Course Description (The Training Program in Automotive Engineering Technology)

| Faculty of Automotive Engineering Technology >> Summary Description of Courses

Apr 22,2023

COURSE DESCRIPTION

(The Training Program in Automotive Engineering Technology)

Marxist-Leninist Philosophy - (Course code: 0101000889) 03 (3.0) Credits

This course provides students with a correct worldview and philosophical methodology through the contents of dialectical materialism and historical materialism: Presenting the philosophical system of Marxism-Leninism regarding nature, society, and human beings, the relationship between nature, society, and human beings, the most general laws of the movement and development of nature, society, and human thinking. The course also covers Marxist-Leninist theories on economic and social formations, social classes, class struggle for human liberation, social revolution, the role of the masses and individual leaders in history.

Political Economics - (Course code: 0101000641) 02 (2.0) Credits

This course studies the economic theory of Marxism-Leninism on the capitalist mode of production, which includes not only Marx's theory of value and surplus value but also Lenin's economic theory on monopoly capitalism and state monopoly capitalism. The contents of these theories cover the most fundamental principles of Marxism-Leninism on the capitalist mode of production.

Scientific Socialism - (Course code: 0101000890) 02 (2.0) Credits

This course equips students with knowledge of scientific socialism, comprehensive understanding of socialism, the content and characteristics of socialist ideology through each stage of development and the transition to socialism in Vietnam, especially the fundamental principles of Marxism-Leninism and the ideology of Ho Chi Minh.

Ho Chi Minh Ideology - (Course Code: 0101000900) 02 (2.0) credits

The Thoughts of Ho Chi Minh is a course in the field of intellectual history that provides students with the necessary knowledge to fully comprehend the world view, humanistic philosophy, and revolutionary methodology of Ho Chi Minh in contemporary times. The course covers: definition, subject matter, research methods, core content, historical and social conditions, origins, formation process, development, values, and significance of studying the of Ho Chi Minh ideology; the contents of the ideological system, basic viewpoints in the of Ho Chi Minh ideology, and the application of our Party's viewpoints to the current national renewal cause

History of the Communist Party of Vietnam - (Course code: 0101000869) 02 (2.0) credits

This course equips students with knowledge to enable them to analyze basic issues related to the founding of the Communist Party of Vietnam, the revolutionary path of the Communist Party of Vietnam, including its system of viewpoints and approaches to objectives, directions, tasks, and solutions for the Vietnamese revolution, as reflected in the Party's Resolutions and Guidelines throughout the leadership of the Vietnamese revolution, from the Democratic People's Republic of Vietnam revolution to the socialist revolution. Specifically, the course focuses on the Party's stance during the renovation period in some fundamental aspects of social life.

General State Law (Course code: 0101000891) 02 credits (2,0)

General State Law consists of two chapters of general legal knowledge: (1) the block of general theoretical knowledge about the State and Law, (2) the chapter of general knowledge about important legal areas in the Vietnamese legal system and international law. By absorbing these contents, students have both an overview and specific knowledge to deeply understand the legal regulatory mechanism for social relations. To equip students with the most common knowledge about the State and Law, such as the origin of the State and Law, their nature, role, types and forms; at the same time, to introduce an overview of the political system, to understand basic issues about the current organizational systems of state agencies in Vietnam, and to learn about the basic content of the major legal branches in our legal system, regarding violations of the law, legal responsibilities, etc.

Basic English 1 - (Course Code: 0101000861) 03 (3.0) credits

English is a required subject in the training program that provides students with basic knowledge of grammar, vocabulary used in daily communication, as well as some commercial English vocabulary. Students will also develop listening, speaking, reading and writing skills at the intermediate level, creating a general knowledge foundation for students to meet the standards required by the university.

Basic English 2 - (Course Code: 0101000862) 03 (3.0) credits

Basic English 2 is a continuation of English 1, designed for regular students in the Law and Economic Law program. The course equips students with language knowledge and skills to take English exams based on the four skills of listening, speaking, reading, and writing

Basic Informatics (Course Code: 0101000896) 03 (2,1) Credit

The main content of the course aims to equip students with basic knowledge of computer science and skills in using office computing.

