Intern (Mechanical Engineer)

About the role

UCT is a fast-growing sector in the world, touching every semiconductor chip in smartphones, smart cars, and AI devices. As technology evolves, UCT evolves with it, fostering a diverse and innovative workplace where every employee drives continuous innovation.

Responsibilities

• Fixture design, safety considerations, ergonomics
• Solid Works expert, including failure modeling
• Develops/maintains and evaluates production tooling (fixtures, baskets, etc.) required for efficient, effective part processing
• Part treatment work station design
• Liquid: etch, strip, rinse, passivation, spray
• Surface texturing: media blasting, other mechanical methods of surface texturing
• Coating: TWAS, arc spray, ALD, electro/electroless deposition
• Other vapor phase processes
• Develops and maintains process equipment requirements and specifications
• Develops and maintains process equipment work procedures (preventive maintenance, corrective maintenance, RFC, OQ, IQ)
• Lead and support global equipment projects (development, installation, upgrades, etc.)
• Develops and implement training materials, examinations and certifications regarding process equipment maintenance and operations
• Automation: Design and Programming robotic handling of parts
• Integration of sensors in equipment design
• Lead development of Equipment Data Acquisition systems implementation packages to provide predictive process variation control on similar equipment globally
• Lead and participate in cost reduction efforts
• Fully participates on committees (technical, safety, environmental, etc.) as assigned
• Participates in projects as assigned to improve systems, operations & cross-functional collaboration

Qualifications

• A minimum B.Sc. degree in a sub-field of engineering, mechanical preferred, materials from an accredited college or university
• Three (3) years working as an Equipment Engineer, and/or technically oriented Process Engineer is preferred, but a new graduate may be considered for this position

Skills and Abilities

• Superior leadership and interpersonal communication skills
• High level troubleshooting skills coupled with hands-on approach to solving problems
• Familiarity with "Six Sigma", "Lean Manufacturing" concepts and other process improvement methods and approaches
• Knowledge and engineering approach in mechanics, pneumatics, hydraulics and chemicals
• Ability to read drawings and identify critical quality characteristics
• Familiarity with wet chemistry processing, semiconductor tool consumables, semiconductor technology, critical cleaning technology, semiconductor processing, coating technologies, and CAD implementation including failure analysis software
• Able to work collaboratively with individuals at all levels, both within and outside the organization
• Able to successfully prioritize and manage multiple tasks and projects simultaneously
• English writing and verbal communication