Ahmed Mohamud O.
Mechanical Engineer — CFD & FEA Analysis | Verification & Validation | Technical Report Writing
Kuala Lumpur,
Malaysia
Global rank:
9,845
/
145,972
Skill pts: 5
About
Mechanical Engineering graduate with hands-on experience in CFD simulation (ANSYS Fluent), structural and FEA fundamentals, and data-driven engineering analysis. Skilled at applying verification practices — including mesh-independence and convergence checks — to support reliable, defensible results, and at translating simulation output and process data into clear, evidence-based technical reports for engineering teams. Combines academic research experience with industrial exposure in process monitoring and analysis. Seeking remote or contract opportunities as a CFD/FEA analyst, applying simulation, verification & validation, and technical report-writing skills to practical engineering problems.
TECHNICAL SKILLS:
Simulation & CFD ANSYS Fluent, ANSYS Meshing, CFD post-processing & flow visualisation
Verification & Validation Mesh-independence & convergence studies, boundary-condition definition
FEA & Structural Structural analysis fundamentals, computational mechanics (CFD & FEA) coursework
Thermal-Fluid Fundamentals Fluid mechanics, applied thermodynamics, heat transfer
CAD & Design SolidWorks — 3D modelling
Programming & Data Python (data analysis), MATLAB (numerical methods), Excel
Technical Reporting Simulation & findings documentation, structured technical reports, engineering recommendations
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TECHNICAL SKILLS:
Simulation & CFD ANSYS Fluent, ANSYS Meshing, CFD post-processing & flow visualisation
Verification & Validation Mesh-independence & convergence studies, boundary-condition definition
FEA & Structural Structural analysis fundamentals, computational mechanics (CFD & FEA) coursework
Thermal-Fluid Fundamentals Fluid mechanics, applied thermodynamics, heat transfer
CAD & Design SolidWorks — 3D modelling
Programming & Data Python (data analysis), MATLAB (numerical methods), Excel
Technical Reporting Simulation & findings documentation, structured technical reports, engineering recommendations
Experience
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Research Assistant
Structural Mechanics & Dynamics Research Group, IIUM — Gombak, Malaysia · Part-time
Aug 2023 –
Sep 2026
3 yrs 1 mos
Batu Caves, Selangor, Malaysia
Research Assistant | Structural Mechanics & Dynamics Research Group, IIUM — Gombak, Malaysia
● Supported active research in mechanical systems and structural analysis, contributing to ongoing academic and applied engineering studies.
● Carried out structured data collection, analysis, and technical documentation across multiple concurrent research activities.
● Worked alongside academic staff and postgraduate researchers, strengthening the rigour and consistency of research deliverables. -
Water Consumption Analysis & Production-Line Optimisation
YTY Industry Sdn Bhd · Internship
Oct 2024 –
Jan 2025
3 mos
Perak, Malaysia
Water Consumption Analysis & Production-Line Optimisation
● Monitored and analysed flow-meter readings and tank-volume data across multiple production stages to understand process behaviour.
● Investigated relationships between flow-rate variability and tank water levels to support operational forecasting.
● Prepared evidence-based findings and recommendations and collaborated with production engineers to review and support water-use efficiency measures.
Education
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International Islamic University Malaysia
Bachelor Mechanical Engineering, Mechanical engineering, 3.15
2021 – 2026
Activities and Societies:
1. Team Leader — Robotics Workshop 10, IIUM | 1st Place
2. Symposium Participant — University in Action | Silver Medal
Team Leader — Robotics Workshop 10, IIUM | 1st Place
● Led a multidisciplinary team through the design, build, and delivery of a robotics project, coordinating tasks and resolving technical challenges under competition conditions.
Symposium Participant — University in Action | Silver Medal
● Presented an applied engineering project to a panel of academic judges, recognised for innovation and presentation clarity.
Other experience
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Aerodynamic Performance Analysis of an F1-in-Schools Car — CFD Simulation
● Built and meshed an external aerodynamic model in SolidWorks and ANSYS Meshing, then simulated flow behaviour in ANSYS Fluent to evaluate drag and downforce.
● Performed mesh-independence studies and monitored solution convergence to verify that results were not sensitive to grid resolution or iteration count.
● Analysed velocity and pressure fields and aerodynamic coefficients (Cd, Cl) to compare front- and rear-wing geometries and inform design decisions.
● Documented modelling assumptions, boundary conditions, and simulation methodology in a structured technical report.
Stats
0 followers, 0 following
Age: 28
Joined: January 10, 2024
Last seen: September 8, 2026
Area of Expertise
Languages
English Professional working proficiency
Location
Kuala Lumpur, Wilayah Persekutuan, Malaysia