

Third-year mechanical engineering student with a passion for research and collaborative projects. Experienced in academic writing, with a published article on energy technologies at the SCI Q-1 level. Proficient in delivering presentations at conferences. Specializes in Computational Fluid Dynamics (CFD), Exergy Analysis, cost calculation, and investment planning. Aim to graduate within 3.5 years.
During this internship, the left coronary artery is being modelled with a fluid–solid interaction (FSI) approach, representing an advanced application of computational fluid dynamics. The objective is to simulate and analyse the development of stenotic narrowings and the accompanying post‑stenotic dilations along the vessel.
Techno-economic and thermodynamic analyses were carried out to minimize the CO and CO2 emissions present in the flue gas of a coal-fired power plant, and to convert the captured CO2 into methanol, a renewable fuel.
Exergy and energy analyses were conducted to produce hydrogen through the Cu − C thermochemical cycle by utilising the residual heat of a nuclear power plant.