ADEDAYO ADETUNJI

Assisted in design and optimization of rim driven propulsion systems through CAD modeling and simulation tools.

Conducted research on existing rim driven systems and relevant systems and relevant technologies to inform design decisions and performance enchantments.

Support prototype development activities, including fabrication, assembly, and integration of rim driven propulsion units.

Collaborate with engineers to conduct experimental testing and data analysis to evaluate performance and efficiency of rim driven systems.

Participate in team meetings and project reviews to provide updates on progress, challenges, and opportunities for improvement.

Contribute to identification and resolution of technical issues or design constraints encountered during development process.

• Accomplished 10 hours per week, focusing on research of Human factors and Human-Interaction.
• Initiated and analyzed complex research data, providing regular updates on project status and milestones achieved.
• Demonstrated and coordinated successful completion of projects within budget and timeline, resulting in increased teamwork satisfaction and improved workflow by 50%.
• Led process improvement initiative to streamline workflow and enhance operational efficiency.
• Conducted time and motion studies, identified bottlenecks, and devised lean methodologies resulting in 30% reduction in processing time and 15% increase in team productivity.
• Identified and implemented research technique modifications for procedures, tests, and software management; introduced automation tools that reduced data processing time by 50% and increased overall efficiency.
• Developed and refined compelling content for publication and presentation, resulting in 30% increase in user conversion rates and 40% growth in lead generation.
• Collaborated with product and marketing teams to redesign mobile onboarding process, improving retention and user experience by 40%.
• Installed and maintained mechanical products and equipment, ensuring adherence to engineering design and performance specifications, resulting in 25% decrease in equipment downtime.
• Established workflow processes monitored daily productivity, and revamped modifications to improve personnel efficiency by 15%.