Maham | Portfolio

I am a Computational Fluid Dynamics Research Engineer with a strong focus on bio-inspired flows, vortex dynamics, and multiphysics transport phenomena. My work is at the intersection of fluid mechanics, numerical simulation, and physical insight, translating complex flow physics into engineering-relevant understanding.

Research Interest(s):

(a). Underwater Sensing.

(b). Computational Fluid Dynamics.

(c). Bio-Inspired Propulsion Mechanisms.

My professional background spans MSc-level research and industry R&D, with hands-on expertise in high-fidelty CFD working with Dr. Khalid, P.Eng. and Dr. Chengyu Li, collaborating with Lakehead University, Canada and Case Western Reserve University, USA.

My research has resulted in peer-reviewed journal publications, conference presentations, and awards, including the Graduate President’s Award. I am motivated by problems that combine physics-driven modeling, innovation, and publication-oriented research.

Academic Background

Sept 2023 – April 2025

Lakehead University, Canada

Masters of Sciences (M.Sc), Mechanical Engineering

Thesis: 3D & 2D Coupled Vortex-Odor Dynamics (Underwater Sensing)

CGPA: 90% (A+)

Thesis Defence Video

Sept 2018 – Aug 2022

Air University

Bachelors of Sciences (B.Sc), Mechanical Engineering

Thesis: Aerothermal Design Analysis of Fighter Jet Aircraft

CGPA: 3.56 / 4.00 (A+)

Research

Google Scholar Profile

3D Coupled Vortex-Odor Dynamics for Schooling Swimmers

Examining the influence of fish schooling on the suppression or dispersion of odor in the vortical wakes. M. Kamran*, C. Li, and M.S.U Khalid.

In-Progress Publication & Research

3D Coupled Vortex-Odor Dynamics for Solitary Swimmers

On the role of morphology and kinematics of biological swimmers to spread and suppress their odors in the wake Maham Kamran*, A. Fardi, C. Li, and MSU Khalid.

Publication

2D Coupled Vortex-Odor Dynamics

How does vortex dynamics help undulating bodies spread odor? [ Publication DOI: 10.1063/5.0235768] Maham Kamran*, A. Fardi, C. Li, and MSU Khalid

Publication

Aerothermal Design Analysis of Aircraft

Aerothermal Design Analysis of Dorsal Mounted Avionics LRU in Unconditioned Bay Maham Kamran*, Dr. Ali Sarosh

Confidential Research

Experience

June 2025 – Present

Thunder Bay, Canada

R&D Research Associate: Computational Fluid Dynamics Engineer

Nature-Inspired Engineering Research Lab (NIERL)

Designing and developing a bio-inspired fin propulsive mechanism for marine vessels, integrating mechanical design with fish-like kinematics.
Performing high-fidelity CFD analyses to study hydrodynamic performance, optimizing fin geometry and motion for improved propulsion efficiency and maneuverability.

Sept 2023 – April 2025

Thunder Bay, Canada

R&D Engineer: Graduate Research Assistant

Lakehead University (NIERL Lab)

Conducted a comprehensive 3D investigation of integrated vortex--odor dynamics for solitary undulatory swimmers.
Performed quantitative analysis of normalized odor effectiveness to assess overall odor detection performance.
Executed CFD simulations of odor--vortex dynamics using an immersed-boundary solver, focusing on waveform patterns, Strouhal and Reynolds numbers, and diffusion-convection interplay for bio-inspired AUV design.

Jan 2025 – March 2025

Cleveland, USA

Research Fellowship | MITACS Internship

Case Western Reserve University

Conducting comprehensive research on Fluid-Structure-Chemical Interactions (FSCI) in 3D undulatory swimmers, with emphasis on schooling behavior in anguilliform and carangiform species.
ILeveraging advanced CFD simulations to investigate coupled vortex--odor dynamics in fish wakes for improved underwater sensing and bio-inspired AUV design.

Aug 2022 – July 2023

Islamabad + Australia

Graduate Asset Integrity Engineer

Abyss Solutions Inc.

Inspected offshore oil and gas platforms for Occidental-Anadarko and British Petroleum using P\&ID drawings and Navisworks GAD models.
Supervised development and deployment of machine learning workflows for contextualizing platform layouts and detecting corrosion on pressure equipment for Abyss Fabric products, leveraging dense cloud tagging for enhanced analysis.
Performed discrepancy analysis and redlining of P\&IDs to improve offshore asset integrity, reduce operational risk, and support safer workplaces.
Prepared corrosion assessment and condition monitoring reports in accordance with API standards, including API 580 (Risk-Based Inspection), API 570 (Piping Inspector), and API 571 (Corrosion and Materials).

Sept 2021 – June 2022

Isb, PK

Analytical Aero-thermal Engineer

Shock and Stars Pvt Ltd

Confidential project (NDA). Conducted comprehensive research on aerothermal behavior and cooling strategies for electronic enclosures, ensuring compliance with MIL-STD-5400 requirements for line-replaceable units (LRUs) across varying altitudes.
Introduced and evaluated multiple passive and active heat-transfer methods within the aerothermal design framework.
Developed an analytical aerothermal model and implemented solution workflows.
Validated analytical and experimental findings through detailed Computational Fluid Dynamics (CFD) simulations.

Aug 2021 – Sept 2021