Machine Manufacturing Technology

Overview

Considered one of the key fields within the Mechanical Engineering group, Mechanical Engineering Technology plays a pivotal role in determining a country's level of technical and technological advancement. In practical production activities, mechanical engineering technology engineers are involved in every step, from designing and manufacturing machinery and mechanical products to operating equipment and implementing new research products. Their work aims to optimize production processes, enhance efficiency, improve quality, and increase output.

Major code

7510202

Enrollment combination

A00: Mathematics - Physics - Chemistry
A01: Mathematics - Physics - English
A04: Mathematics - Physics - Geography
A10: Mathematics - Physics - Civic Education

Academic years

4 years

Degree

Engineer

Machine Manufacturing Technology

Highlights of the training program

Modern Equipment

The Mechanical Engineering Technology program is equipped with state-of-the-art machinery and modern facilities to support student training and learning. Advanced practice facilities include 3D virtual reality labs, measurement laboratories, and hydraulic-pneumatic laboratories. These enable students to develop professional skills and stay updated with the latest technologies in the field.

Comprehensive Knowledge and Skills

Students acquire foundational to advanced knowledge in modern machine design and manufacturing, along with proficiency in technical software such as AutoCAD, CNC machine operation, and 3D printing. They also develop essential skills such as information collection and processing, and requirement analysis.

Focus on Hands-On Training

Practical skills are emphasized through exercises, projects, and experiments conducted in specialized labs. Additionally, students gain real-world experience through internships at domestic and international companies (in Japan and several European countries), allowing them to familiarize themselves with real-world working environments upon graduation.

Learning, Teaching & Assessment Methods

Learning Methods

Students are guided to develop proactive learning skills through individual and group assignments, laboratory experiment reports, internship reports following company visits and internships, and the preparation of graduation theses.

Teaching Methods

Lectures, exercises, and projects are conducted both individually and in groups, either in-class or online (E-learning). Practical sessions include experiments in laboratories, machine manufacturing practices, and real-world internships at enterprises.

Assessment Methods

Evaluation includes in-class and online (E-learning) exercises and tests, group essays, presentations, experiment reports, project reports, final written exams, and graduation theses.

Program structure

Year 1
Year 2
Year 3
Year 4

Semester 1

Note: [Course code] - [Course name] (credits)

CB70303 - Public Speaking Skills (1)

CT70102 - Technical Drawing (2)

CT70100 - Mechanical Engineering Safety (1)

CT70101 - Introduction to Machine Manufacturing Technology (1)

TA70301 - Key English 1 (3) **

TA70302 - Key English 2 (3) **

TA70303 - Key English 3 (3) **

TA70304 - English Speaking Community (2) **

Semester 2

Note: [Course code] - [Course name] (credits)

CB70301- Computer Science 1 (2)

CB70304 - Emotional Management Skills (2)

TA70305- Intensive English 1 (4)

CB70202 - Advanced Mathematics (3)

CT70103 - Mechanical Engineering Drawing (2)

CT70104 – AutoCAD (2)

CB70101 - Marxist-Leninist Philosophy (3)

CT70121- Basic Mechanical Internship 1 (2)

CB71202 – Complex functions and laplace transforms (2)

CB71201 – Calculation methods (2)

Semester 3

Note: [Course code] - [Course name] (credits)

TA70306 - Intensive English 2 (4)

CB70302 - Computer Science 2(2)

CB70305 - Communication Skills & Relationship Building(2)

CB70203 - Physics(3)

CT70106 - Electrical Engineering(2)

CT70105 - Theoretical Mechanics (3)

CB70102 - Marxist-Leninist Political Economy (2)

CB71401 - Physical Education 1 - (Swimming)

CB71101 - Environment and sustainable development (2)

CB71102 - Behavioral psychology (2)

CB71103 - Medical ethics psychology (2)

CT70107 - Mechanical measurement experiment (1)

CT70108 - Basic cold practice (1)

Semester 4

Note: [Course code] - [Course name] (credits)