Mastering basic concepts in computer science.
Skills in using: Windows operating system, Microsoft Word, Microsoft Excel.
Knowing how to use the Internet, prevent and eliminate computer viruses

Advanced Mathematics A1 – (Course Code: 0101000898) 03 (3.0) credits

This course provides concepts on:

Matrices, matrix operations, row echelon form, rank of matrix, and inverse matrix;
Determinants, methods of calculating determinants, and applications of determinants;
Linear systems of equations and solving methods;
Functions, limits, continuity, differentiation, and integration;
Applying the above knowledge to solve real-world problems

Advanced Mathematics A2 – (Course code: 0101000899) 02 (2,0) credits.

The course provides concepts related to:

Multivariable functions, limits, continuity, and partial derivatives;
Applications of finding unconstrained and constrained extrema;
Concepts of double, line, and surface integrals;
General concepts of differential equations, methods for solving first and second-order differential equations;
Applying the above concepts to solve problems in real-world situations

Probability Theory and Statistics - (Course code: 0101000883) 03 (3.0) credits

The content of the course consists of two parts:

The Probability part provides students with knowledge about random experiments, events, probability of events, methods of calculating probability, random variables and probability distributions, characteristics of random variables, and some common distributions in practice.
The Statistics part introduces students to basic problems of statistics and how to solve estimation problems, hypothesis testing problems, and linear regression problems

General Physics - (Course code: 01010000902) 02 (2.0) credits

General Physics is a scientific subject with many applications in engineering fields. It equips students with knowledge of the phenomena and laws in classical mechanics, including dynamics, kinematics, rotational dynamics of rigid bodies, work-energy theorem, etc. Next are the theories and principles in thermodynamics, such as the kinetic theory of gases, the first and second laws of thermodynamics.

Experimental Physics - (Course code: 01010000902) 01 (0.1) credits

The Experimental Physics course provides students with knowledge of measurement techniques, error analysis, and graphing. The experiments cover topics such as mechanics, thermodynamics, and electricity, helping students see the connection between theory and practice.

Physical Education - (Course code: 0101000875) 03 (0.3)

The course aims to equip students with basic theories of physical education and sports: The history and development of physical education and sports in Vietnam; The Olympic movement; Physical education in university; Some basic concepts related to physical education and sports; Injuries in sports and common diseases in physical training and sports; An overview of techniques and rules in some sports. Practicing techniques in some sports

National Defense and Security Education (Course Code: 0101000883) 8 credits

The course has a total of 8 credits. The course aims to provide students with basic knowledge of the Party's national defense and security policies and state management of national defense and security; the tradition of fighting against foreign aggression of the nation. The course also aims to train students in necessary military and security skills to meet the requirements of building and consolidating the people's national defense and security, being ready to protect the socialist Vietnamese Fatherland

Environment and Human – (Course code: 0101001141) 02 (2.0) credits

The content includes basic knowledge about human beings and their development, closely linked to the impact of humans on the environment and the consequences of that impact on humans. At the same time, it introduces concepts about ecology, resources, environment, and basic measures to protect the environment and conserve resources, with the ultimate goal of sustainable development - a harmonious and optimal combination for human development while still protecting the natural environment and society.

Economics and Business Management – (Course code: 0101001080) 02 (2.0) credits

This course provides students with basic theoretical knowledge and practical experience in how to operate a business through content such as planning, organizing, leading, and controlling within a business. It also covers methods of managing businesses, how to recognize and use management information to make effective decisions, and fosters proficiency in management, communication, thinking, information processing, decision-making, leadership skills, goal planning, strategy, and management planning and operation

Project Management for Product Development - (Course code: 0101001581) 02 (2.0) credits

The Project Management course aims to help students gain a clearer understanding of the importance of project planning and management before implementing projects in practice. To achieve this goal, the course equips students with basic knowledge of project types, overall project management through organization, time management of project tasks, and project cost management. In addition, the learning process focuses on regularly practicing skills in each class, such as presenting a complete project.

Scientific Research Methodology - (Course code: 0101000351) 02 (2.0) credits

The course aims to provide students with an understanding of how to conduct scientific research. The first part of the course presents an overview of scientific research, how to form research problems, and research design. The next part focuses on measurement in research, sampling methods, data collection, and data analysis. Finally, the course introduces how to build a research proposal, write and present a scientific research report in the field of engineering.

