Rameez Ali

• Analysed manufacturing workflows and equipment utilisation to improve production continuity and process stability. • Planned preventive and corrective maintenance for mixing, filling, packaging, hydraulic and pneumatic equipment. • Investigated mechanical failures using root-cause analysis and applied process control, quality assurance and technical documentation in HACCP-compliant operations.

• Supervised TPR manufacturing operations, coordinating production flow, equipment availability, material handling and maintenance. • Controlled polymer-processing parameters across material preparation, melting, extrusion/coating, roller and finishing processes. • Investigated coating, bonding and process defects using root-cause analysis, strengthened standard operating procedures and supported continuous improvement.

• Managed carpet-finishing operations covering material handling, latex application, roller processing, thermal curing, dimensional stabilisation and final finishing. • Monitored temperature, alignment, tension and equipment settings to maintain stable processing conditions. • Investigated quality defects, implemented corrective actions, conducted in-process and final inspections, and maintained production and quality documentation.

• Gained practical exposure to large-scale precision manufacturing, machining, assembly, inspection and final quality verification. • Developed working knowledge of CNC machining, conventional manufacturing methods, industrial tooling and precision measurement systems. • Participated in equipment inspections, preventive maintenance and production monitoring while observing industrial safety and process control practices.

Modules: Industrial Big Data Analysis and Mining; Modelling and Optimisation; Advanced Solid Mechanics; Vehicle Powertrain and Dynamics; Automotive Tribology, Noise, Vibration and Harshness. Dissertation: Technology and Economic Assessment of Hybrid Renewable Energy System.

Selected coursework: Manufacturing Processes; Machine Design; CAD/CAM; Engineering Materials; Thermodynamics; Fluid Mechanics; Mechanical Vibrations; Control Engineering; HVAC; Industrial Engineering. Final-year project focused on renewable-energy engineering.