• Mohammad Ghadri

  • Mechanical Engineer | Machine Learning

Max Ghadri

About Me

Industry Experience:
Airbus | Mechanical Engineer Intern
Pishgam Daghigh Sazan (PDS) | Mechanical Engineer Intern
Bidboland 1 – Gas Processing  | Mechanical Engineer Intern

• Solid background in Mechanical Engineering:
MSc & BSc, Ranked 3 out of 79 among all BSc graduates.

Data Science background:
Machine Learning, Deep Learning, Time Series Analysis, Image Processing, SQL, Mathematics, Statistics, Visualization, Python, and R.

Projects:
I did 64 projects for 31 courses using 9 software and 5 coding languages. More details about my projects (Link).

Recommendations:
Please see my related recommendations on Linkedin (Link).

Industry Experience

Summer 2023 | Mechanical Engineer Intern at Airbus

  • Deployed Machine Learning models to assess the A220 buoyancy and accommodate any changes in specifications to ensure its effective performance in emergency water landings (ditching).
  • Developed simulations to investigate 17 different ditching scenarios assuring A220 would remain afloat for an adequate duration, allowing passengers and crew to evacuate into lifeboats safely.
  • Validated the developed model with the last tool, which has been in use since 2008.

Summer 2020 | Mechanical Engineer Intern at Pishgam Daghigh Sazan (PDS)

  • PDS was a startup with 20 employees. Some of my duties included assisting the founder and CEO, handling technical issues, and negotiating with the company’s customers and key partners.
  • Worked in the tooling workshop.
  • Assisted Production, Marketing (Advertising, Selling, Delivering), and After-sales Services processes.

Summer 2019 | Mechanical Engineer Intern at Bidboland 1 – Gas Processing

  • Assisted the engineers in the technical office with double-checking the data collected by the technicians.
  • Visited various sites of the refinery to observe the practical application of theoretical knowledge as part of the internship benefits/contract.
  • Took the HSE workshop as part of the internship benefits/contract.

Education

· MSc | Mechanical Engineering | 2021 – 2023 | Concordia University, QC, Canada. 

· BSc  | Mechanical Engineering | 2017 – 2021 | Shahid Chamran University of Ahvaz.

              Ranked as 3 out of 79 among all BSc graduates.  

Mechanical Engineering Projects

25. Course: Specialized Project, Software: ABAQUS, Projects’ title: 25.1 Simulating Friction Stir Welding (FSW) (1. Subroutine DFLUX, 2. Coupled Eulerian-Lagrangian (CEL))

24. Course: Industrial Drawing 2, Software: SOLIDWORKS, Projects’ titles: 24.1 Assignments, 24.2. Project: Clamp mini bench vice.

23. Course: Technology of Welding Methods, Research project’s title: 23.1. Translating, summarizing, and presenting the article: Effect of friction stir welding (FSW) on the electrochemical behavior and galvanic coupling of AA2024-T3 and AA7475-T651.

22. Course: Introduction to Computational Fluid, Software: Tecplot, Matlab, Projects’ title: 22.1 Problem Modeling.

21. Course: Introduction to Mechatronics, Coding languages: Arduino, Projects’ title: 21.1 DIY Camera Slider with Pan and Tilt Head.

20. Course: Composite Materials, Software: ABAQUS, Projects’ title: 20.1 Modeling and Analyzing Different Composite Materials in ABAQUS.

19. Course: Fundamental of Electrical Engineering Lab, Software: PSIM, Project’s titles: 19.1. Modeling the experiments in PSIM.

18. Course: Design of Components 2, Research project’s title: 18.1. Calculating, and presenting the project: Designing Gearbox, Differential, Brake and clutch systems, … for a car.

17. Course: Knowledge of Industrial Metals, Research project’s title: 17.1. Reviewing, summarizing, and presenting the article: Interaction of hot corrosion fatigue and load dwell periods on a nickel-base single crystal superalloy.

16. Course: Project Management and Control, Research project’s title: 16.1. Reviewing, summarizing, and presenting the article: SWOT Analysis Of Apple Company.

15. Course: Specialized English for Mechanics, Research project’s title: 15.1. Articles reviewing, summarizing, and presenting.

14. Course: Production Methods and Workshop, Research project’s title: 14.1. Reviewing, summarizing, and presenting the article: Modern methods of Die Cast.