Theoretical Mechanics - (Course code: 0101000026) 03 (3.0) credits

Theoretical mechanics is the science that studies the laws of motion or equilibrium and the mechanical interactions between objects in space over time. The research on motion includes aspects of geometry such as trajectory, velocity, acceleration, the laws of motion of particles and objects, and complex motion. The study of motion also involves identifying the causes of motion, developing the general equation of dynamics, and type 2 Lagrange's equation.

Strength of Materials - (Course code: 0101000132) 03 (2.1) credits

This course is a fundamental engineering course that equips students with methods for calculating and analyzing basic mechanical components and analyzing the stress-strain states of structural members such as beam systems, checking the strength, stiffness, and stability of structures.

Technical Drawing - (Course Code: 0101000077) 03 (1,2) credits

The content of this course includes basic knowledge about introducing the subject and basic knowledge about technical drawing in the field of mechanical engineering. At the same time, it equips learners with the ability to describe and analyze various types of lines, basic cross-sections of mechanical components, and some mechanical product details to design technical drawings in the specialized field.

Tolerance - Measurement Techniques - (Course Code: 0101001082) 02 (2,0) credits

This course provides learners with basic knowledge about size tolerance and dimension chains, tolerance assembly of smooth surfaces and tolerance assembly of some typical mechanical components, measurement techniques, checking the size and basic indicators of machine components, processing experimental data during measurement. The course aims to help learners choose reasonable assembly tolerance, accuracy of dimensions, and surface roughness when designing and checking products after machining and assembly.

Mechanical Materials - (Course code: 0101001081) 02 (1,1)

The course content includes basic knowledge about the foundation of materials science, the relationship between the internal structure (composition, structure) and external properties (mechanical, physical, chemical) of materials. Students will learn about traditional engineering material groups (metals, ceramics, polymers, composites) and their range and characteristics of use in engineering fields. Students will also be provided with knowledge of basic material selection and usage, corrosion and material protection, as well as trends in the development of new materials.

Principles of Machines - (Course code: 0101001083) 02 (2,0)

This course is a fundamental engineering course designed to equip students with the necessary knowledge of the principles of mechanism construction, methods for determining dynamic factors, force analysis of mechanisms, dynamic analysis of mechanisms and machines.

Machine Components - Project - (Course Code: 0101001332) 02 (1.1) credits

The content of this course includes basic knowledge about machine components, groups of machine components, and their common functions. It provides theoretical foundation and design calculation methods for machine components and parts found in most modern machines. It provides basic knowledge about the working principles and structure of machine components, and enhances the ability to independently solve problems in the design calculation of machine components and mechanical transmission systems. These are essential contents for machine design in general.

Fluid Mechanics - (Course Code: 0101001088) 02 (2.0) credits

The content of this course includes knowledge about the basic properties of liquids and gases, statics, dynamics, fluid dynamics, and some applied topics in hydraulic and aerodynamic pipe calculations, flow in narrow gaps, forces on submerged objects in moving fluids, the theory of fluid continuity, rays, and basic principles of hydraulic machines. Applications of fluid mechanics in the design of vehicles such as cars, ships, airplanes, hydroelectric power plants, etc., as well as the design of water supply and drainage systems, hydraulic structures (dams, dykes, spillways), and high-rise buildings are also covered in this course.

Design of hydraulic equipment such as pumps, turbines, fans, compressors, etc., as well as design calculations of structures for water supply and drainage, hydraulic engineering projects (dams, dykes, spillways), and high-rise buildings are also included in this course

Electrical Engineering - Electronics - (Course Code: 0101001087) 03 (3.0)

Electrical Engineering and Electronics is a course that studies the structure and operating principles of components such as resistors, capacitors, inductors, bipolar transistors, field-effect transistors; Equivalent circuit diagrams of bipolar transistors, field-effect transistors, and operational amplifiers; Some circuits in pulse techniques.

Thermal Engineering - (Course Code: 0101000287) 02 (2.0)

Thermal Engineering is a course that studies the laws of energy conversion (mainly the laws of conversion between thermal energy and mechanical energy) and the laws of heat transfer in general materials or in specific thermal devices. The course is divided into two parts: "Thermodynamics" studies the laws of energy conversion related to thermal energy. "Heat Transfer" studies the laws of heat transfer in a material or between materials with different temperatures.

