Mechanical Manufacturing – International School of Engineering, Science and Technology

Program Overview

At the core of every industrial nation lies the ability to design, shape, and manufacture physical goods. The Mechanical Manufacturing program at ISEST/YIBS is a rigorous, technology-driven discipline designed to train production engineers, CNC operators, and manufacturing specialists who can transform raw metals and materials into high-precision machinery, components, and tools.

This program bridges the gap between traditional metal craftsmanship and modern computerized engineering. Enrolling at the HND level and progressing to a B.Tech, students spend extensive hours inside production-grade machine shops and digital labs. They master the entire manufacturing pipeline—from interpreting complex engineering blueprints and executing manual lathe machining to programming Computer Numerical Control (CNC) machinery and utilizing advanced CAD/CAM software. Graduates emerge as highly skilled manufacturing professionals ready to optimize factory automation, oversee heavy industrial production lines, and drive the regional manufacturing sector forward.

Main Objectives

To teach the physical properties of metals, alloys, and advanced polymers, understanding how they behave under mechanical stress and heat.
To develop expert proficiency in executing high-precision machining operations utilizing manual lathes, milling machines, shapers, and surface grinders.
To train students in programming, configuring, and operating Computer Numerical Control (CNC) vertical machining centers using G-code and M-code scripts.
To build advanced mastery in Computer-Aided Design and Manufacturing (CAD/CAM) workflows to automate part production from digital models.
To equip graduates with a deep understanding of metrology, geometric dimensioning and tolerancing (GD&T), and industrial quality control standards.

Program Duration

2 Years

HND Mechanical Manufacturing

1 Year

B.Tech in Mechanical Manufacturing

Internship

Included at both levels

Study Options

Full-time / Part-time / Evening

Skills Acquired

Graduates of the program will be proficient in:

Precision Manual Machining: Executing precise turning, facing, boring, and thread-cutting operations down to micro-millimeter tolerances on manual machine tools.
CNC Programming & Operation: Generating toolpaths, setting work coordinate systems, and operating automated CNC multi-axis milling and turning machines.
CAD/CAM Integration: Utilizing industry-standard engineering suites like SolidWorks, AutoCAD Mechanical, and Mastercam to design and manufacture components.
Technical Drawing & Blueprints: Interpreting and drafting complex mechanical assemblies using standard orthographic projections and GD&T symbols.
Metrology & Quality Inspection: Operating precision measurement instruments, including vernier calipers, micrometers, dial indicators, and coordinate measuring machines (CMM).
Factory Floor Optimization: Managing industrial production workflows, tracking material yields, and enforcing rigorous industrial safety protocols.

Target Audience

Baccalauréat/A-Level graduates with high performance in physics, mathematics, and technical drawing, who love building things and solving spatial puzzles.
Conventional machinists, turners, or workshop operators looking to upgrade their skills with digital automation and university-level engineering credentials.
Technical school alumni seeking a high-yield, recession-proof engineering specialty with immediate employability across global manufacturing and industrial sectors.
Aspiring agro-machinery designers, spare-parts manufacturing entrepreneurs, and industrial production contractors.

Career Opportunities

Graduates can pursue roles such as:

Manufacturing Process Engineer
CNC Programmer / Machinist Supervisor
Production Plant Operations Manager
Mechanical Design & CAD/CAM Engineer
Quality Control / Metrology Inspector
Tool and Die Designer
Independent Precision Machining & Fabrication Entrepreneur

Opportunities for Further Studies

Master’s degrees in Advanced Manufacturing Systems, Mechanical Engineering, Materials Science and Engineering, or Industrial Automation.
Professional Certifications in:
- National or regional engineering board registration (ONIGC/relevant local licensing bodies)
- Certified SolidWorks Professional (CSWP) / Associate (CSWA)
- NIMS (National Institute for Metalworking Skills) CNC Machining Certifications
- Six Sigma Green/Black Belt Certification (Quality Management)

Design. Machine. Produce.

Shape the physical world from a blank digital canvas to a finished metal component. Command the heavy machinery and automated software that drive global manufacturing with the Mechanical Manufacturing Engineering program.

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