- Utilize ANSYS for thermal, structural, electromagnetic and vibrational analysis to optimize designs.- Evaluate ASME, IEEE and IEC standards for product compliance.- Manage product lifecycle, extracting data like BOM, 3D models, and material specifications.- Drive innovative switchgear design using extensive mechanical engineering knowledge.- Create detailed 2D and 3D models and technical drawings with AutoCAD, Autodesk Inventor, PTC Creo, Excel, and SolidWorks.- Collaborate with electrical engineers, manufacturing specialists, and project managers for seamless product integration.- Conduct analysis, testing, and validation of prototypes to optimize performance, reliability, and efficiency.- Apply engineering calculations, tolerance analysis, and design optimization to enhance functionality and reduce costs.- Ensure compliance with industry standards and regulations, incorporating latest advancements.- Provide technical support to manufacturing teams, troubleshooting design issues.- Participate in design reviews, brainstorming sessions, and continuous improvement initiatives.

- Orientation and demonstration of WAPDA utility specifications / standards for LV, MV, Breakers, Copper & LBS etc. Submission of reports- Awareness of NTDC P-44:2018; 11kV Metal-Clad Switchgear. IEC Publications; standards for the manufacturing of switchgear- SLDs in design department, components of Electrical switchgear panels and distribution board like relays, CT, PT and Type Tests- Segregation Types and IEC 60529 (IP-Ingress Protection) application on enclosures- Sheet Metal Process, CNC Machines, Bending Machines and Lazer Cutting Machines in Fabrication Sections in Production Department- GA (General Arrangement) and fabrication of Electrical Panels components, compartments, and partitions. - Cable Spurt Plates and Mounting properties.

MECH/056255

• Tested, calibrated, and applied Intellitrex 2 spectrophotometer (Rutherford) and eXrite densitometer for precise measurements• Executed offset printing on KOENIG & BAUER Rapida 106, controlling the technical parameters• Managed production rates on Bobst NOVOCut and KBAs IBERICA machines for die-cutting, folding, and lamination• Learned the correction methods of TVI and usage of CIE-L*a*b for the value of Delta-E, the CMYK and RGB conversions• Took ISO-9001 workshop conducted by Heidelberger Druckmaschinen, ensuring adherence to quality standards in operations• Implemented job sheet jargons, formats, and strategies for efficient production planning and customer management• Checked weekly, monthly, and yearly preventive maintenance, keeping in view TPM protocols.• Participated in a workshop on KPIs and Risk Management specific to offset printing operations.• Oversaw production and operations on ManRoland 706 and 707, focusing on technical nuances• Scrutinized RMS, covering Raw Material Store, Buffer Zones, Material Rejected by QC, and Issuance Areas• Prepared a detailed report on Pile Making Process, Nonstop Feeding, and Infeeds for KBAs and Rolands• Demonstrated expertise in Sensoric Infeed System (SIS), side-lays and front-lays for precise control in offset printing• Ensured water-based solutions met specifications: water 86%, alcohol 10%, pH 4.5 to 5.5, water at 10°C, solution conductivity 1100 to 1200, raw water conductivity 300 to 350, and pH at 7.0• Monitored standard values for plate thickness (0.27 mm), blanket thickness (1.95 mm), and packing blanket (0.75 mm) on Roland 706 and 707• Applied ink drying methods through oxidation, penetration, evaporation, and absorption• Diagnosed and resolved printing problems (scum, smudging, slurring, ghosting) by adjusting dampening roller, pressure, and blanket settings with attention to technical data

• Worked on isometric diagrams, welding, NDT methods.• Explored welding types: SMAW, GTAW, GMAW, FCAW, SAW.• Examined ASME codes, witnessed hydro tests, learned about Heat Exchangers.• Gained insights into materials: SA-516 Gr 70, SA-36, SS-304, SS-316, SS-308.• Explored Descon’s products: Heat Exchangers, Pressure Vessels, Boilers, Fin Fan Coolers.• Learned IDM documentation for quality inspection.• Studied testing: Ultrasonic, Radiography, Magnetic Particle, Die Penetrant.• Understood project flowchart for acquisition and dispatch.• Explored QA/QC departments’ role in ensuring quality standards.• Appreciated support from Mr. Sajjid Manzoor and QC inspectors.• Developed understanding of pressure vessels, boilers, and fin fan coolers.• Learned about ASME codes, hydrostatic testing, and welding techniques.• Explored IDM structure and its importance in quality inspection.• Studied QA/QC department’s purpose and job at Descon.• Explored testing methods used in the industry.• Acknowledged the importance of quality documentation in inspection.• Appreciated the collaborative environment and valuable experiences.• Gained practical insights into the field of Quality Control/Quality Assurance.

• Explored overhauling, focusing on Mirage and JF-17 Thunder Aircrafts.• Witnessed JF-17 Thunder Aircraft manufacturing at Pakistan Aeronautical Complex.• Studied PAC's history, evolving from overhauling to indigenous aircraft production.• Examined JF-17's specifications, design features, and progress since 2007.• Explored the aircraft's flight control, fuel system, and diverse weapons capability.• Investigated Giraffe Radars, noting their digital fire control system features.• Explored KLJ-7 Airborne Radar's X-band frequency, operational modes, and reliability.• Learned about PAC's exclusive rights for 58% of JF-17 airframe co-production work.• Highlighted the final assembly and flight testing of JF-17 at PAC, starting in 2009.• Emphasized the aircraft's aerodynamics, landing gear, and cockpit features.• Examined avionics suite importance, enhancing JF-17's weapon platform effectiveness.• Explored PAC's role in providing comprehensive aviation standard testing facilities.• Delved into the development and production achievements of PAC's Aircraft Manufacturing Factory.• Gained insights into Giraffe Radar's collaboration with Selex Galileo Italy.• Explored KLJ-7 Airborne Radar's components, including antenna, receiver, transmitter, processor, and power supply units.