Mr Satyam Bhatti
- Research Assistant (Systems Power & Energy)
Biography
I am a Research Assistant (Royal Academic of Engineering) in Emerging Space Technology at the James Watt School of Engineering. I recently graduated from the University of Glasgow with an MPhil degree in Electronics and Nanoscale Engineering on the project 'Machine Learning for Accelerating the Discovery of High-Performance Low-Cost Solar Cells' project. I received a master's degree (MSc) in Electrical Engineering for Sustainable and Renewable Energy from the University of Nottingham, UK in 2019 and a B.Tech. degree in Electrical Engineering from Punjab Engineering College, India. I was awarded the Developing Solutions Masters Scholarship from the University of Nottingham, UK.
Research interests
My research interests lie at the exciting intersection of embedded systems and electronics engineering in emerging space technologies. I am also passionate about advancing the field of solar cells and renewable energy systems through the integration of innovative machine-learning techniques. I aim to explore novel nanoscale engineering approaches to enhance the efficiency and performance of solar cells while ensuring their cost-effectiveness and scalability for real-world applications.
Additionally, I am enthusiastic about the application of machine learning algorithms in optimizing solar energy harvesting and storage. Leveraging the power of data-driven decision-making, I aspire to develop intelligent control systems that dynamically adapt to environmental conditions and user demands, thereby maximizing the utilization of renewable energy sources.
Another aspect of my research involves wearable technologies, where I seek to design and develop wearable devices that integrate seamlessly with renewable energy sources. These wearable devices could revolutionize personal electronics by harnessing solar energy for sustainable and continuous operation, reducing the dependency on traditional power sources.
Furthermore, I am fascinated by the potential of nanoscale engineering to drive groundbreaking advancements in various areas. I aspire to explore nanoscale fabrication techniques to create innovative electronic components with enhanced performance and energy efficiency.
My ultimate goal is to contribute to the creation of a cleaner and more sustainable future by pushing the boundaries of embedded systems, electronics, renewable energy, machine learning, wearables, and nanoscale engineering. I am excited to collaborate with multidisciplinary teams and passionate researchers to drive meaningful innovation that positively impacts society and the environment.
