Work Schedule
Standard (Mon-Fri)Environmental Conditions
Cleanroom: no hair products jewelry makeup nail polish perfume exposed piercings facial hair etc... allowedJob Description
About Thermo Fisher Scientific:
At Thermo Fisher were committed to making the world healthier cleaner and safer. With $40B in annual revenue and over 100000 employees worldwide we enable our customers to accelerate life-changing discoveries.
Position Summary:
As a Field Service Engineer you will install maintain and repair advanced electron microscopy systems (SEM TEM DualBeam). This customer-facing role requires strong technical skills and the ability to support tools in high-tech environments including cleanroom fabrication (fab) facilities. You will play a key role in delivering exceptional service to our semiconductor customers.
Key Responsibilities:
Install and service electron microscopy systems at customer sites
Perform scheduled maintenance fixing and repairs
Support cleanroom fab tool operations with proper protocols and safety practices
Train customers on system use and basic maintenance
Document service activities and provide product feedback
Support and mentor junior service engineers as needed
Qualifications:
Degree in electronics engineering physics or related field; or 5 years of equivalent experience
Experience with SEM TEM FIB or similar tools preferred
Comfortable working in cleanroom fab environments
Strong problem solving communication and customer service skills
Valid drivers license and passport
Able to lift up to 50 lbs of equipment/tools during repair/service work
Able to be on standby during weekends/public holidays
Why Join Us:
At Thermo Fisher youll be part of a supportive and passionate team that values diversity and innovation. We invest in your growth and well-being offering training development and opportunities to advance your career.
Electron microscopes reveal hidden wonders that are smaller than the human eye can see. They fire electrons and create images, magnifying micrometer and nanometer structures by up to ten million times, providing a spectacular level of detail, even allowing researchers to view single a ... View more