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Focus: Mechanical Engineering High School and University Students Haiti • Ouest • Port-au-Prince USD 15.00 / Month

AiTWobo Mechanical Engineering Students Club

A practical engineering club where students learn mechanical design, CAD, mechanisms, structures, prototyping, measurement, tools, and robot body construction.

Club Details
Meeting Time
Every Saturday, 03:30 PM – 05:00 PM
Location
Haiti • Ouest • Port-au-Prince
.................
Capacity
3 active members / 35 seats
Monthly Fee
USD 15.00

3

Active Students

3

Linked Schools

5

Current Projects

4

Lab Reports

Club Overview

A practical engineering club where students learn mechanical design, CAD, mechanisms, structures, prototyping, measurement, tools, and robot body construction. The club is structured for high school and university students through guided lessons, teamwork, lab practice, documentation, and project presentations.

70%
Practical
Learning Balance

Most sessions are hands-on labs and projects.

Club Focus Distribution
CAD Design
78%
Mechanisms
72%
Prototyping
70%
Robotics Body
64%
CADMechanismsStructuresPrototypingRobot BodyTools
Mission

Train students to design mechanical systems, build prototypes, test structures, and support robotics product development.

Student Learning Style

Hands-on labs, teamwork, research, demonstrations, presentations, and peer-to-peer learning.

What Students Gain

Technical Skills

Practical engineering, measurements, design, tools, troubleshooting, and project development.

Teamwork

Students learn to work in teams, assign roles, and present progress.

Documentation

Members write lab reports and explain results clearly.

Project Portfolio

Students can build a portfolio for school, university, and career opportunities.

Linked Schools

Filter schools by name, type, status, or city.

0
AiTWobo Partner High School
High School
Level: Grades 9–12
City: Port-au-Prince
Contact: Engineering Teacher
Linked
AiTWobo Partner University
University
Level: Mechanical / Engineering Students
City: Port-au-Prince
Contact: Mechanical Faculty Advisor
Linked
AiTWobo Fabrication Learning Center
Community
Level: Beginner to Advanced Makers
City: Port-au-Prince
Contact: AiTWobo Workshop Office
Main Host
No school matched your filters.

List of Activities

Weekly Practice
Engineering measurement, drawing, and dimension basics
Design • Beginner
3D shapes, structures, joints, and assemblies
Design • Beginner
CAD sketching, modeling, and part design
CAD • Intermediate
Gears, levers, pulleys, linkages, and motion transfer
Mechanisms • Intermediate
Tool safety, workshop setup, and prototyping practice
Workshop • Beginner
Frame building, cutting, joining, and fastening methods
Workshop • Intermediate
Load testing, strength, balance, and material selection
Testing • Advanced
Robot chassis design and mechanical integration
Robotics • Advanced
Mechanical lab report writing and design documentation
Report • Beginner
Prototype presentation and peer engineering review
Report • Intermediate
No activity matched your filters.

Current Projects

Filter by project name, type, status, or lead.

Mini Robot Chassis
In Progress
Robotics Body • Lead: Mechanical Team A

A lightweight robot frame designed for easy electronic mounting and wheel alignment.

Progress62%
Gearbox Demonstration Kit
Testing
Mechanisms • Lead: University Team

A physical kit showing gear ratios, torque changes, and motion transfer.

Progress52%
Student CAD Parts Library
Research
CAD • Lead: Design Team

A reusable collection of simple mechanical parts for student robotics prototypes.

Progress38%
Bridge Strength Challenge
Planning
Structures • Lead: High School Team

A structure-building challenge where students test strength, stability, and material choice.

Progress25%
Robotics Arm Joint Prototype
Planning
Mechanisms • Lead: Mentor Group

A prototype joint system for a simple educational robotic arm.

Progress20%
No project matched your filters.

Club Members

Students, mentors, and club leaders.

0
CR
Cedrick Rosier
Program Coordinator • Mentor
AiTWobo Learning Center
Mentor Active
MS
Mechanical Student
Student Member • Beginner
Partner High School
High School Active
CL
CAD Learner
Design Member • Intermediate
Partner University
University Active
WM
Workshop Mentor
Technical Mentor • Advanced
AiTWobo
Mentor Pending
No member matched your filters.

Lab Reports

Student reports, activity summaries, and project documentation.

0

CAD + Measurement Approved Friday, May 1, 2026

Author: Mechanical Student

Objective: Understand the activity concept and document results.

Tools: Club tools and learning materials.

Summary: This report explains the activity, tools, steps, observations, results, and conclusion.

Procedure: 1. Prepare materials. 2. Follow safety rules. 3. Complete activity. 4. Record observations. 5. Write conclusion.

Conclusion: The activity improved practical understanding and project readiness.

Mechanisms Review Friday, May 1, 2026

Author: CAD Learner

Objective: Understand the activity concept and document results.

Tools: Club tools and learning materials.

Summary: This report explains the activity, tools, steps, observations, results, and conclusion.

Procedure: 1. Prepare materials. 2. Follow safety rules. 3. Complete activity. 4. Record observations. 5. Write conclusion.

Conclusion: The activity improved practical understanding and project readiness.

Workshop Approved Friday, May 1, 2026

Author: Workshop Mentor

Objective: Understand the activity concept and document results.

Tools: Club tools and learning materials.

Summary: This report explains the activity, tools, steps, observations, results, and conclusion.

Procedure: 1. Prepare materials. 2. Follow safety rules. 3. Complete activity. 4. Record observations. 5. Write conclusion.

Conclusion: The activity improved practical understanding and project readiness.

Structures Draft Friday, May 1, 2026

Author: High School Team

Objective: Understand the activity concept and document results.

Tools: Club tools and learning materials.

Summary: This report explains the activity, tools, steps, observations, results, and conclusion.

Procedure: 1. Prepare materials. 2. Follow safety rules. 3. Complete activity. 4. Record observations. 5. Write conclusion.

Conclusion: The activity improved practical understanding and project readiness.

No report matched your filters.

Gallery

CAD Design Practice
CAD • Friday, May 1, 2026
Mechanical Tools Setup
Workshop • Friday, May 1, 2026
Prototype Assembly
Prototype • Friday, May 1, 2026
Robot Chassis Build
Robotics • Friday, May 1, 2026

Resources & Materials

Notebook and pencil

Recommended for Mechanical Engineering sessions.

Measuring ruler/caliper

Recommended for Mechanical Engineering sessions.

CAD-ready laptop if available

Recommended for Mechanical Engineering sessions.

Safety glasses

Recommended for Mechanical Engineering sessions.

Basic mechanical tool kit

Recommended for Mechanical Engineering sessions.

Learning Documentation

Students should keep notes, write reports, track projects, and prepare presentations for club review sessions.

Join Mechanical Engineering

Submit a membership request. The club team can review your request and contact you.