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Mohamed Almogtaba A.Y.I

I'm Mechanical Engineer

Who am I ?

An innovative Mechanical Engineer driven by curiosity and creativity. I enjoy blending robotics with digital manufacturing to solve real-world problems.

Mechanical Engineer & Robotics Researcher.

I am a dynamic Mechanical Engineer specializing in robotics and digital manufacturing, with expertise in CAD design, programming, and electronic systems. My work focuses on developing practical solutions that combine precision engineering with cutting-edge technologies.

  • Degree: B.Sc. in Mechanical Engineering
  • Email: mo.mojtaba.01@gmail.com
  • Freelance: Open to Projects
  • Skype: https://join.skype.com/invite/pwcox9GWQaLu
Strengths:
  • Obsessed with building robots that actually work.
  • Never lost to a servo motor in a staring contest.
  • Enjoy designing, printing, and assembling everything.
Weaknesses:
  • Addicted to late-night CAD sessions.
  • Frequently at odds with debugging stubborn code.
  • Can’t resist disassembling things just to see how they work.

Through precision engineering and innovative problem-solving, I strive to create solutions that bridge the gap between theory and practice, driving progress and inspiring future advancements in mechanical systems and robotics

Technologies I use

C++
C++
EasyEDA
EasyEDA
Fusion360
Fusion360
Matlab
Matlab
Python
Python
Solidworks
Solidworks

Skills

Passionate about designing innovative solutions, I specialize in mechanical engineering and robotics, focusing on developing efficient, sustainable, and cutting-edge technologies. With a solid foundation in CAD, FEA, and system integration, I am committed to pushing the boundaries of engineering to create impactful results.

Finite Elements Analysis 60%
Robot Operating System (ROS2) 65%
Microcontrollers 80%
3D Printing 77%
Computer-aided design (CAD) 80%
Programing (python,C++, Matlap) 85%

Resume

Discover my journey through education, skills, and experiences. Explore my qualifications and expertise in mechanical engineering, robotics, and more.

Summary

MOHAMED ALMOGTABA A.Y.I

Dynamic Mechanical Engineer with expertise in digital manufacturing, programming, CAD design, and electronic systems. Skilled in product design and development with a strong track record of delivering innovative engineering solutions using cutting-edge technologies.

  • Matarm City, NTB, Indonesia
  • https://join.skype.com/invite/pwcox9GWQaLu
  • mo.mojtaba.01@gmail.com

Education

Bachelor of Science in Mechanical Engineer

2020 - 2024

University Of Technology Sumbawa, Indonesia

Major in Mechanical Engineering; Minors in Robotics, Computer Science, and IoT Cumulative GPA: 3.38/4.0 Relevant Coursework: Computer Aided Design (A), Mechanics and Strength of Materials (A), Control System (A), Energy Conversion (A), Finite Element Method (A) *Awarded a fully funded scholarship covering tuition, living expenses, and accommodation for the duration of the bachelor’s degree.

Exchange Program

March, 2023 - December, 2023

University Of Mataram, Indonesia

  • Engaged in cross-cultural academic experiences and collaborative mechanical engineering projects.
  • Enhanced global perspective and professional skills through coursework and interaction with international peers

Experience

Internship - CAD Drafter

July 2024 - November 2024

GridWiz Energy, Indonesia

  • Created detailed CAD models for both indoor and outdoor e-bike battery charging stations, ensuring designs were functional, efficient, and met all safety standards.
  • Performed Finite Element Analysis (FEA) to assess the structural integrity and optimize the design, ensuring the stations could withstand various mechanical stresses.
  • Assisted in selecting appropriate materials for both indoor and outdoor designs, taking into account factors like durability, cost, and environmental resistance.
  • Wrote comprehensive reports on design iterations, FEA results, and material choices, ensuring clear communication with stakeholders and maintaining project documentation.
  • Contributed to the successful implementation of the designs into the manufacturing process, ensuring that the final products met all engineering specifications and requirements.

Internship - Mechanical & IoT Hardware Designer

August 2023 - December 2023

Scube Center, Mataram, Indonesia

  • Developed a robotic arm project using 3D printing technology and ESP32 microcontrollers, programmed with the ROS2 framework.
  • Collaborated with peers and advisors to optimize the integration of computer vision algorithms with robotic motion planning.
  • Implemented a computer vision system to convert hand-drawn sketches into robot path planning commands within the ROS2 and Moveit2 frameworks.
  • Monitored and guided students in learning 3D printing and 3D design techniques. Assisted in teaching the practical applications of 3D printing, including model creation and print execution. Provided hands-on support to ensure students understood the design and fabrication processes, helping them develop valuable skills for their projects.

Certificates

Explore the various certificates I have earned throughout my academic and professional journey.

Projects

Explore a collection of innovative projects showcasing skills in robotics, 3D modeling, and electronics.

  • All
  • Robotics
  • 3D printing
  • CAD
  • FEA
  • Electronics
Analyzing a Linear Elastic Spring System Using FEM and ANSYS

Analyzing a Linear Elastic Spring System Using FEM and ANSYS

In this article, we’ll explore how to analyze a system of three linearly elastic springs supporting equal weights using the Fini...

Bike Crank Structural Analysis Using ANSYS

Bike Crank Structural Analysis Using ANSYS

Discover how I used ANSYS to perform a structural analysis of a bike crank. From material setup to meshing and applying boundary...

Building an Interactive LED System: Arduino and Unity Integration

Building an Interactive LED System: Arduino and Unity Integration

In this project, I combined the power of Arduino and Unity to design an interactive LED control system. The hardware side, imple...

A 6-axis Robotic Arm

A 6-axis Robotic Arm

In this blog post, I explore my experience building a 6-axis robotic arm, focusing on the integration of advanced technologies s...

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