Designing, maintaining and improving mechanical systems with technical precision.
The Mechanical Engineering programme at MEHIT University prepares students with practical knowledge in mechanical systems, machine operation, manufacturing processes, maintenance, materials, technical drawing and workshop practice for careers in industries, engineering workshops, production environments, technical services and infrastructure support.
Mechanical systems perform best when design, materials and maintenance work with precision.
The Mechanical Engineering programme develops students’ understanding of machines,
manufacturing processes, mechanical design, materials, workshop operations and technical
maintenance used in industrial and engineering environments.
Students build practical knowledge in machine operation, production methods, technical drawing,
mechanical systems support, maintenance practice and workshop discipline so they can contribute
to industries, engineering workshops, production teams and technical service environments.
Mechanical Systems
Learn how machines, components and mechanical assemblies operate within technical and industrial environments.
Manufacturing Processes
Build awareness of production methods, fabrication workflows and industrial process support.
Maintenance Practice
Develop practical understanding of inspection, troubleshooting, servicing and reliability support.
Engineering Materials
Study metals, polymers, composites and material selection principles used in mechanical engineering.
Mechanical Design
Practice technical drawing, design interpretation and the documentation used to communicate mechanical ideas.
From engineering foundations to
mechanical systems practice.
The programme guides students from core engineering knowledge into machine operation,
manufacturing processes, maintenance practice, materials, design and professional workshop readiness.
Begin with mathematics, physics, engineering science and technical drawing foundations
needed to understand mechanical systems and industrial environments.
Advance into Mechanical Systems and Maintenance Practice
Build practical understanding of mechanical components, materials, technical drawings,
inspection routines, servicing and reliability support.
Systems
Stage 04
Mechanical Engineering Portfolio & Professional Readiness
Complete applied mechanical engineering work that demonstrates readiness to support
workshop operations, production environments, maintenance teams and technical services.
Readiness
Professional Formation
From engineering foundations to mechanical systems practice, students build the confidence
to support technical environments with precision, safety and professional discipline.
What You'll Learn
Learn the technical systems behind machines, production and maintenance.
Explore the mechanical systems, manufacturing and workshop skills that prepare students
to support industries, engineering workshops, production environments and technical services.
01Mechanical Systems
Understand how machines, components and mechanical assemblies operate within technical and industrial environments.
Build awareness of production methods, fabrication workflows and industrial process support.
Develop practical understanding of inspection, troubleshooting, servicing and reliability support.
Study metals, polymers, composites and material selection principles used in mechanical engineering.
Practice technical drawing, design interpretation and the documentation used to communicate mechanical ideas.
Learning shaped by workshop practice, machine operation and mechanical design.
Students learn through supervised workshop practice, machine operation exercises,
mechanical design tasks, maintenance scenarios, materials study and portfolio-based projects
that prepare them to support technical and industrial environments.
Practical learning for mechanical systems and industrial support.
The learning experience connects engineering knowledge with workshop discipline:
operating machines, interpreting technical drawings, studying materials, supporting
maintenance tasks and building a professional portfolio around applied mechanical work.
Workshop Practice
Students develop safe workshop habits, tool awareness and supervised technical practice.
Machine Operation
Learners build awareness of machine use, operating procedures and technical production support.
Mechanical Design Tasks
Students practice drawing interpretation, design documentation and communication of mechanical ideas.
Maintenance Scenarios
Practical sessions introduce inspection, servicing, troubleshooting awareness and reliability support.
Engineering Materials Study
Students examine material properties, selection principles and applications in mechanical systems.
Portfolio-Based Mechanical Projects
Applied projects help students demonstrate workshop, design, maintenance and machine operation readiness.
Career Opportunities
Career pathways in mechanical systems, production and technical maintenance.
Graduates are prepared to support industries, engineering workshops, production environments,
technical services and infrastructure support through workshop practice, machine operation,
mechanical design, materials awareness and maintenance support.
01
Mechanical Engineering Technician
02
Maintenance Technician Assistant
03
Machine Operations Assistant
04
Production Support Assistant
05
Workshop Technician Assistant
06
Mechanical Design Assistant
07
Industrial Service Assistant
08
Technical Maintenance Assistant
Programme Information
Essential details for future mechanical engineering students.
Qualification
HND / Degree Pathway
Confirm with Admissions
Duration
2 Years
Four Semesters + Practical Mechanical Engineering Training
Entry Requirements
GCE Advanced Level
Mathematics, physics, engineering science, technical drawing or relevant subjects preferred
Study Mode
Morning
Full-time On-Campus Programme
Campus
Yaoundé
MEHIT University Main Campus
Tuition
Contact Admissions
Current tuition available from Admissions Office.
Practical Learning
Applied Mechanical Engineering Training
Workshop Practice
Machine Operation
Mechanical Design
Mechanical Engineering Portfolio
Career Outcome
Professional Mechanical Engineering Pathway
Prepared for mechanical systems support, workshop operations, machine operation,
production assistance, technical maintenance and mechanical design support roles.
FAQ
Questions about Mechanical Engineering.
The Mechanical Engineering programme is completed over two academic years including practical workshop training and portfolio-based engineering work.
Students study mechanical systems, manufacturing processes, maintenance practice, engineering materials, mechanical design and workshop practice.
Yes. Students develop practical skills through workshop practice, machine operation exercises, mechanical design tasks, maintenance scenarios, materials study and portfolio-based mechanical projects.
Yes. Graduates may progress to further studies in mechanical engineering, manufacturing, industrial maintenance, production technology or related fields subject to the University’s admission requirements.
Graduates may work as Mechanical Engineering Technicians, Maintenance Technician Assistants, Machine Operations Assistants, Production Support Assistants, Workshop Technician Assistants, Mechanical Design Assistants and Technical Maintenance Assistants.
Applications are submitted through the MEHIT University Admissions Office. Contact Admissions for entry requirements, tuition fees and application deadlines.
Apply to MEHIT University
Begin Your Career in Mechanical Engineering.
Join an engineering programme designed to develop practical, disciplined and technically
confident professionals ready to support mechanical systems, workshop operations, machine
operation, production environments and technical maintenance.
