Ahmed Memon

Mechanical engineering professional with foundation in optimizing production processes and improving operational efficiency. Demonstrates proficiency in lean manufacturing, process improvement, and quality control. Known for effective team collaboration and adaptability to evolving work requirements. Skilled in data analysis, workflow optimization, and project management, ensuring reliable and consistent results.

• Conducted a Lifecycle Assessment of Acciona’s 38 MW waste-to-energy plant, developing an Excel-based decision-making tool using environmental, economic, and operational data (Master’s Research Project).

• Collaborated in a team to develop sustainable development solutions for Ballarat North Precinct, including integrating renewable energy sources (solar, wind, hydrogen) to achieve net-zero energy goals, proposing biodiversity-enhancing park and wetland areas, and identifying innovative recycled water applications for agriculture, manufacturing (3rd Position)

• Simulated a real manufacturing process using Arena, uncovering delays in rework operations and helping reduce wait times by over 70%, while supporting better staffing decisions through analysis of equipment usage reaching up to 98%. (Undergraduate Capstone Project)

• Performed Metallographic Analysis of Duplex stainless steel (Grade 2205) and participated in competition organized by GIK Institute of Engineering Science & Technology, Pakistan.