B.Sc. Thesis for Mechanical Engineering. Designed and optimized a variable-geometry supersonic nozzle using Method of Characteristics and CFD. Analyzed flow uniformity, shock-free performance, actuator loads, and structural response, and delivered the final 3D design, technical drawings, and cost analysis.

B.Sc. Thesis for Manufacturing Engineering. Investigated SiC-reinforced carbon–glass fiber epoxy composites to improve impact resistance, fracture toughness, and wear performance. Applied the optimized material to offshore wind turbine blade design using CFD-based wind load and structural analyses, with experimental–numerical validation.

Protein simulation project for Thermodynamics of Biomolecular Systems. Performed molecular dynamics simulations of Protein 2A8F using VMD and NAMD at 300 K and 400 K. Analyzed RMSD and thermodynamic properties to identify mobile regions of the protein.

Designed a 100-ton cold storage facility with optimized heat load calculations, equipment selection, and cost analysis to minimize operating costs for fish cold-chain logistics.

Designed a two-stage gearbox with a bevel gear first stage and a helical gear second stage. Performed gear, shaft, and bearing calculations with a target bearing life of 15,000 hours, and prepared detailed assembly, sectional, and manufacturing drawings including the output shaft.

Designed a mechanically actuated multi-plate clutch with a torque capacity of 820 Nm. Performed complete clutch design calculations and developed detailed technical drawings, including sectional views and a full manufacturing drawing of the inner hub.

Developed an improved design approach for a cart rower by defining design standards, evaluating existing designs, and proposing optimized and alternative solutions with structured time planning..