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SHU

Privacy-Preserving AI for Mental Health Detection in Care Robotics

Sheffield Hallam University Computing and Informatics
βœ“ Funded (Competition) ⏰ Closing Soon robotics cybersecurity mental health ai clinical validation healthcare large language models privacy

Develop privacy-preserving AI to detect anxiety and depression using lightweight large language models. Enhance mental health support in care robotics through trustworthy, clinically aligned, and scalable AI technologies.

AI-generated overview

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Why This Research Matters

This research addresses the urgent need for ethical and trustworthy AI in mental healthcare, aiming to relieve pressure on NHS mental health services by providing accessible, real-time support. It pioneers privacy-centric AI frameworks to safeguard sensitive data while enabling clinically effective interventions.

Privacy-Preserving AI Mental Health Detection Care Robotics Large Language Models Clinical Validation Cybersecurity

Project Description

This project addresses the challenge of developing a privacy-preserving, AI-based Large Language Model (LLM) system capable of detecting anxiety and depression in care robotics settings, while ensuring safe, trustworthy, and clinically aligned interactions. Socially assistive robots are already demonstrating measurable benefits in elderly care, rehabilitation, and emotional well-being. However, current AI-driven systems often lack trustworthiness, robust privacy safeguards, and clinically validated response mechanisms when handling sensitive mental-health data. Issues such as misinformation, hallucination, emotional dependency, and data leakage highlight the urgent need for safer and more ethical AI solutions. The project will develop a lightweight LLM fine-tuned for anxiety and depression detection, a role-based privacy framework controlling information access for patients, clinicians, and caregivers, and clinically guided responses aligned with NHS pathways. The system will be deployed on advanced robotic platforms (such as Care-O-Bot) and embedded systems (e.g., Nvidia Jetson). The research adopts a multi-layered methodology using ethically sourced mental-health datasets compliant with GDPR, ensuring real-world applicability across healthcare settings. The successful applicant will also undertake Graduate Teaching Assistantship (GTA) duties, contributing up to 180 hours of teaching or research support per academic year as part of the scholarship.

Entry Requirements

Applicants should hold at least a 1st or 2:1 Honours degree in AI and/or Cybersecurity or a related discipline. English language requirements of IELTS 7 with a minimum score of 6.5 in all test areas (or equivalent) if English is not your first language. Applications encouraged from underrepresented groups including women, LGBTQ+, and minoritised ethnicities.

How to Apply

Apply via the Sheffield Hallam University online application form. Applications must include:
A personal statement (up to 2 pages) detailing your interest in the project and relevant experience, demonstrating motivation for research, analytical and technical expertise, communication ability, planning skills, ability to work independently and collaboratively, commitment to integrity, resilience, and potential teaching contributions.
A two-page CV.
Two letters of reference (at least one academic, both dated within the last 2 years).
Copy of your highest degree certificate and transcript.
Non-UK applicants must submit IELTS results taken in the last two years and a copy of their passport.
If applying for multiple GTA projects, list them all and submit a tailored personal statement for each.

Eligibility

UK/Home
EU
International

Supervisor Profile

DJ
Dr Jims Marchang
Sheffield Hallam University, Computing and Informatics

Dr Jims Marchang’s research focuses on the intersection of artificial intelligence, privacy, and healthcare robotics. His work emphasizes developing ethical AI solutions that preserve privacy while enhancing clinical outcomes. He has led projects in secure AI systems and their deployment in real-world healthcare scenarios.