Greater Dundee Area
I’m an ambitious Mechanical and Industrial Engineering student at the University of Leeds, passionate about simulation-driven design, process automation, and renewable energy systems. My journey spans hands-on design, data-driven analysis, and test automation from building robotic systems and optimizing thermal-fluid structures to developing test software for RF components at Smiths Interconnect Dundee. I thrive at the intersection of mechanical systems, electronics, and software, where creative design meets rigorous engineering. Skilled in Python, C++, ANSYS, SolidWorks, and CAD-driven simulation, I enjoy solving complex problems through curiosity, collaboration, and continuous improvement. I’m now focused on exploring high-performance systems, digital manufacturing, and sustainable energy innovations that transform how technology interacts with the physical world. I love collaborating with cross-functional teams to turn insights into robust designs. Currently seeking a summer internship where I can apply my simulation expertise and rapid-learning mindset to mission-critical electronic systems. Let’s connect if you’re looking for an engineer who combines technical rigor with curiosity and a drive to deliver results.
Developed automated test software (ATE) using Python and C++ to measure microwave passive components & Semiconductors, improving precision and repeatability in RF testing workflows. Accelerating the process by 70% according to feedback received. Designed and validated prototype components for both a tile polishing machine and an E-band amplifier using SolidWorks, FEA, and CFD, optimizing performance under thermal and mechanical stress constraints. Automated VNA measurements and programmed microcontroller firmware for Passive component testing, accelerating test and data analysis processes by over 80% along with thermal cycling. Contributed to manufacturing process development, supporting thick-film screen printing, wafer dicing, and laser ablation for tile fabrication. Performed XRF testing on tiles, identified software-related errors in elemental computation, and authored a technical report that led to successful resolution through comparative analysis across tile samples. Participated in weekly project management meetings, contributing to business planning and continuous improvement initiatives. Completed daily professional development courses on health and safety, workplace organization, and engineering best practices throughout the internship.
Collaborated with a 4-person team to build a system monitoring fluid under thermal load. Integrated code with test instruments (virtual) and used Python for basic thermal calculations. Presented findings with plotted data and written summary reports.
Assisted in technical demonstrations for school workshops. Explained wave propagation and heat transfer in simple terms. Learned to communicate scientific concepts effectively to mixed audiences.