Walid

Aerospace Engineer & Embedded Systems

Casablanca, Moroccocontact@walid.engwalid.eng
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01 // Profile

I am an aeronautical engineering student specializing in embedded systems, based in Berrechid, Morocco. My passion lies at the exact intersection of mechanical design and software development—where physical structures meet digital intelligence. My current technical focus spans the entire engineering spectrum. On the hardware side, I design advanced aerospace surfaces and simulate complex kinematic assemblies using CATIA V5. On the software side, I leverage Python and C/C++ to develop numerical solvers for thermal analysis and process engineering data. Looking forward, my goal is to architect the embedded systems that will drive next-generation autonomous vehicles.

02 // Experience

2023 - 2024

ALX Web Development Program

ALX, African Leadership Group • Remote
  • Collaborated in agile teams to deliver complex technical projects under strict deadlines.
  • Developed rigorous documentation and version control habits (Git), transferable to industrial quality standards.
  • Gained proficiency in data structuring and UI logic, enhancing ability to design intuitive control interfaces.

03 // Selected Works

Jan 2026 - Mar 2026

Boeing 737-9 MAX Surface Modeling

Advanced Surfacing and Assembly Management. Full 3D modeling of the fuselage and wings using Generative Shape Design (GSD) to ensure aerodynamic continuity. Managed a large-scale assembly hierarchy, integrating landing gear and empennage structures. Reverse-engineered structural components to validate geometric accuracy.

Catia V5GSDAssemblyAerospace Design
Jan 2026

Radial Engine & V8 Mechanism Design

Detailed parametric modeling of engine components using Part Design. Simulated the combustion cycle movement using DMU Kinematics to detect collisions and validate clearance. Generated 2D technical drawings with GD&T standards.

Catia V5Part DesignDMU KinematicsDrafting
Nov 2025

Thermal Dissipation Analysis

Developed a numerical solver to model heat transfer (Conduction/Convection) in engine cooling fins. Simulated steady-state temperature distribution across cylindrical geometries using Fourier's Law and visualized thermal gradients to optimize material selection.

PythonThermodynamicsNumerical Methods

04 // Education

2025 - 2028

ENSA Berrechid, Hassan 1st University

Engineering Degree in Aeronautical Engineering (Embedded Systems)

Relevant Coursework: CAD (Catia V5), Signal Processing, Thermodynamics, Heat Transfer, C++, Python. Member of Aero Club ENSAB: Active participation in technical workshops and drone design competitions.

2023 - 2025

ENSA Berrechid, Hassan 1st University

Preparatory Cycle (Maths, Physics, Engineering Science)

05 // Technical Arsenal

Engineering

  • CATIA V5 / V6
  • SolidWorks
  • ANSYS Fluent
  • Thermodynamics

Embedded

  • C / C++ (Advanced)
  • STM32 (HAL/LL)
  • RTOS (FreeRTOS)
  • PCB Design (KiCad)

Software

  • Python / MATLAB
  • Git / CI/CD
  • Linux / Bash
  • React / Next.js

06 // Certifications

Certificate 1

Python for Everybody Specialization

University of Michigan

Data Structures & Algorithms

Certificate 2

Meta Front-End Developer Certificate

Meta

Project Management & UI Design