Mechanical Engineer (Precision Systems)
- Kitchener, ON, Canada
Full-time
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Job details
- Job type
- Full-time
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- Posting language
- English
- Posted
Original job description
icspi is building the future of nanoscale imaging.
We’ve revolutionized atomic force microscopy (AFM) by miniaturizing it by a factor of 1,000,000 compared to traditional systems: integrating all the components of an AFM onto a single CMOS chip.
Our desktop AFM instruments have reset the expectations for nanoscale imaging and are used by hundreds of scientists and engineers in over 40 countries to accelerate R&D and drive manufacturing efficiency in academia and industry.
Now we are using our technology to solve throughput-resolution gaps in the semiconductor manufacturing industry: building tools to catch nanoscale defects to enable new processes and prolong Moore’s Law.
Today, scanning a wafer with AFM would take about 70 years. By using thousands of our AFMs in parallel, we can scan a wafer in a matter of hours.
About the roleAs a Mechanical Engineer at icspi, you will be working on our next-generation AFM system for semiconductor manufacturing.
We are looking for an experienced mechanical engineer to play a crucial role in defining the architecture of our AFM systems to achieve industry-leading performance and capability.
You will work closely with our engineering teams across disciplines (mechanical, electrical, microfabrication) and our suppliers to design systems capable of measuring sub-nanometer structures on semiconductor devices with picometer-level repeatability.
The ideal candidate is a self-starter who has solid experience in precision machine design.
What you'll do- Own system architecture: decompose precision machines into sub-systems, define requirements and interfaces
- Develop error budgets and tolerance stack-ups for the machine to mitigate errors (thermal, vibrational, acoustic)
- Work with suppliers to design sub-systems and down-select components
- Work with engineering teams on design and bring-up of new systems
- 5+ years designing and building precision mechanical systems
- Bachelor’s Degree or higher in engineering (mechanical, mechatronics, or systems) or physics
- Experience selecting and integrating precision components into a complex mechanical system
- Background in semiconductor equipment
- Experience with AFM, SEM or optical microscopy or interferometry
On-site in Waterloo
To applySend your CV and portfolio to people@icspicorp.com with the job title in the subject. Cover letter not necessary.
More about this job
Responsibilities
Define the architecture of next-generation AFM systems by decomposing precision machines into subsystems and establishing requirements and interfaces. Develop error budgets and tolerance stack-ups, collaborate with suppliers and multidisciplinary engineering teams, and support the design and bring-up of new systems.
Requirements
Requires at least five years of experience designing and building precision mechanical systems, plus a bachelor's degree or higher in mechanical, mechatronics, or systems engineering, or physics. Candidates should have experience selecting and integrating precision components into complex mechanical systems; semiconductor equipment and microscopy or interferometry experience are advantageous.
Skills
- Precision Machine Design
- Mechanical System Architecture
- Subsystem Decomposition
- Requirements Definition
- Interface Definition
- Error Budgeting
- Tolerance Stack-Up Analysis
- Thermal Error Mitigation
- Vibration Error Mitigation
- Acoustic Error Mitigation
- Supplier Collaboration
- Precision Component Selection
- Component Integration
- System Design
- System Bring-Up
- Cross-Disciplinary Engineering
Visa sponsorship
Not detected in the job text
Categories
- Engineering
- Manufacturing
- Science & Research
Keywords
- Atomic Force Microscopy
- AFM
- Semiconductor Manufacturing
- Precision Mechanical Systems
- Precision Machine Design
- System Architecture
- Subsystems
- Requirements Definition
- Interfaces
- Error Budgets
- Tolerance Stack-Ups
- Thermal Errors
- Vibrational Errors
- Acoustic Errors
- Precision Components
- Component Integration
- Supplier Collaboration
- System Design
- System Bring-Up
- Microfabrication
- CMOS
- Nanoscale Imaging
- Sub-Nanometer Measurement
- Picometer-Level Repeatability
- Scanning Electron Microscopy
- Optical Microscopy
- Interferometry
- Mechatronics
- Physics