MD ASIF MECHANICAL ENGINEER
H E L L O   W O R L D !

MD ASIF

Propulsion & Vehicle Dynamics Engineer specializing in structural FEA analysis, multi-axis kinematic systems, and Stirling thermodynamic cryocooler simulations.

✦ THERMODYNAMICS ✦ FEA & CFD ANALYSIS ✦ KINEMATICS ✦ VEHICLE DYNAMICS ✦ PROPULSION SYSTEMS ✦ REVERSE ENGINEERING ✦ VEHICLE DYNAMICS ✦ FEA & CFD ANALYSIS ✦ KINEMATICS ✦ PROPULSION SYSTEMS ✦ THERMODYNAMICS ✦ REVERSE ENGINEERING
✦ SOLIDWORKS ✦ ANSYS MECHANICAL ✦ FLUENT CFD ✦ MATLAB / PYTHON ✦ COMPOSITE LAY-UP ✦ SOLAR VEHICLES ✦ SOLIDWORKS ✦ ANSYS MECHANICAL ✦ FLUENT CFD ✦ MATLAB / PYTHON ✦ COMPOSITE LAY-UP ✦ ESVC & BSVC SOLAR VEHICLES
FEATURED CASE STUDIES

SELECTED PROJECTS

0 1

WHEEL ASSEMBLY

VEHICLE DYNAMICS / FEA / MANUFACTURE

PROJECT SUMMARY
  • — Designed custom lightweight hub & steering knuckle for ESVC solar car.
  • — Optimized corner structural integrity using Finite Element Analysis (FEA).
  • — Reduced total unsprung mass while preserving critical load handling parameters.
CAD MODEL • STEERING KNUCKLE ASSEMBLY
Wheel Assembly Steering Knuckle CAD
ESVC SOLAR CAR HUB / FEA PASS
0 2

F35-3BSM KINEMATICS

REVERSE ENGINEERING / CAD / PRODUCT DESIGN

PROJECT SUMMARY
  • — Reverse-engineering the F-35 thrust-vectoring nozzle kinematics layout.
  • — Simulating multi-axis 3-bearing gear rotation matrices for VTOL transitions.
3-BEARING SWIVEL MODULE (3BSM)
F35-3BSM Kinematics CAD Nozzle
VTOL THRUST VECTORING / 90° DEFLECTION
0 3

STIRLING CRYOCOOLER

THERMODYNAMICS / FEA & CFD / CAD

PROJECT SUMMARY
  • — Formulated 1D thermodynamic model in Python/MATLAB via Schmidt theory (5 W at 80 K).
  • — Engineered 3D CAD assemblies for compressor, mesh regenerator, and displacer in SolidWorks.
  • — Analyzed CFD/transient thermal mesh matrices and simulated COP to yield 15% efficiency boost.
• WORK IN PROGRESS
WORK IN PROGRESS

Schmidt Theory 1D Matrix • 5W at 80K Thermal Regenerator Mesh Simulation

COP SIMULATION: +15% EFFICIENT
CAREER HISTORY & RESEARCH

EXPERIENCE

TEAM DTU SUPERMILEAGE

FULL-TIME • 1 YR 3 MOS

DELHI, INDIA • ON-SITE

VEHICLE DYNAMICS | LEAD

AUG 2025 - PRESENT • 10 MOS

Leading the Vehicle Dynamics division for DTU's high-efficiency prototype vehicles. Directing motor/engine integration, steering assembly design, suspension layout architectures, and cross-functional engineering management.

SOLIDWORKS ANSYS MECHANICAL

PROPULSION AND DYNAMICS | CO-HEAD

AUG 2025

Co-directed initial team setup, vehicle dynamic simulation models, and subsystem layout integrations for prototype testing.

PROPULSION & DYNAMICS | MEMBER

MAR 2025 - AUG 2025 • 6 MOS

DRDO

DEFENCE RESEARCH & DEVELOPMENT ORGANISATION

RESEARCH INTERN • INTERNSHIP

DEC 2025 - JAN 2026 • 2 MOS

DIRECT CONTACT & QUOTES

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LOCATION: NEW DELHI, INDIA PORTFOLIO: MDASIF.IN