Applied Microprocessing - (Course code: 0101001100) 02 (2.0) credits

Applied Microprocessing is a course that studies the structure, operation, and application of microprocessors, hardware organization, instruction sets, and characteristic activities. It also covers application design and some control algorithms. The course aims to equip students with basic knowledge of microprocessors, hardware organization, and programming for microprocessor systems. The course mainly focuses on the Intel family of microprocessors, illustrated by the 8086/8088 microprocessor and the circuits that make up microprocessor systems based on this microprocessor.

Occupational Safety - (Course code: 0101001094) 01 (1.0) credit

This course deals with basic concepts related to labor and occupational safety and health in the industrial environment. It delves into issues of maintaining a safe working environment, pollution prevention measures, future solutions, some safety techniques when using machines to prevent occupational accidents and reduce occupational diseases. It also covers some issues related to fire prevention and safety laws and regulations.

Brand Management - (Course Code: 0101000793) 02 (3.0) credits

This course provides students with basic knowledge of building and managing a brand from strategic vision to specific activities. It builds a knowledge foundation based on the main pillars of branding, understanding the role and importance of applying the characteristics of a brand to technical practice.

Introduction to Automotive Engineering - (Course Code: 0101001084) 03 (2.1) credits

The course content includes basic knowledge of the parts, assemblies, and tasks of basic systems in automobiles; explaining the interaction of systems in automobiles; major changes in automobile design; common tasks in the automotive engineering industry; basic knowledge related to automotive engineering, how to search for relevant information, helping students understand the jobs they can undertake after graduation to enhance their passion for the profession and learning spirit.

Applied computer science in automotive design - (Course code: 0101001333) 02 (2,0) credits

The course content includes basic knowledge of Autodesk Inventor application in automotive design. Creating 2D and 3D drawings, sheet metal components, assembling parts, and exporting drawings from 3D models.

Automotive Mechanical Electronics - (Course code: 0101001466) 02 (2,0) credits

The course content includes an overview of automotive electronics; the structure of the automotive electronic system; some applications of automotive electronics; intelligent cars and how to test, practice, and apply automotive electronic systems.

Applied pneumatic and hydraulic power transmission - (Course code: 0101001333) 02 (2,0) credits

An overview of pneumatic and hydraulic control systems, components of the system, analysis, system design, construction of control equations and design, and simulation of hydraulic-pneumatic control circuits.

Quality management in production - (Course code: 0101001102) 02 (2.0) credits

The course content includes fundamental knowledge about product quality and all issues related to managing and improving product quality throughout the product lifecycle.

Specialized English for Automotive Engineering - (Course code: 0101001103) 03 (3.0) credits

This course provides automotive engineering students with specialized vocabulary, basic grammar structures, and common sentence patterns in technical English. It describes common technical communication issues, as well as the basic structural characteristics of automobiles and the job positions for graduates of automotive engineering. Students will also learn how to write a basic technical report in English.

Nguyên lý động cơ đốt trong – ( Mã HP: 0101001104) 03 (3,0)

Giới thiệu khái quát về động cơ đốt trong, vị trí và ý nghĩa của nó trong các thiết bị động lực. Các nội dung chính của học phần gồm: trình bày cấu tạo, công dụng, nguyên lý làm việc của các chi tiết, các hệ thống trong động cơ đốt trong. Các công nghệ kỹ thuật đã, đang và sẽ được ứng dụng trong công nghệ chế tạo động cơ đốt trong.

Automotive Electronics - (Course code: 0101001106) 03 (3.0) credits

Understanding the theory of kinematics and dynamics of the connecting rod mechanism. The importance of balancing and balancing methods for internal combustion engines. Understanding calculation methods and testing of the strength of components in the connecting rod mechanism and other systems in internal combustion engines. Accurately analyzing the kinematics and dynamics of the connecting rod mechanism in internal combustion engines. Causes of engine imbalance, methods to overcome engine imbalance. Applying design methods and theoretical knowledge to calculate and test the strength of components in internal combustion engines.

Automotive Theory - (Course code: 0101001113) 03 (3.0) credits

This course provides students with basic knowledge of the kinematics, dynamics of straight and circular motion, and braking of automobiles. Evaluating fuel economy, vehicle dynamics, and oscillations of automobiles. Providing students with basic calculation methods to test the working ability of some clusters and systems under the car. Understanding ethics in learning and scientific ethics. Awareness of the importance of the course in the training field, the relationship between the content of the course and other courses.

