Samee Khawaja

• Result: Identified exactly how much energy is lost in compressor seals through CFD/FEM simulation. • Design: Created new geometry designs that make turbomachinery more efficient. • Success: Completed the research with a high grade of 1.7, providing useful data for future engine designs.

• Target: Keep the ECU project on track by coordinating between software, hardware, and test teams. • Quality: Ensured all project documents met ASPICE standards for customer audits. • Problem Solving: Used Jira to track and close technical defects, ensuring feature maturity. • Accuracy: Checked mechanical fit of parts using CAD and prototypes to prevent assembly errors.

• Efficiency: Mapped out process flows to find and fix delays in import/export shipping. • Reliability: Monitored OTIF (On-Time In-Full) scores to ensure customers received cargo as planned. • Standardization: Wrote clear SOPs (instruction manuals) so that all team members followed the same high-quality process.

• Audit: Found ways to save energy by analyzing power usage data. • Support: Provided the technical data needed to install Solar PV systems correctly.

• Safety: Designed fire-protection parts for high-pressure tanks using SolidWorks. • Testing: Used Abaqus simulations to prove the designs would not break under pressure.

Focus on wind energy, turbomachinery and sustainable mobility.

Focus on Thermodynamics, Fluid Dynamics, Automotive and Mechanical Design Tools

Focus on Thermodynamics, Fluid Dynamics, Automotive and Mechanical Design Tools