MOCVD Material Scientist

ic resources; Cambridge; On-site; GBP 50,000 - 70,000; Full time

Job summary

A leading technology firm in Cambridge is seeking an experienced MOCVD Material Scientist to support R&D in developing GaN devices for optical applications. The role requires expertise in MOCVD growth and characterization alongside strong communication skills. Ideal candidates will have a background in semiconductor devices or materials. This exciting opportunity offers a chance to contribute to innovative optical technologies.

Qualifications

• Experience in MOCVD growth and characterization of semiconductor devices is essential.
• Strong communication skills to interact effectively with team members.
• Educational background in semiconductor devices, physics, or materials.

Responsibilities

• Support R&D of GaN devices for optical semiconductor applications.
• Perform structural, electrical, and optical experiments and data analysis.
• Contribute to the development of MOCVD growth recipes and design of LED structures.

Skills

MOCVD growth / characterisation experience with semiconductor devices

Good interpersonal and effective communication skills

Education

Level in a relevant field such as Semiconductor Devices, Physics or Materials

Job description

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Our exciting new start-up client is currently searching for an MOCVD Material Scientist to be responsible for developing optical devices.The role will involve supporting the R&D of novel GaN devices for optical semiconductor device applications, through performing structural, electrical, and optical experiments and data analysis. Contributing to the development of MOCVD growth recipes will be required as well as contributing to the design of LED device structures.

Required skills for the MOCVD Material Scientist will include:

• MOCVD growth / characterisation experience with semiconductor devices
• Good interpersonal and effective communication skills
• Educated to Level in a relevant field such as Semiconductor Devices, Physics or Materials

Please contact Rachel Anderson for further details.