Final Year Project, University of Mines and Technology, Ghana. Designed and fabricated a solar-powered water pumping system with an automatic tank control mechanism. Conducted simulations using SolidWorks to optimize the mechanical design of the pump and tank system. Performed field tests to evaluate the system's efficiency under varying solar conditions. Achieved a 15% improvement in water delivery efficiency compared to traditional manual systems.

Class Group Project Leader, University of Mines and Technology, Ghana. Led a team to design a manual metal sheet bending machine for small-scale workshops. Utilized AutoCAD and SolidWorks for drafting and 3D modeling of the machine components. Fabricated and assembled the machine, testing its performance with different metal thicknesses. Improved bending accuracy by 10% through iterative design adjustments.

Class Group Project Leader, University of Mines and Technology, Ghana. Spearheaded the development of a smart walking stick for the visually impaired, integrating ultrasonic sensors for obstacle detection. Programmed the sensor system using Python to provide real-time feedback via vibrations. Conducted user testing to ensure functionality and reliability in real-world scenarios. Successfully enabled obstacle detection within a 2-meter range with 95% accuracy.

Class Group Project Leader, University of Mines and Technology, Ghana. Designed a small-scale heat engine to demonstrate thermodynamic principles. Used AutoCAD for technical drawings and SolidWorks for 3D modeling of engine components. Conducted experiments to measure the engine's efficiency under varying heat inputs. Documented a 12% efficiency rate, aligning with theoretical expectations for the prototype.