G*****i
About Candidate
A recent Mechanical Engineering graduate with under a year of industry experience, driven by a passion for innovative design and strong engineering principles. Skilled in SolidWorks, AutoCAD and hands-on fabrication. I bring a problem-solving mindset, strong work ethic and business acumen to every project. I’m always eager to tackle new challenges, contribute to cutting-edge solutions and continue growing as an engineer.
Education
Second Upper Class Honors
Work & Experience
- Designed and prototyped over 15 custom parts using SolidWorks, optimizing designs for manufacturability. Operated and maintained a 3- 2023/06 – 2023/09 Nairobi, Kenya axis laser cutter, reducing machine downtime by 20% through timely servicing and troubleshooting. - Created detailed Bills of Quantities for 5 projects, ensuring accurate cost estimation and resource allocation. Optimized work planning using Excel and Gantt Charts, improving project timeline accuracy by 25%. - Oversaw 3 projects from planning to execution, ensuring on-time delivery with a 30% reduction in project delays through efficient coordination and resource management. - Engaged with 10+ clients, ensuring a 20% improvement in customer satisfaction through clear communication, timely updates and problem resolution.
- Assisted in semi-annual maintenance on 18 out of 30 wind turbines, helping complete servicing on schedule and minimizing downtime, contributing to a 15% improvement in turbine operational availability. - Maintained turbine gearboxes and generators, contributing to a 20% increase in efficiency by ensuring proper lubrication, alignment and component inspections, while reducing gearbox failure incidents by 10% through diligent adherence to maintenance protocols. - Serviced hydraulic systems of turbines, resulting in a 25% reduction in the risk of hydraulic failures, enhancing overall operational ability. - Developed problem-solving, time management and effective communication skills in a team-based environment, contributing to a 15% improvement in task completion efficiency over the attachment period.