Dr Christian Romero
Expertise
I’m a researcher at the Bristol Robotics Laboratory, where I develop soft, flexible materials that can be used in wearable devices, implantable technology, and robots that mimic human muscles.
Current positions
Honorary Senior Research Associate
School of Engineering Mathematics and Technology
Contact
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Biography
Christian holds an engineering degree in Electronics from the Polytechnic Army School in Ecuador. He brings over 15 years of industrial experience and further advanced his academic profile by completing a PhD in Functional Materials at the Faculty of Science, University of Bristol. His doctoral research focused on developing flexible energy storage materials for soft robotics.
Christian is a Senior Research Associate who has been working within the Bristol Robotics Laboratory in The SoftLab since 2021. His research focuses on the development of flexible and stretchable materials for implantable devices, polymer-based soft actuators for wearable technologies, and engineered systems designed to mimic human muscles and physical actuation. He is part of the EMPower project (www.empowermuscles.com), contributing to the development of next-generation muscle-mimicking soft robotics systems.
Christian is a Senior Research Associate who has been working within the Bristol Robotics Laboratory in The SoftLab since 2021. His research focuses on the development of flexible and stretchable materials for implantable devices, polymer-based soft actuators for wearable technologies, and engineered systems designed to mimic human muscles and physical actuation. He is part of the EMPower project (www.empowermuscles.com), contributing to the development of next-generation muscle-mimicking soft robotics systems.
Teaching
As part of my role within the Bristol Robotics Laboratory, I have been actively involved in tutoring and supervising PhD students working in the areas of Soft Robotics, flexible actuators, and applied electronics. My guidance focuses on helping students navigate both the theoretical and experimental aspects of their research, including materials design, prototyping, and performance evaluation of novel soft robotic systems. I regularly provide feedback on research planning, experimental setup, data interpretation, and technical writing.
In addition to PhD support, I have mentored Master’s students through their dissertation projects, often guiding them through the development of functional prototypes that integrate soft actuators and electronic control systems. I emphasize hands-on learning and interdisciplinary thinking, encouraging students to bridge materials science, electronics, and robotics in creative and practical ways. My teaching approach is grounded in fostering independence, problem-solving, and curiosity, preparing students for both academic and industry-oriented careers in next-generation robotics.
In addition to PhD support, I have mentored Master’s students through their dissertation projects, often guiding them through the development of functional prototypes that integrate soft actuators and electronic control systems. I emphasize hands-on learning and interdisciplinary thinking, encouraging students to bridge materials science, electronics, and robotics in creative and practical ways. My teaching approach is grounded in fostering independence, problem-solving, and curiosity, preparing students for both academic and industry-oriented careers in next-generation robotics.