ElectroMechanical Research Technician at the University of Southampton

Section

Mechanical Engineering

Location:

Highfield Campus

Salary

£31,236 to £35,608 Per Annum

Full Time Fixed Term until 28/02/2027

Closing Date:

Tuesday 11 November 2025

Interview Date

To be confirmed

Reference

3239825DA

We are seeking a highly motivated ElectroMechanical Research Technician to join a cutting-edge research team at the University of Southampton. This role is part of a NERC-funded project focused on the development and field testing of advanced microfluidic sensor systems for nutrient monitoring in environmental and aquaculture settings.

Working under the supervision of the project lead and with other project members and partners, you will help advance existing prototypes into robust sensor platforms through design refinement, laboratory testing, and real-world deployment.

Key Responsibilities

• Capture design requirements and specifications for sensor system components

• Design, prototype, and assemble electronic and mechanical subsystems

• Develop circuit boards (design, outsource fabrication, in-house soldering and testing)

• Design mechanical parts (using SolidWorks or similar), produce via 3D printing or machining

• Build calibration rigs and other supporting lab setups as needed

• Test the devices in the lab. Deploy sensor prototypes for field testing in natural water bodies and aquaculture systems

• Conduct data acquisition and analysis, maintain technical files, and contribute to project reports and scientific publications

About You

• A degree in ElectroMechanical Engineering, Mechatronics, or a closely related discipline

• Hands-on experience with electronics (Arduino, Raspberry Pi), circuit design, mechanical prototyping, and 3D printing

• Skilled in CAD design (e.g. SolidWorks) and familiar with fabrication methods

• Strong programming and data analysis abilities

• Able to work both independently and collaboratively within a research environment

• Open to learning new tools, skills and working across disciplines

• Previous experience in sensor or instrumentation development is desirable

Why Join Us?

• Work on a high-impact environmental sensing project

• Collaborate with leading academics and industry partners

• Access to cutting-edge facilities and a vibrant research environment

• Be part of a team that values innovation, collaboration, and inclusivity.