Flow Ultrasonic Processing Research Associate — Flexible Work

University of Glasgow; Glasgow; Hybrid; GBP 41,000 - 46,000; Full time

Benefits offered by this job

41 days leave

Pension

Flexible working

Health & wellbeing

Job summary

University of Glasgow invites applications for a PhD-level role within the SoundCHEM project, focusing on flow-based ultrasonic systems for sustainable chemical processing. The post requires experimental ultrasonics work, transducer fabrication, and active collaboration with industry partners.

You will supervise students, contribute to publications and participate in grant activities. The role offers a supportive, inclusive environment with ample career development opportunities and access to

Qualifications

• PhD or equivalent experience in a relevant field with research independence.
• Strong knowledge of ultrasonics, cavitation, transducer design and fabrication.
• Proven MATLAB data analysis and reporting skills.

Responsibilities

• Plan and conduct research activities aligned with project goals and deliverables.
• Document and present data, progress, and findings with clear records.
• Develop and sustain collaborations with industrial partners and academic colleagues.
• Identify funding sources and assist in proposal development.
• Supervise undergraduate and postgraduate students and mentor team members.
• Contribute to teaching and administration as required.
• Keep up-to-date with advances in ultrasonics and related technologies.

Skills

MATLAB

Transducer design

Communication

Time management

Education

PhD or equivalent experience

Tools

COMSOL

Abaqus

Job description

University of Glasgow invites applications for a PhD-level role within the SoundCHEM project, focusing on flow-based ultrasonic systems for sustainable chemical processing. The post requires experimental ultrasonics work, transducer fabrication, and active collaboration with industry partners.

You will supervise students, contribute to publications and participate in grant activities. The role offers a supportive, inclusive environment with ample career development opportunities and access to