Shuaib B.

THERMAL & NVH
• Electronics cooling
• Heat sinks and cold plates
• Liquid cooling
• Heat exchangers
• Thermal resistance optimization
• Fan and airflow acoustics
• Noise and vibration investigation
• NVH analysis

WHY CLIENTS HIRE ME

I do not provide black-box simulations with screenshots and a “trust me” conclusion.

My simulation work is built so that your engineers, investors, manufacturers, or certification teams can understand and defend the results.

Depending on the project, deliverables can include:

• Mesh-independence and convergence evidence
• Y+ verification
• Residual histories
• Boundary-condition justification
• Analytical or experimental validation
• Pressure, velocity, temperature, stress, and deformation plots
• Flow-uniformity analysis
• Parametric design comparisons
• Design recommendations
• Manufacturing implications
• Executive engineering summaries
• Native simulation and CAD files

For optimization-heavy projects, I also use Python-driven automation with OpenFOAM and other solvers to evaluate design spaces far beyond what is practical using manual simulation workflows.

SELECTED ENGINEERING WORK

224,000-POINT CFD OPTIMIZATION — HEAT EXCHANGER
Built an automated CFD optimization workflow for a centrifugal heat-exchanger architecture. A 224,000-point design-space sweep identified geometry changes capable of more than doubling predicted system COP.

MULTIPHASE BRINE–CO₂ FLOW & CORROSION MODELLING
Developing multiphase CFD models for oil-field pipework incorporating species transport and operating-condition sensitivity to understand flow behaviour and corrosion-critical regions.

USC-APPROVED BACKFLOW VALVE
Performed CFD pressure-loss validation across six valve configurations for a backflow-prevention system developed around AWWA C510 requirements.

32-MONTH PRODUCT-DEVELOPMENT ENGAGEMENT
Served as Principal Mechanical Engineer on a long-term product-development program covering CAD, thermal engineering, mechanical design, prototyping, testing, and manufacturing support.

ADAPTIVE AIRLESS TYRE
Completed coupled structural and thermal feasibility analysis of a patented adaptive airless tyre using nonlinear FEA, CalculiX, and Gmsh.

UNIVERSITY WIND-TUNNEL DEVELOPMENT
Performed CFD development of a wind-tunnel contraction section, achieving less than 1% RMS velocity-profile variation within the working section.

ELECTRONICS COOLING & THERMAL SYSTEMS
Designed and analysed cooling architectures for compact electronics, enclosed computing systems, heat exchangers, cold plates, fans, and forced-convection systems.

SOFTWARE

ANSYS Fluent
ANSYS Mechanical
OpenFOAM
SOLIDWORKS
SOLIDWORKS Flow Simulation
STAR-CCM+
COMSOL Multiphysics
SimScale
CalculiX
Gmsh
Fusion 360
AutoCAD
MATLAB
Python

CREDENTIALS

• BSc Eng (Hons) Mechanical Engineering
• Advanced engineering and simulation specialization
• Aerospace design involvement since 2019
• Inventor on USPTO