OVERVIEW

Pragmatic Semiconductor is revolutionising semiconductor fabrication with flexible integrated circuit (FlexIC) technology that makes it quick and easy to embed intelligence almost anywhere. Using thin-film transistor (TFT) technology in combination with conventional semiconductor processing equipment, Pragmatic FlexIC Foundry service takes FlexICs from tape-out to delivery in around six weeks, enabling agile iterations, early end-user testing, and an accelerated time to market – at a fraction of the cost of silicon.
Driven by passion and innovation, our teams design and manufacture products that tackle real-world global challenges, with our core values embedded in every process and decision.
We are on the search for an individual to apply mechanical and electronics expertise to the design and development of unique tooling to facilitate the manipulation and processing of our range of FlexICs. You will work with internal teams, program managers and outsourced engineering partners to expand the delivery formats in which FlexICs are offered and will drive the build of proof-of-concept prototypes, commission the outsourced development of high-volume production equipment and sign-off its end use. In this role, there will be an emphasis on supporting the development of Back End processes, particularly those associated with high throughput techniques such as roll-to-roll processing and flip-chip pick-and-place. You will contribute to developing high-volume processing on new and existing equipment and enabling successful handover to Operations.
The ideal candidate should have experience working in project-based teams with a range of experience levels and be able to mentor apprentices, technicians & engineers and offer guidance on mechanical and electrical design. The ability to explain complex concepts clearly and inspire professional growth is essential for this role.

QUALIFICATIONS & TRAINING

Degree in Mechanical Engineering, Mechatronics or related field

ESSENTIAL SKILLS AND EXPERIENCE

• Experience working with and designing roll-to-roll equipment
• Knowledge of reel-to-reel handling equipment used in RFID inlay manufacturing.
• Knowledge of ESD
• Confident user of CAD tools for mechanical design such as: Autodesk Inventor
• Electromechanical design experience (magnetic actuators & sensors, optical scanners & sensors, loadcells).
• Strong ability to create mechanical drawings for external machine houses
• Ability to progress on multiple projects in parallel
• Demonstrable knowledge of the safety requirements around mechatronic systems

DESIRABLE SKILLS AND EXPERIENCE:

• Hands-on experience using Arduino, Raspberry Pi
• Programming, including Python or LabView
• Good understanding of machine vision (Keyence, Cognex etc.)
• Comfortable with using Git or related tools for version control

• Design & build tooling for downstream handling of semiconductor chips
• Work with Applications Engineers and customers to support the development of interfacing tooling
• Writing SOP, machine/process risk assessments
• Work with teams across Technology and Operations to understand their hardware needs and work to address them.
• Fully document projects through their development: Requirements, Specifications, Verification, Validation, Operation, Safety.