13. Course: Automatic Control, Coding languages: MATLAB, Projects’ titles: 13.1. Autonomous Underwater Vehicle controller Design, 13.2. Designing Phase Lead Compensator

12. Course: Thermodynamics 1, Software: ANSYS Fluent, Project’s title: 12.1. Heat Exchanger Temperature Analysis

11. Course: Fluid Mechanics, Software: ANSYS Fluent, MATLAB, Excel, EES, Projects’ titles: 11.1. Providing Moody diagram, 11.2. NACA 0015 Drag Coefficient Analysis, 11.3. NACA 4412 Drag and Lift Coefficient Analysis, 11.4. F16 Aircraft Fluent (FluidFlow) Analysis, 11.5. Centrifugal Pump Velocity Analysis, 11.6. Axial Fan Velocity Analysis, 11.7. Compressible Flow

10. Course: Mechanical Vibrations, Software: MSC Adams, Project’s title: 10.1. Governor Analysis

9. Course: Dynamics of Machinery, Software: SOLIDWORKS + MSC Adams, Projects’ titles: 9.1. Engine Camshaft Motion Analysis, 9.2. AVT Bike Motion Analysis

8. Course: Design of Components 1, Software: ANSYS Workbench, ABAQUS, Projects’ titles: 8.1. Shaft Torsion Stress and Strain Analysis, 8.2. Stress Concentration Analysis

7. Course: Materials Science, Experimental project: 7.1. Performing metallographic tests in Metallography Laboratory, Research project’s title: 7.2. Reviewing, summarizing, and presenting the article: Failure criteria of unidirectional carbon fiber reinforced polymer composites informed by a computational micromechanics model.

6. Course: Dynamics, Software: MSC Adams, Project’s title: 6.1. Slider Crank Mechanism Analysis

5. Course: Strength of Materials, Software: ANSYS Workbench, Projects’ titles: 5.1. Spring Structural Analysis, 5.2. Chair Structural Analysis, 5.3. Bicycle Frame Structural Analysis, 5.4. Femur Bone Stress and Strain Analysis, 5.5. 3D Truss Bridge Stress and Stress Analysis

4. Course: Numerical Computations, Coding language: C++, Fortran, Projects’ titles: Formula modeling: Root-Finding (Methods: 4.1. Bracketing, 4.2. Interpolation, 4.3. Newton), 4.4. Lagrange Polynomials, 4.5. Regression Analysis, Closed Newton–Cotes Formulas for numerical integration (Methods: 4.6. Simpson’s Rule, 4.7. Composite Trapezoid Rule, 4.8. Composite Simpson’s Rule), 4.9. Solving Quadratic Equation, 4.10. Solving n equation n unknown system, 4.11. Solving polynomial equation, 4.12. Lagrange Metod for two-variable function

3. Course: Industrial Drawing 1, Software: SOLIDWORKS, Project’s title: 3.1. Sketching 3D Objects

2. Course: Computer Programming, Coding language: C++, Projects’ titles: 2.1. Students Report card + Details and their statistical information, 2.2. Adding two matrices, 2.3. Finding Minimum Number

1. Course: Statics, Software: ANSYS Workbench, Project’s title: 1.1. 3D Truss Bridge Stress and Strain Analysis

Machine Learning Background

I have hands-on experience with both Machine Learning (ML) and Deep Learning (DL) techniques. Among my notable endeavors in ML, I’ve advanced engineering methods at Airbus, deploying ML models to evaluate the A220’s safety during emergency water landings, commonly referred to as “ditching”. In the DL domain, I’ve explored Real-Time Object Detection, a cornerstone for Self-Driving Cars. These projects are just a glimpse of my extensive portfolio. Armed with expertise in Python, R, and C++, I bridge engineering with data science to forge impactful solutions.  This is well-supported by the recommendations that highlight my practical skills. (Link).

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    Recommendations

    Hamid Shojaei | Data Scientist | Physics Ph.D. | Excelacom

    Mohammad's mentor

    Over the last few years, I have taught Max machine learning algorithms, Deep Learning, Time Series forecasting, and advanced Python, and R programming. He not only pays attention to the details but also has a bird-eye view of the concepts, which makes him very capable of joining any machine learning project. On his journey toward becoming a data scientist, Mohammad is highly motivated, organized, and focused.

    Reference: LinkedIn

    Mostafa MR | Data Scientist PhD Candidate | Bowling Green State University

    Mohammad's mentor

    As part of our collaboration since 2021, Max and I worked together to collect and organize valuable code examples and Machine Learning concepts to be used later in our projects. As a result, he now has a solid background in Data Science, including Machine Learning, Deep Learning, Data Mining, Visualization, STAT, Python, and R.

    Reference: LinkedIn