Design and Computation of Automobiles - (Course Code: 0101001107) 03 (3.0) Credits

This course equips students with basic knowledge of principles, structures, characteristics of dynamics and kinetics of clusters and systems in the undercarriage of automobiles. It provides students with basic calculation methods to check the working ability of details, clusters, and systems in the undercarriage of automobiles. At the same time, it serves as a foundation for designing a new or improved model of a car, or for retrofitting an old car model.

Electric Motor System and Motor Control - (Course Code: 0101001141) 03 (3.0) Credits

This course equips students in the Automotive Engineering major with core knowledge about electric and motor control systems, including: diagrams, structures, working principles, characteristics, circuit diagrams, and calculations of systems and details in the motor control system. Specifically, it provides an overview of electrical and electronic systems in automobiles; starting batteries; starter motor and starting circuit; generator and voltage regulator; types of ignition systems; control of gasoline engines, electronically controlled diesel engines, structure of the control unit, sensors on the engine, actuating mechanisms, and control of the engine cooling fan...

Electric and Automatic Control Systems in Automobiles - (Course Code: 0101001139) 03 (3.0) credits

This course equips students majoring in Automotive Engineering Technology with basic knowledge of the vehicle electrical system, including: diagrams, structures, working principles, characteristics, circuit diagrams, and calculations for separate systems that make up the vehicle electrical network. Specifically, it covers the lighting and signaling system, information system, and auxiliary electrical system. It also covers basic knowledge of automatic control systems in automobiles, including: diagrams, structures, working principles, characteristics, circuit diagrams, and calculations for separate systems that make up the automatic control network. Specifically, it covers the air conditioning system, automatic transmission control system, ABS system, airbag system, CCS system, and more.

Automotive Inspection Techniques - (Course Code: 0101001119) 01 (1.0) credits

The content of this course includes basic knowledge of researching standards, necessary technical specifications for vehicle inspection, analyzing methods, and necessary equipment for technical diagnosis and vehicle inspection.

Specialized Automotive Engineering - (Course Code: 0101001124) 02 (2.0) credits

Content of this course includes basic knowledge of concepts, classification, and unique features of each mechanism and system, such as mechanical, hydraulic, and electric control systems in specialized vehicles. It also introduces some specialized vehicles such as chain-driven vehicles, container freight trucks, and enclosed cargo trucks.

Technical Diagnosis and Maintenance - Car Repair (Course Code: 0101001464) 02 (2.0)

Organize and design maintenance and repair processes for automobiles. Master the technology of automobile maintenance and repair. Understand technical diagnosis principles, methods, and diagnostic equipment for cars. Organize technical maintenance and diagnostic processes for automobile companies and factories.

Automobile Production and Assembly Technology - (Course Code: 0101001125) 03 (3.0)

The course content includes knowledge of automobile assembly: assembly forms, models, assembly technology, body welding technology, and painting technology. In addition, students will be equipped with methods for choosing assembly technologies, establishing technology processes, and equipment installation.

Automotive Technical Management & Services - (Course Code: 0101001521) 02 (2.0) credit

Provide knowledge on various types of technical management for automobile products. Equip skills in managing and operating a standard service workshop. Analyze the progress of repair management work and evaluate the effectiveness of service workshop operations. Provide knowledge of workshop operation parameters and analyze and evaluate results based on those parameters. Recognize the importance of after-sales service for car users, and approach and handle issues effectively.

Project management for engineers - (Course Code: 0101001863) 03 (3.0) credit

This course provides fundamental knowledge and skills in project management such as project analysis and selection, project planning and scheduling, project monitoring and control, and approaches to address issues that arise during project management. In addition, the course also introduces MS. Excel and MS. Project software to enhance project management effectiveness.

