Graduate Mechatronics Engineer (summer placement with potential for permanent position)
* Salary (pro-rata): up to £32,000 per annum (depending on experience)
* Working Pattern: Full-time with flexible start/finish times
* Annual Leave: 25 days per year (pro-rata), plus UK bank holidays
About Us
Brainbox Ltd (www.brainbox-neuro.com) is a leading international provider of neuroscience research solutions, specialising in non-invasive brain stimulation and neuroimaging technologies. Supplying universities, research institutions, and hospitals worldwide, we offer cutting‑edge equipment and expertise to advance neuroscience research.
As part of Brainbox Ltd, we also operate:
Brainbox Initiative (www.brainbox-initiative.com) – our dedicated programme supporting early‑career researchers in non‑invasive brain stimulation. Through grants, training workshops, and an annual conference, we foster innovation and collaboration within the neuroscience community.
The Science Behind (www.thesciencebehind.com) – our specialist neuroscience services division, supporting the clinical trial sector. We work with pharmaceutical and medical device companies, providing tailored study design, regulatory guidance, and advanced neurotechnology solutions to enhance clinical research.
About the Role
Brainbox Ltd is an innovative neuroscience solutions provider working at the unique intersection of software, electronics, mechanics, and neuroscience. We are looking for a capable and motivated Graduate Mechatronics Engineer to join our multidisciplinary team for a summer placement, with a clear opportunity to progress into a permanent, full‑time role.
This is an exciting, hands‑on role suited to a graduate or final‑year student who enjoys solving real‑world technical problems to deliver integrated solutions across a diverse range of hardware. You will be involved in the development, support, and improvement of our entire suite of advanced neurotechnology systems—spanning transcranial magnetic stimulation (TMS), transcranial electrical stimulation (tES), transcranial ultrasound stimulation (TUS), and neuronavigation.
The role requires a versatile individual comfortable moving between mechanical design, software development, electronics integration, and rapid prototyping. As our systems are used by leading laboratories worldwide, this position also offers the opportunity for international travel to visit customer sites and attend relevant scientific conferences to support the team and engage with our global user base.
Key Responsibilities
The Graduate Mechatronics Engineer will contribute to the full lifecycle of solution development and technical support across the Brainbox portfolio. Responsibilities include (but are not limited to):
* Mechanical Design: Using SolidWorks for product development, including the design and improvement of fixtures, housings, brackets, and functional assemblies for various neurotechnology platforms.
* Rapid Prototyping: Utilising 3D printing and iterative design methods to validate concepts and develop bespoke hardware solutions for research applications.
* Software Support: Assisting with the development and maintenance of internal and customer‑facing software tools using C#, Python, and C++ to enhance system functionality.
* System Integration: Supporting the assembly and integration of complex hardware systems, ensuring seamless interaction between electronics, software, and mechanical components to provide a complete user solution.
* Hardware & Control: Working with sensors, motion systems, transducers, and control hardware; supporting embedded systems and microcontroller‑based projects.
* Testing & Validation: Troubleshooting hardware and software systems, performing bench testing, and debugging electronic assemblies to ensure the highest standards of reliability for our clients.
* Technical Engagement: Attending conferences and exhibitions to support the team with technical demonstrations and customer engagement.
* Documentation: Producing high‑quality technical documentation, engineering drawings, and detailed test reports to support product development and quality procedures.
* Continuous Improvement: Contributing ideas for enhancements and new solution developments based on technical feedback and emerging research needs.
Required Qualifications & Skills
* Education: Degree (completed or in final year) in Mechatronics, Mechanical Engineering, Electronic Engineering, Biomedical Engineering, Robotics, Computer Science (with proven hardware experience).
* CAD Proficiency: Strong SolidWorks skills are essential, with experience in creating parts, assemblies, and technical drawings.
* Programming: Practical experience in at least one of the following: C#, Python, C++
* Practical Skills: Hands‑on experience with prototyping, fabrication or 3D printing.
* Mindset: A strong problem‑solving ability and a "solutions‑focused" engineering mindset.
* Collaboration: Ability to work independently when required while contributing effectively within a small, highly skilled multidisciplinary team.
* Experience with microcontrollers (Arduino, STM32, ESP32, etc.).
* Basic electronics design, PCB assembly, or soldering/debugging skills.
* Knowledge of motion control systems or scientific instrumentation.
* A genuine interest in neuroscience, medical devices, or providing technical solutions for life sciences.
What We Offer
* The chance to work on a wide variety of real‑world research solutions used by leading global institutions.
* Broad engineering exposure across software, electronics, and mechanics within a commercial solutions framework.
* Immediate hands‑on responsibility and the opportunity to see your designs implemented in global research settings.
* Opportunity for international travel to visit customers, suppliers, and attend scientific conferences.
* A friendly, supportive, and highly technical small‑team environment.
* Potential for the placement to lead directly into a permanent Graduate Engineer position with access to the company pension scheme after six months.
To Apply
Please send your CV and a short covering email to careers@brainbox-neuro.com outlining:
* Your degree course and expected/actual graduation date.
* Relevant projects or practical engineering experience.
* Specific software and CAD tools you are proficient in.
* Your availability for the 8–12 week summer placement.
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