex tooling issues and develop effective solutions.
• familiarity with industry standards and regulations related to tooling design and manufacturing.