Industrial safety and risk management (Course Code: 0101001864) 03 (3.0) credit

This course covers knowledge about industrial safety, process safety management, developing industrial safety programs, and risk management. It provides learners with basic knowledge to identify hazards, procedural knowledge, techniques, evaluation and risk management as well as change management. Specific topics related directly to automotive engineers on industrial safety and risk management are also discussed and analyzed

New Fuels for Engines and Automobiles - (Course Code: 0101001522) 02 (2.0) Credits

This course provides basic knowledge of the classification and application of new fuel sources, alternative fuels for internal combustion engines and automobiles in the future. Students will understand and analyze the physical and chemical parameters related to the characteristics of traditional and new fuels, as well as their impact on the operating characteristics of internal combustion engines and automobiles. The fundamental knowledge gained will help students develop and implement ideas for the most appropriate and effective use of new fuels in internal combustion engines and automobiles.

Automobile welding and painting technology - (Course Code: 0101001541) 02 (2.0) Credits

The content of this course includes basic knowledge of materials, equipment, testing methods, repair of body and exterior damage of automobiles, as well as the process of painting and repairing and controlling the steps in the painting process to minimize errors that may occur after applying paint to the car body.

Fuel and Lubricants - (Course Code: 0101001117) 02 (2.0) Credits

The course content includes basic knowledge of the composition, characteristics, and methods of using various fuels and lubricants on internal combustion engines. Characteristics of lubricants and specialized fluids used in automobiles are also covered.

Air conditioning systems and amenities in automobiles - (Course Code: 0101001127) 02 (2.0) Credits

The course content includes basic knowledge of air conditioning systems in automobiles, classification, operating principles and control systems, as well as modern amenities in automobiles

Automotive and Engine Testing - (Course Code: 0101001126) 02 (2.0) Credits

This course provides students with fundamental and essential knowledge about testing internal combustion engines and the braking and suspension systems of automobiles. Through this course, students will gain an understanding of engine and automobile testing, how to evaluate an engine in terms of power output, exhaust emissions, fuel consumption, braking and suspension systems, etc. The course content includes general issues related to determining engine evaluation criteria such as power output, torque, fuel consumption rate, and brake force. The course also introduces measurement instruments used for the aforementioned criteria. Additionally, the course covers other topics such as considerations for designing and operating an engine and automobile testing laboratory.

Mechanical Workshop Practice (Milling, Welding, Machining...) - (Course Code: 0101001359) 03 (0.3) Credits

The mechanical workshop practice covers basic knowledge of machining and basic metal cutting motion, pressure machining, machining methods, geometric parameters of cutting tools, determining optimal cutting parameters, as well as factors affecting the cutting process and pressure machining to produce products according to technical requirements.

Internal Combustion Engine - Practicum - (Course code: 0101001105) 04 (0.4) credits The course provides knowledge of practical disassembly, diagnosis, measurement and repair methods of damages in the details and assemblies of internal combustion engines. The course also equips learners with the use of scientific and accurate tools in the automotive industry.

Automotive Practicum - (Course code: 0101001335) 04 (0.4) credits

The course provides knowledge of the structure and explanation of the operating principle of the transmission system, suspension system, steering system, and brake system commonly used in cars. Learners are able to name the exact details and components of the transmission system, suspension system, steering system, and brake system commonly used in cars; create procedures for disassembly, adjustment, and repair of parts belonging to the transmission system, suspension system, steering system, and brake system commonly used in cars; analyze and compare data and provide reasonable maintenance, repair, and replacement solutions.

Electric System and Automatic Control on Automobiles - Practicum - (Course code: 0101001091) 04 (0.4) credits

This course provides knowledge about the construction and principles of operation of the electrical system and automatic control system on automobiles. Learners will be able to disassemble, diagnose, repair and identify the causes of malfunctions in the electrical and automatic control systems, including lighting and signaling system, information system, auxiliary electrical system, automatic transmission control system, ABS system, airbag system, CCS system, etc.

Automotive Electrical and Automatic Control System - Practicum - (Course code: 0101001086) 03 (0.3) credits

Automobile Driving Techniques - Practicum - (Course code: 0101001118) 01 (0.1) TC The course content includes an overview of driving theory to help students grasp the basic principles of safe driving. Methods of operating and controlling automobiles.

Automobile Inspection Techniques - Practicum - (Course code: 0101001138) 01 (0.1) TC The course content includes the following basic knowledge: Presenting all the necessary standards, technical specifications for automobile inspections, analyzing methods, and necessary devices in automobile technical diagnosis. Determining characteristic parameters used in technical diagnosis, thereby analyzing and evaluating their effectiveness in technical diagnosis.

