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I am a results-driven Mechanical Engineer with 5+ years of experience in advanced finite element analysis for mission-critical aerospace systems. I specialize in ANSYS-based structural simulation, composite lightweighting, and hyper-elastic material modeling, delivering validated solutions with 98% test correlation across 200+ analyses and achieving 30-42% weight reduction through optimized composites. I drive design efficiency via automation and first-pass accuracy—reducing design cycles by 35-45% with MATLAB/ANSYS scripting, validating models with test data (Yeoh, Ogden, Mooney-Rivlin), and improving buckling margins and modal/resonance performance. I also mentor junior analysts and tailor robust, MIL-STD-810 compliant testing workflows.…I am a results-driven Mechanical Engineer with 5+ years of experience in advanced finite element analysis for mission-critical aerospace systems. I specialize in ANSYS-based structural simulation, composite lightweighting, and hyper-elastic material modeling, delivering validated solutions with 98% test correlation across 200+ analyses and achieving 30-42% weight reduction through optimized composites. I drive design efficiency via automation and first-pass accuracy—reducing design cycles by 35-45% with MATLAB/ANSYS scripting, validating models with test data (Yeoh, Ogden, Mooney-Rivlin), and improving buckling margins and modal/resonance performance. I also mentor junior analysts and tailor robust, MIL-STD-810 compliant testing workflows.

Ahmad Fraz

Designer, 3D Designer, Product Designer, +3

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I am a results-driven Mechanical Engineer with 5+ years of experience in advanced finite element analysis for mission-critical aerospace systems. I specialize in ANSYS-based structural simulation, composite lightweighting, and hyper-elastic material modeling, delivering validated solutions with 98% test correlation across 200+ analyses and achieving 30-42% weight reduction through optimized composites. I drive design efficiency via automation and first-pass accuracy—reducing design cycles by 35-45% with MATLAB/ANSYS scripting, validating models with test data (Yeoh, Ogden, Mooney-Rivlin), and improving buckling margins and modal/resonance performance. I also mentor junior analysts and tailor robust, MIL-STD-810 compliant testing workflows.…I am a results-driven Mechanical Engineer with 5+ years of experience in advanced finite element analysis for mission-critical aerospace systems. I specialize in ANSYS-based structural simulation, composite lightweighting, and hyper-elastic material modeling, delivering validated solutions with 98% test correlation across 200+ analyses and achieving 30-42% weight reduction through optimized composites. I drive design efficiency via automation and first-pass accuracy—reducing design cycles by 35-45% with MATLAB/ANSYS scripting, validating models with test data (Yeoh, Ogden, Mooney-Rivlin), and improving buckling margins and modal/resonance performance. I also mentor junior analysts and tailor robust, MIL-STD-810 compliant testing workflows.

Available to hire

I am a results-driven Mechanical Engineer with 5+ years of experience in advanced finite element analysis for mission-critical aerospace systems. I specialize in ANSYS-based structural simulation, composite lightweighting, and hyper-elastic material modeling, delivering validated solutions with 98% test correlation across 200+ analyses and achieving 30-42% weight reduction through optimized composites.

I drive design efficiency via automation and first-pass accuracy—reducing design cycles by 35-45% with MATLAB/ANSYS scripting, validating models with test data (Yeoh, Ogden, Mooney-Rivlin), and improving buckling margins and modal/resonance performance. I also mentor junior analysts and tailor robust, MIL-STD-810 compliant testing workflows.

Skills

Experience Level

Expert

Expert

Expert

Expert

Language

English

Intermediate

Work Experience

Assistant Manager - Structural Analysis at Public Sector Organization

August 1, 2023 - Present

Delivered 200+ FEA solutions for aerospace structures with 98% correlation to physical tests and zero critical production failures; achieved 30-42% weight reduction in composite conversions while exceeding strength requirements by 15%; reduced design cycles by 35% through thermal-structural coupling analyses for TPS components at 1500°C+; validated hyper-elastic models (Yeoh, Ogden, Mooney-Rivlin) for TVC elastomers with <8% deviation from test data; improved buckling margins by 28% across 50+ thin-walled structures; reduced resonance risk by 65% via modal analysis and implemented MIL-STD-810 compliant random vibration testing; automated FEA workflows with MATLAB/ANSYS scripting; mentored 4 junior analysts.

Junior Engineer - Mechanical (Power & Mechanical Division) at NESPAK

October 1, 2022 - August 1, 2023

Executed ASME PTC 19.1 uncertainty analysis achieving <±1.2% measurement uncertainty for power plant instrumentation; conducted performance testing per ASME PTC 46 for 415 MW Guddu and coal-fired Lucky plants with 98.5% compliance; identified 8 optimization opportunities for 1500+ MW Az-Zour plant, projecting 1.8-2.5% efficiency improvement; evaluated 12+ bids for PKR 8+ billion thermal plant, ensuring NEPRA/ISO/ASME compliance in technical documentation; coordinated data collection across 8+ subsystems with 100% completeness for rehabilitation scope definition.

Visiting Instructor - Mechanical Engineering at Government College of Technology, Jauharabad

September 1, 2019 - October 1, 2022

Trained 120+ students across CNC, Material Testing, Metrology, and Workshop Practice; achieved 88% first-pass quality on ±0.05mm tolerances through hands-on supervision of 150+ machining projects; improved lab completion rates from 78% to 94% and reduced student errors by 45% via structured SOPs; maintained 100% safety record across 300+ lab hours with zero equipment-related incidents.