Oluwaseun Paul

Provided structured physics tutoring to undergraduate groups by translating complex concepts into clear explanations. Coordinated project teams, tracking progress to support on-time delivery and improving outcomes by addressing recurring knowledge gaps.

Conducted materials experiments to establish protocols with accurate, repeatable results and full lab safety compliance. Operated SEM, XRD, and sintering equipment and used statistical analysis to improve reliability, while streamlining workflows to reduce sample-processing bottlenecks.

Operated and calibrated 3D-printing equipment to meet productivity and quality targets. Prepared and reviewed digital designs to reduce print failures and material waste, and inspected finished parts and incoming materials to ensure specifications were met while optimizing workflow to improve throughput.

Prepared students for WAEC exams by developing lesson plans and teaching materials to improve engagement and outcomes. Achieved a 90% pass rate through targeted instruction and assessment.

Maintained daily records of goods, materials, and equipment, improving inventory accuracy by 30%. Coordinated material deliveries to construction sites to support on-time project execution.

Activities and societies: Dissertation: “Development of a Sustainable High-Entropy Alloy Derived from Electronic Waste through Computational Design and Optimization.” Used Thermo-Calc/CALPHAD, validated with SEM, XRD, tensile testing, and hardness testing.

Completed a Master of Engineering in Advanced Materials Engineering. Dissertation focused on developing a sustainable high-entropy alloy derived from electronic waste using computational design and optimization.

Bachelor of Engineering in Metallurgical & Materials Engineering from Federal University of Technology, Akure.

Completed a Bachelor of Engineering in Metallurgical & Materials Engineering at Federal University of Technology, Akure (FUTA) from 2011 to 2017.