Senior Modelling Engineer
Do you want to play a key role in driving our technology development? If you have a strong background in compact model development and device physics/characterisation, we would love to hear from you!
We usually respond within a week
Overview
We have a new opportunity for an exceptional Senior Modelling Engineer to join our Technology function! Reporting to the Senior Manager - Platform Characterisation and part of a dynamic and supportive Characterisation team, this is a key role with responsibility for developing and maintaining compact models for both transistors and passive components (models which form an important part of our PDK releases).
Ideally you will have a background in compact model development, electronic test and semiconductor device physics. Verilog-A and SPICE experience would be highly beneficial. You will also ideally have the ability to analyse large datasets using programmatic approaches (Python, R, MATLAB etc).
We are looking for candidates who are really keen to put their own stamp on the role, and who will thrive on having true ownership.
This role will be based in Cambridge, at our vibrant and busy headquarters. We are able to offer Visa sponsorship and relocation assistance for the successful candidate.
Key tasks
Develop methods for expressing device level electrical performance to internal teams and external customers through documentation, models, tools
Work with the test development and manufacturing test teams to generate wafer level data
Efficient and timely analysis of large datasets, providing summaries highlighting key trends and linking these trends to physical mechanisms
Working within the “New Technology Introduction” process to define and execute platform characterisation programs to validate the device level electrical performance of individual thin film transistors and similar components of a new technology platform
Interface between Emerging Technology and Operations teams to take nascent technology from initial understanding through to release for volume manufacture
Qualifications and training
Candidates will ideally be qualified to degree level (e.g. Maths, Physics, Engineering) or will possess equivalent experience. Education to PhD level in an applicable field would be advantageous, but not essential.
Skills and experience
Essential:
Compact model development for transistors and passive components
Demonstrable experience of fitting experimental data to extract compact model parameters for transistors
Significant experience in a device-level characterisation role (or a role which has entailed these responsibilities)
Significant Semiconductor Device Physics knowledge
Statistical data analysis techniques using tools such as Python, R, MATLAB etc
Ability to produce technical reports and communicate effectively with key stakeholders
Ability to work effectively with cross-functional teams (e.g. IC Design, Process Integration, Test and Validation)
Desirable:
Experience working with silicon foundry PDK’s, compact models
Knowledge of novel semiconductor materials and electrical properties
Hands-on experience of wafer-level electrical measurement
Candidates who do not meet every requirement but feel their skills are a good fit for the role the role are encouraged to apply.
Pragmatic is committed to equity, equality, diversity, and inclusion; we strive to welcome everyone and create inclusive teams. We celebrate difference and encourage everyone to be themselves at work. Please let us know if you would like any adjustments to our application and interview process.
- Team
- Technology
- Locations
- Cambridge
- Employment type
- Full-time
Our culture
At Pragmatic, we have a highly skilled, passionate and driven team from diverse backgrounds. We have employees from over a dozen countries, covering 5 continents. The company culture is one that promotes an open and collaborative environment where everyone’s input is valued. Our employees feel fortunate to work in such an innovative and inspiring place, with a talented and dedicated team all focused on reinventing electronics to address real world challenges.