Plastic Book
Bags 1 × $940.00
The Genie Mind
1 × $899.00
The Energy Book
1 × $756.00
Pencil Bag 1 × $723.00
Sharpner 1 × $1080.00Subtotal: $4398.00
| Program name | Automotive Engineering |
|---|---|
| Program duration | 8 semesters |
| Credits | 240 ECTS |
| Program language | ENGLISH |
| Tuition Fee (National students) | 22 000 000 UZS |
| Tuition Fee (International students) | 2000 EURO |
| Admission requirments | Exam-based (Exam structure: Math, Physics, English language). IELTS 5.5 (equivalent of it or above) |
| Program Description | Automotive engineering is a specilaized branch of mechanical engineering that focuses on the design, development, manufacturing, and maintenance of vehicles, automobiles. the goal of this programme is to provide basic knowledge in terms of the vehicle system, its main sub-systems, and its production. All these skills can be applied to design automotive components, fostering work in interdisciplinary teams. After finishing programme you will become a junior designer who can contribute to the development and management of integrated motor vehicle systems, with the constant application of state-of-the-art technologies and methodologies, both for research and development and production processes management |
| Program Content | The students will learn the fundamental concepts, knowledge and skills through high quality lectures, seminars, tutorials, laboratory sessions, design classes, and hands-on workshops, similar to how most other subjects are taught. In addition to exam-based testing, you will also be evaluated continually through reports, computer exercises, lab work, HomeWorks, project works and essays. Key areas of study and application within automotive engineering including:
Major courses: - Mechanics: understanding how forces and motion affect objects and systems - Thermodynamics: study of energy and heat transfer in mechanical systems - Material Science: selection and behavior of materials used in mechanical design - CAE for the automotive production: they focus on aspects such as chassis design, powertrain(engine and transmission) layout, suspension systems, safety and fuel efficiency - Testing and exploitation of vehicles: students conduct tests and simulation to evaluate vehicle performane and durability. This includes testing for strength, reliability, and safety under various operating conditions - Fluid Mechanics and Hydraulics: study of fluids (liquids and gases) and their behavior in motion and at rest. - Manufacturing processes: techniques for shaping materials into usable parts and products - Machine design: understanding how to construct and design machine details like spring, bears, shafts.. - Introduction to electrical engieering and circuit theory: the behavior of magnetic circuits, three phase circuits, AC and DC motors, transformators, fundamental knowledge about resistors, circuit analyses |
| Career Perspectives |
Career prospects in automotive engineering are influenced by industry trends, technological advancements, and global market demands for safer, and more environmentally friendly vehicles. After graduating the programme, they become following specialists: - Automotive Design Engineer, - Vehicle Integration Engineer - Powertrain Engineer - Vehicle Dynamics Engineer - Testing and Validation Engineer - Research and Development Engineer - Project Manager - Quality Assurance Engineer |