TA70307 - Intensive English 3(4)

CB70307 - Industrial accident prevention skills(2)

CT70111 - Basic electronics(1)

CT70109 - Technical measurement tolerances (2)

CT70110 - Principles, machine parts (3)

CT70112 - Strength of materials (2)

CB70103 - Scientific socialism (2)

CB70401 - National Defense Education - Security 1(3)**

CB70402 - National Defense Education - Security 2(2)**

CB70403 - National Defense Education - Security 3(1)**

CB70404 - National Defense Education - Security 4(2)**

CT70122 - Machine manufacturing technology 1(3)

CB71402 - Physical education 2(1)*

CB71104 - Green Economy and Sustainable Development(2)

CB71105 - Vietnamese Folk Culture and Music(2)

CB71106 - History of World Civilization(2)

Semester 5

Note: [Course code] - [Course name] (credits)

TA70308 - Intensive English 4(4)

CT70113 - Mechanical Materials(2)

CB70104 - Ho Chi Minh Thought(2)

CB70105 - History of the Communist Party of Vietnam(2)

CT70123 - Computer-aided Mechanical Design(2)

CT70124 - Machine Manufacturing Technology 2(2)

CT70125 - Machine Detail Project(1)

CT70126 - Electronic Circuit Design Practice(1)

CB71405 - Physical Education 3(1)*

CB70206 - Scientific Research Methods(2)

CT71114 - Digital Technology(2)

CT71115 - Production Management(2)

CT71116 - Route Planning calculation(2)

CT71127 - Measurement sensor technology(2)

CT71128 - Lifting technology(2)

CT71130 - English for mechanical engineering(2)

CT71129 - Industrial electronics(2)

Semester 6

Note: [Course code] - [Course name] (credits)

CB70106 - General Law (2)

CT70131 - Basic Mechanical Internship 2 (2)

CT70132 - Hydraulic Pneumatic System (3)

CT70133 - Automatic Control Engineering (3)

CT70134 - Machine Manufacturing Technology Project (1)

CT70135 - Electrical and Electronic Equipment in Industrial Machines (3)

CT70155 - Advanced Mechanical Practice (2)

CT70156 - CAD/CAM-CNC Technology (4)

CT71117 - Thermal Engineering (2)

CT71118 - Metal Technology (2)

CT71119 - Electromagnetic Field (2)

Semester 7

Note: [Course code] - [Course name] (credits)

DT70109 – PLC(3)

CT70136 - CNC machining technology(3)

DT70204 - C programming techniques(3)

CT71120 - Fluid mechanics(3)

DT70206 - Microcontrollers(3)

CT71137 - Mechanical mold design(2)

CT71138 - Application of CAE in mechanical design(2)

CT71139 - Welding technology and equipment(3)

CT71140 - Mold design engineering project(1)

CT71141 - Special machining methods(2)

CT71142 - Reverse engineering and 3D printing technology(2)

CT71143 - Pressure machining technology and equipment(2)

CT71144 - Electromechanical systems elec(3)

CT71246 - Computerized measurement and control(2)

CT71247 - Industrial networks and SCADA systems(2)

CT71248 - Automatic control system design project

CT71249 - Industrial robots(3)

CT71251 - Manufacturing process automation(2)

CT71252 - FMS and CIM systems(2)

CT71250 - Automatic control equipment and systems(2)

Semester 8

Note: [Course code] - [Course name] (credits)

CT70154 - Engineering Internship(8)

CT70153 - Engineering Graduation Thesis(8)

Career opportunities

After 4 years of study, with the knowledge, skills and internship with businesses, students have many job options such as:

Design engineer, production, installation, operation and maintenance of mechanical products
Consultant, construction supervisor
Participate in technical drawing, mechanical, product processing departments
Can study at the graduate level and teach at colleges, vocational schools and universities.

Other Major

Engineer of Electrical and electronic engineering technology

Engineer of Automotive Engineering Technology

Bachelor of Civil Engineering Technology