Technical Diagnosis and Maintenance - Car Repair Practicum - (Course Code: 0101001465) 02 (0.2)

Explain and analyze correctly the phenomena, causes of damage, and diagnostic methods for engine and related systems;

Explain and analyze correctly the phenomena, causes of damage, and diagnostic methods for the electrical and chassis systems of the car;

State correctly the construction characteristics, operating methods, and use of specialized diagnostic equipment (SCA 3500, Sun 1500, exhaust gas analysis equipment);

Diagnose accurately the technical condition of the engine and related systems, and correctly evaluate the faults;

Use specialized equipment and diagnostic tools correctly and rationally to ensure accuracy and safety;

Operate and perform procedures correctly using specialized equipment.

Automobile Painting Repair Techniques - Practicum - (Course Code: 0101001865) - 03 (0.3) TC

This internship course provides knowledge about the structure of the automobile frame and body, materials, equipment, methods of inspection, determining the level of damage, repair processes for the frame, body, and exterior of the automobile; painting and repair processes, and controlling the steps in the painting process, in order to limit errors that may occur after applying the topcoat on the vehicle body.

Automobile Air Conditioning Systems - Practicum - (Course Code: 0101001338) - 02 (0.2) TC

The course content includes basic knowledge about the structure and cooling principles of different air conditioning systems used in automobiles; the functions and operating principles of the devices used to inspect, diagnose, and repair automobile air conditioning systems; the characteristics of refrigerants and their impact on environmental pollution and human health; the structure and operating principles of components in automobile air conditioning systems.

Automatic Transmission - Practicum - (Course Code: 0101001135) 02 (0.2) credits The course content includes knowledge of the structure and working principles of automatic transmissions, techniques for disassembling and assembling automatic transmissions, techniques for testing and diagnosing automatic transmissions, and techniques for maintaining and repairing automatic transmissions.

Diesel Fuel Testing - Practicum - (Course Code: 0101001582) 02 (0.2) credits Learn about the structure and functions of diesel test benches. Consolidate and systematize knowledge of the structure and operation of piston-type fuel transfer pumps, straight-line high-pressure pumps, and distribution high-pressure pumps. Be able to perform skills such as operating, testing, and adjusting straight-line high-pressure pumps and distribution pumps.

Automotive and Engine Testing - Practicum - (Course Code: 0101001337) 02 (0.2) credits

The course provides knowledge of the structure and working principles of automotive and engine test benches. Methods for determining vehicle specifications, such as load measurement, power, and fuel consumption, are taught. Analyze and perform a testing process for automobiles to investigate their performance during use, ensuring economic and safety factors

Graduation Internship - (Course code: 0101001140) 04 (0.4) credits

The final internship is organized in the last semester of the training program. This is an opportunity for students to access and work in real-life situations in organizations and businesses. Through this, students can apply the knowledge they have learned to practical work, solve specific problems in the business after graduation. Students have the opportunity to learn and enhance soft skills necessary for their future careers after graduation.

Graduation Thesis or Taking Additional Specialized Courses - (Course code: 0101001132) 06 (0.6) credits

Students who meet the requirements for graduation thesis according to the university's regulations can choose to undertake a graduation thesis under the guidance of a lecturer or take two (02) elective courses instead of doing a graduation thesis.
Students who do not meet the requirements for graduation thesis must take two (02) elective courses instead

Special Topic 1: Electric and Smart Cars - (Course code: 0101001129) 03 (3.0) credits The course content includes the following basic knowledge:

Knowledge about the current environmental pollution caused by automobile exhaust emissions and the pressure on petroleum fuel sources. Electric cars, hybrid cars, and modern technologies to optimize energy management and use on electric and hybrid cars.
After completing the course, students will:
Understand the overview and development trends of the automobile industry.
Understand the technologies applied to electric and hybrid cars.
Be able to apply calculations, design structures of electric and hybrid car systems.

Special Topic 2: New Generation Combustion Engines - (Course code: 0101001131) 03 (3.0) credits

The course on new generation combustion engines aims to provide students with knowledge of new techniques in engines. Equip students with basic knowledge about the structure and working principles of modern systems in engines, thereby creating the best conditions for students to grasp modern technologies on cars when they graduate.