Muhammad Humza Siddiqui Engineering, CAD, CFD, FEA
No reviews yet

I am an Aerospace and Mechanical Engineering graduate with a solid foundation in computational modeling, design, and experimental validation. My expertise spans CFD (ANSYS Fluent, MATLAB), CAD design (SolidWorks, CATIA, Solid Edge, Auto CAD), and FEA analysis (ANSYS Mechanical, LS-DYNA, Abaqus, PrePomax, Calculix ), enabling me to teach complex engineering concepts with clarity and practical relevance.

I have hands-on experience in thermal-fluid systems, structural stress testing, and vibration analysis, gained through industry roles and academic projects. My work includes optimizing HVAC systems for aerospace applications, conducting wind tunnel experiments, and developing simulation workflows for advanced prototypes. I am skilled in translating theoretical principles into real-world applications, making learning engaging and impactful.

As a former Teaching Assistant at Arizona State University, I have successfully guided students in Statics, CAD/CAM modeling, and mechanical load testing, helping them strengthen problem-solving and analytical skills. My teaching approach emphasizes conceptual understanding, practical examples, and structured problem-solving strategies.

Whether you need help with engineering fundamentals, design software, or advanced simulation techniques, I can provide personalized lessons tailored to your goals. My aim is to make complex topics accessible and help you build confidence in applying engineering principles effectively.

Subjects

  • English Beginner-Expert

  • Physics Beginner-Expert

  • Math Beginner-Expert

  • MATLAB Beginner-Intermediate

  • Mechanical Design Beginner-Intermediate

  • Aerospace Engineering Beginner-Expert

  • Fluid Dynamics Beginner-Expert

  • Aerodynamics Beginner-Intermediate

  • Statistical Data Analysis Beginner-Intermediate

  • Rocket Propulsion Beginner-Intermediate

  • Material Engineering Beginner-Intermediate

Experience

  • Entry Level Engineer (Sep, 2025–Present) at Smart Mouth Technology, Montana
    Supporting Finite Element Analysis (FEA) by building, validating, and automating simulation workflows. Contributing to CAD design and modeling for prototypes. Conducting research and technical documentation.
  • Capstone Project Lead (Aug, 2024–May, 2025) at Arizona State University (ASU), United States
    Engineered thermal and fluid systems for Mars lander and ascent vehicle under Martian and microgravity conditions using NASA standards. Led CFD and FEA modeling (ANSYS Fluent, SolidWorks) to optimize aerodynamics and structural integrity at ascent pressures of 1700 N/m². Managed hardware development including robotic extraction, feed systems, and trajectory analysis through SRR, PDR, and CDR reviews. Conducted wind tunnel tests with integrated DAQ and sensors, applying 3D printing and CNC machining for rapid prototyping. Processed flow visualization data in MATLAB and delivered TRL ≥ 5 with risk, cost, and delta-V modeling.
  • Thermal and Fluid System Engineer (May, 2024–Mar, 2025) at Smartix, Jeddah
    Led CFD and FEM analysis on 30+ HVAC and electromechanical interior systems, improving airflow efficiency by 12% and reducing energy consumption by 8%. Designed and executed structural and thermal validation campaigns with DAQ, IR sensors, and load testing, ensuring aerospace components met performance and safety requirements. Optimized CAD models in CATIA/SolidWorks, improving airflow uniformity by 15% and reducing stress concentrations in support structures.
  • CFD Engineer (Jan, 2024–May, 2025) at Arizona State University (ASU), United States
    Ran advanced simulations in ANSYS Fluent and OpenFOAM involving compressible/incompressible flows and turbulent heat transfer. Applied robust numerical schemes (Crank-Nicolson, FTCS, Adams-Bashforth, Lax-Wendroff, Richardson Extrapolation). Validated simulation accuracy through rigorous grid convergence and GCI analyses.
  • Manufacturing and Automation Engineer (May, 2023–Feb, 2024) at GPTE, Jeddah
    Modeled and redesigned fixtures and fluid housings to improve manufacturability, reducing machining setup time by 20%.Performed vibration, fatigue, and stress analyses, achieving 20% reduction in stress concentrations. Conducted GD&T inspections on 100+ aerospace
    components, ensuring quality and adherence to standards. Digitized workflows to eliminate redundant steps and streamline production processes. Contributed to automation layout planning for CNC lathe and 5-axis mills.
  • Teachers Assistant (Aug, 2022–Dec, 2024) at Arizona State University (ASU), United States
    Supported labs in CAD/CAM modeling, fixture applications, and mechanical load testing. Delivered tutorials and exam reviews for Statics, enhancing student problem-solving and communication skills. Provided engineering shop support in machine design and statics
    labs, including fixture use and load cell testing.

Education

  • BSE in Aerospace Engineering (Astronautics) (Aug, 2021–May, 2025) from Arizona State University, Tempe
  • Engineering (Feb, 2020–Mar, 2021) from University of New South Wales, Sydney, Australia

Fee details

    US$10–25/hour (US$10–25/hour)

Reviews

No reviews yet. Be the first one to review this tutor.

© 2016 - 2026 TeacherOn. All rights reserved