About Me

I'm a robotics engineer and researcher passionate about developing technology to solve meaningful human problems, particularly in health and wellbeing. My professional journey spans automotive engineering, tech startups, and academic research, but the common thread has always been using intelligent sensing and embedded systems to positively impact people's lives.

I approach challenges from a human-centred perspective, integrating robotics, machine learning, and embedded technologies to build user-focused systems. My multidisciplinary experience enables me to quickly learn and apply the right tools, connect ideas across diverse domains, and discover innovative solutions.

Current Work and Interests

I recently completed my PhD at the University of Bristol, specialising in human-robot interaction and socially assistive robotics. My research focused on designing robot-led interventions that support habit formation and encourage sustainable behaviour change, drawing insights from behavioural science, robotics, and health technologies.

I'm currently looking for opportunities in robotics, research engineering, or scientific software engineering roles, where I can leverage my skills in multimodal sensor integration, real-time inference, and intelligent embedded systems to develop impactful solutions.

Skills and Expertise

Programming Languages: Python, C/C++, Dart, SQL, R, Dart, HTML/CSS/JS

Frameworks & Tools: ROS, PyTorch, Git, Docker, MQTT, Flutter, Firebase, FreeRTOS, CI/CD

Embedded & Hardware: Microcontrollers, IoT devices, sensor integration, real-time embedded systems, TensorFlow Lite Micro

System Design & Engineering: Model-Based Systems Engineering (MBSE), SysML, IBM Rhapsody, DOORS

Design & Prototyping: CAD (SolidWorks/Fusion 360), 3D printing, electronics prototyping, control systems

Professional Highlights

PhD Research at Bristol University: Deployed socially assistive robots in real-world environments, using intelligent multimodal sensing and adaptive behavioural interventions to support habit formation and health behaviour change.

Co-founder at 3D Farms: Designed and developed an autonomous embedded aeroponics system with real-time nutrient control, securing funding and successfully scaling the technology.

ADAS System Architect at Jaguar Land Rover: Engineered Advanced Driver Assistance Systems (ADAS) using Model-Based Systems Engineering (SysML), managing extensive automotive networks to ensure safety and tracebility.

Hobbies and Interests

Outside of work, I like to explore interests that blend creativity, experimentation, and personal growth.

DIY & Mechatronics: I enjoy tinkering with electronics, making custom tools, and solving everyday problems with technology, building things has always been a creative outlet for me.

Hackathons: I regularly take part in hackathons focused around health, and robotics. These events are a chance to push boundaries, learn new tools and technologies, and collaborate with like-minded people, especially in areas that promote health, wellbeing, and accessibility.

Looking for Collaborations

I'm always open to collaborating on projects that aim to improve lives through technology. If you're working in human-robot interaction, assistive systems, or health innovation, I'd love to hear from you, whether it's to brainstorm an idea, explore a research partnership, or build something together.