Who Are We?Do you want to help to make the world a better place? Join our team! At MSP, our vision is to enrich lives by improving health and productivity. We are proud to provide leading edge solutions enabling rapid innovation in processes and methods in the semiconductor and pharmaceutical industries. MSP employees are part of something special with a purpose.
MSP, A division of TSI, is a fast-moving and agile organization experiencing tremendous growth. MSP serves both the Semiconductor and Pharmaceutical markets. We provide technology differentiated vaporization and filtration products to CVD/ALD process tool manufacturers in addition to contamination standards and systems to defect inspection equipment manufacturers. MSP is also the industry leader in pharmaceutical inhalation test products and in providing the core measurement for DPI/MDI characterization applications. We are looking for a person who wants to join a dynamic and motivated team serving the pharmaceutical and semiconductor metrology markets.
Senior Mechanical Engineer at MSPThe Senior Mechanical Engineer is a senior engineer who independently solves complex problems in the design, development, and manufacture of products for MSP, a division of TSI, with emphasis on MSP's wafer deposition systems. These automated semiconductor tools generate, size-classify, and deposit particles onto wafers for inspection-tool calibration. System design consists of integrating a wafer-handling robot with MSP-designed aerosol generation and classification, controlled airflow and vacuum, and cleanroom-compatible frames and enclosures in large, complex assemblies. MSP's products also include aerosol instruments, pharmaceutical impactors, and liquid and vapor delivery systems. This role leads the mechanical portion of development projects, integrating structural and flow-path design with the electrical, controls, and software disciplines. The Mechanical Engineer III communicates effectively across engineering, manufacturing, quality, service, marketing, and sales, and with customers.
What Will You Do?In order to grow and build a successful career with MSP, you will be responsible for:
- Independently design and develop mechanical systems and subsystems for MSP's wafer deposition systems and other semiconductor and aerosol products, integrating them with electrical, controls, and software designs; provide mechanical design support for MSP's Next Generation Impactor inhaler test systems.
- Design and manage large, complex system-level assemblies, including tool frames, enclosures, and service access, with a clean top-level assembly structure, defined interfaces, and accurate BOMs.
- Design aerosol and gas flow-path hardware, including particle generation and classification components, deposition chambers, flow and vacuum manifolds, filtration, and high-purity fittings.
- Perform engineering analysis, including tolerance stack-ups, structural/FEA, vibration, airflow and particle transport, and materials compatibility, and evaluate design alternatives for performance, manufacturability, serviceability, and cost.
- Plan and execute component, subsystem, and system-level tests and experiments, including DOE, to verify and validate designs; analyze data and document results.
- Translate customer and product requirements into mechanical specifications, and support customers on technical questions, qualification, and field issues.
- Create and release engineering documentation, including 3D models, drawings with GD&T, BOMs, specifications, ECOs, DFMEAs, and test reports, following MSP's ISO 9001 design and development process.
- Lead the mechanical portion of projects: estimate tasks and resources, own the mechanical schedule, identify and mitigate technical risks, lead design reviews, and provide work direction and mentoring to other engineers, designers, and technicians.
- Work with suppliers on machined, sheet-metal, welded, and high-purity components, including design-for-manufacturability input, first-article inspection, and resolution of supplier quality issues.
- Work with manufacturing, quality, service, sales, and marketing to release products to production, resolve production and field issues, and develop engineering best practices.
- Other duties as assigned.
What Do You Need?Required
- Bachelor's degree in Mechanical Engineering
- If a Master's degree in Mechanical Engineering is held, substitutions may be made for the Bachelor's degree.
- 5+ years of product development mechanical engineering experience
- Expert-level 3D CAD experience (SolidWorks preferred), including design and management of large, complex assemblies and detailed drawings
- Designing sheet-metal, machined, and welded parts and assemblies
- Taking mechanical designs from concept through release to production
- Mechanical engineering fundamentals, including strength of materials, heat transfer, and fluid mechanics
- GD&T (ASME Y14.5) and tolerance analysis
- Test and validation methods and engineering data analysis
- Microsoft Office, including advanced Excel
- Engineering standards (e.g., ASME, ANSI, ASTM)
Desired
- Master's degree in Mechanical Engineering, preferably with emphasis in machine design, mechatronics, or fluid mechanics
- Expert knowledge generating and managing configurations in SolidWorks and/or experience with complex assemblies and detailed assembly drawings including exploded views
- Leading the mechanical portion of development projects and mentoring other engineers
- Semiconductor capital equipment, including familiarity with wafer-handling robots, FOUP load ports, and aligners and their integration
- Aerosol or particle instrumentation (including impactors), vacuum, or high-purity gas and liquid delivery systems
- Design of precision welded stainless steel frames and chassis, and industrial design of housings
- SolidWorks and SolidWorks PDM
- FEA and CFD tools (e.g., SolidWorks Simulation, ANSYS)
- SEMI safety and wafer-handling standards (e.g., SEMI S2, S8, E15.1, E47.1, E84)
- Cleanroom and vacuum-compatible design practices, including materials selection, particle control, and high-purity fittings
- FMEA, DOE, and sensitivity analysis
- VBA or Python for data analysis
What Can We Give You?At MSP, our employees are our most valuable assets, and we care about their health and happiness. We offer a competitive benefits program to keep our employees and their family members protected and foster a healthy work-life balance. Additionally, we are committed to employee development and growth, and encourage and foster an environment of collaboration, and innovation. Our work has meaning and the products we design and build help protect people and the environment.
Dress for your day: We want our employees to be comfortable at work and we know they are more productive when they're comfortable. The dress for your day policy allows employees' discretion to select appropriate dress for the business of each workday.
Free Beverages/On-site Cafeterias: Enjoy complimentary coffee, tea and hot chocolate each day at work. We also have a cafeteria that employees can eat lunch in.
Pay & Benefits: Competitive market salary from $105,000 - $120,000 per year* depending on qualifications and experience. For eligible Leadership and individual contributor roles, additional bonus opportunities may be available and awarded at the discretion of the Company.
Benefits: - Health Insurance: Comprehensive medical, dental, and vision coverage.
- Retirement Plan: 401(k) with company match.
- Paid Time Off Program: Paid time off, paid holidays, and paid floating holidays.
- Other Benefits: Life insurance, employee assistance program (EAP), and professional development opportunities.
*Pay amount does not guarantee employment for any particular period of time.
Legal authorization to work in the United States without the need for sponsorship. We require proof of eligibility to work in the United States.
EOE/Vet/Disability
TSI provides trusted measurement, application guidance, and data analytics solutions that enable our global customers to make informed decisions. We are creating a better world by helping protect people, products and the environment, as well as by optimizing research and industrial processes.
