Mechanical Engineer

Join The Johnson Controls TeamJohnson Controls is global leader in smart, healthy, and sustainable buildings. Our mission is to reimagine the performance of buildings to serve people, places, and the planet. Join a winning team that enables you to build your best future! Our teams are uniquely positioned to support a multitude of industries across the globe. You will have the opportunity to develop yourself through meaningful work projects and learning opportunities. We strive to provide our employees with an experience focused on supporting their physical, financial, and emotional wellbeing. Become a member of the Johnson Controls family and thrive in an empowering company culture where your voice and ideas will be heard – your next great opportunity is just a few clicks away!As a Builder on the Stack Forging Thermal Solutions team at Johnson Controls, you'll join a team of sleeve-rollers who set a high bar for themselves and their co-workers. We foster a collaborative culture with no silos, where everyone is encouraged to think out loud. If you are passionate about your craft and don't give up until you've found a way, you will make an ideal Builder!What You'll DoAs a Mechanical Engineer, you will work on engineering efforts to bring products from the lab into mass production. Your primary objective will be commissioning, and improving the machines used in the Stack Forging process.Who You AreA skilled mechanical engineer with expertise in machine design and a deep understanding of reliability and safety. You have experience developing complex machines from concept to execution, solving tough engineering challenges along the way. You take full ownership of your projects, driving them forward independently while maintaining a strong sense of urgency. You know when to pivot, prioritize, and adapt to shifting demands to keep progress on trackResponsibilitiesResponsibilities are subject to change based on shifting business needsComponent design within the machines in Stack Forging manufacturing system, including automated equipment for material preparation, cutting, inspection, bonding, and assemblyRun design processes with requirements, specifications, concept generation, concept down-selection, and design reviewsDocument and communicate design process and decisionsSupport improvement of overall equipment efficiency, manufacturing tolerance, process stability, process monitoring, machine reliability, and automationSupport refinement of machine requirements with cross-functional teams from product, process, applications, and operationsProof-of-concept calculations and benchtop testing to inform design decisionsSystem and sub-system level design and analysis; utilizing parametric modeling to evaluate trade-offsDevelop and update subsystem designs, BOMs, specifications, CAD models, and drawingsSupport vendor selection and collaborate with external vendors on components and subsystemsStatistical analysis for assembly tolerance stack up and perform root-cause analysesQualifications2+ years industry experience and a 4-year degree in EngineeringBackground in electro-mechanical systems and/or precision machine designComfortable in a fast-paced startup environment with a bias towards actionSolid engineering fundamentals and familiarity with equipment design for production environmentsFamiliarity with design for manufacturing, including sheet metal, machined and welded parts.Exposure to a variety of automation systems, control cabinets, industrial sensors, PLCs, data acquisition and I/O devices.Experience with GD&T, SolidWorks (with PDM), and FMEAExperience with any of the following sub-disciplines: fluid and gas handling, motion planning and control, hydraulics, laser cutting, and vacuum systemsA "get it done" attitude, demonstrating resourcefulness and a drive to find creative solutions to difficult, ambiguous challenges.Readiness and enthusiasm to work in a dynamic environment that features: rapidly changing requirements, quick iteration with novel hardware, heavy communication demands, and process development that involves critical, high-risk trade-offs.Dynamic and flexible mindset, easily balancing the immediate needs of the day-to-day with long-term strategic thinking and planning.Preferred QualificationsFamiliar with metal additive manufacturing, robotics, or industrial automationExperience with rapid prototyping: 3D printing, mill, lathe, laser cutting, CNC, hand toolsBasic SW experience: Python, linux, or PLC programmingAbility to learn new skills and capabilities on the job.