About this roleCarrier is the world's leader in high-technology heating, air-conditioning, and refrigeration solutions. Our organization is committed to being a leader in our industry. If you thrive in a fast-paced environment and are looking for an opportunity to join us in this commitment, then we have an excellent opportunity for you. We seek a motivated, results-oriented individual to continue to raise our high bar in operations standards as a manufacturing engineer.Looking for an Engineer to analyze operations information and make changes to procedures/processes/equipment as needed to solve problems or improve efficiency. This is a vital role in designing and developing systems for manufacturing operations.This position offers high visibility and an excellent pathway to future opportunities. The identified candidate will report directly to the manufacturing engineering manager.Key ResponsibilitiesWork closely with production, manufacturing engineering, and maintenance to achieve operational goalsActivities involve troubleshooting electrical and mechanical systems; research, development, design, testing, and building electromechanical systems and controlsAnalyzes machinery and equipment designs to ensure factory and production conditions are metProvide technical support involving the installation of new equipment, modification of existing equipment, repair, and maintenance of equipment, as well as sustainabilityPerform problem-solving, troubleshooting, and relentless root cause analysis on all breakdowns to minimize downtime to back shops and assemblyUtilize the Carrier Excellence (Lean Six Sigma) operating system to propose and implement changes to existing processes to streamline and improve overall performance while maintaining cost controls and creating cost‑effective use of resourcesProvides technical leadership and helps train lower‑level staff to diagnose and solve problems and build capabilitiesHighly visible role, the Stamping Engineer manages technical aspects for Engineering, Quality and Manufacturing to deliver world‑class products on time and cost‑effectivelyFeedback dies issues to Tool & Die team for resolutionSupport commercial and costs activities, fixture costs, tooling costs, test costs, etc., during NPI engineering, buildsAssists development with new process or materials as requestedEvaluate manufacturing processes based on quality, efficiency, ergonomics, and safetyStudy production and machine requirementsDevelop and test effective automated and manual systemsDesign and install equipmentOrganize and manage manufacturing workflows and resourcesIntegrate disparate systems (e.g., equipment handling, transport)Optimize facility layouts, production lines, machine operations.Resolve issues and bottlenecks in productionFind ways to reduce costs and maximize qualityTrain staff in new and existing processesCollaborate with other engineers, contractors, suppliers, and team membersEnsure that manufacturing procedures follow safety and environmental regulationsUpgrade systems and processes with new technologyThe primary responsibility of this role is equipment reliability and improvementsCollecting and evaluating process data to identify process gaps, and drive improvements.Assist production/maintenance with major breakdown issuesRequired QualificationsBachelor's Degree in engineering.5+ yrs. of experience of engineering working in a manufacturing environment.Preferred QualificationsExperience to specify and or install in die protection sensorsRelevant experience with Stamping processes on progressive and universal diesSTONGLY desired Stamping Press, Die Manufacturing and/or Automation Equipment knowledgeCost Justification of Refurbishment/Expansion ProjectsProject Planning and Schedule Management for Press OperationsInterface with Contractors / Skilled Trades, Affiliate Companies, Engineers and Equipment Manufacturers Tryout leader for New Model Part Tryouts for Press and Die OperationsProject Planning and Schedule Management for Press OperationsKnowledge of NEC Electrical Code, NFPA guidelines, OSHA Press safety, Safety PLC Standards (Class I Div III), etc.Proficient in various software applications including, but not limited to, the Microsoft programs, AutoCAD, SolidWorks, Pro-E, Cad-keyFundamental troubleshooting skills involving electrical design and hydraulic and pneumatic equipmentExcellent communication skills: candidate must be comfortable providing briefings at all levels of managementAbility to influence decisions downstream and upstreamSolid understanding of lean principles to effectively create, implement and monitor process improvement initiativesAbility to work in a self‑directed manner#J-18808-Ljbffr