Field of study: Mechanical Engineering
This programme prepares the graduates for creative engineering work in machine design, machine operation and manufacturing processes. Student will be familiar with fundamental methods, techniques, tools and materials used for solving engineering tasks in the field of Mechanical Engineering. A student acquires a directional specialty by studying mechanics, machines theory, principles of machine design, thermodynamics, computer aided engineering techniques and manufacturing technologies. The programme gives reliable ground to take a job in any segment of industry and services where designing, producing or maintaining machines and equipment is essential for a business.
SEMESTER 1
» Metrology principles
» Theory of Machines
» Engineering Graphics: Descriptive Geometry
» Elementary Linear Algebra
» Mathematical Analysis I
» Chemistry
» Physics
» Information Technologies
» Introduction to Philosophy
SEMESTER 2
» Ergonomy and Safety
» Engineering Graphics: Engineering Drawing
» Engineering Materials Technology
» Thermodynamics
» Materials Science I
» Mechanics I
» Ecology
» Electrical Engineering
» Mathematical Analysis II
» Electronics
» Sport
SEMESTER 3
» Programming in MATLAB
» Statistics for Engineers
» Engineering Graphics 3D
» Fluid Mechanics
» Ordinary Differential Equations
» Mechanics II
» Materials Science II
» Strength of Materials I
» Electrical Engineering
» Chipless Processes – Casting
» Polymers I
SEMESTER 4
» Essential of Management
» Intellectual Property Law
» Fundamentals of Machine Design I
» Theory of Mechanisms and Manipulators
» Metrology
» Chipless Processes -Plastic Forming
» Chipless Processes -Welding Metallurgy
» Strength of Materials II
» Foreign Language – English C1.1 or other on any level
» Sport
SEMESTER 5
» Fundamentals of Machine Design II
» Manufacturing Processes - Machining
» Hydraulic, Hydrotronic and Pneumatic Systems
» Drive Systems
» Finite Elements Method
» Vehicle Engineering
» Trybology
» Fundamentals of Automatic Control
» Foreign Language - English C1.2 or other on any level
SEMESTER 6
» Offroad Vehicles Engineering
» Hydraulic Drive Systems
» Internal Combustion Engines
» Carrying Structures
» Production System Organisation
» Manufacturing Systems CNC
» Introduction to diploma dissertation
» Professional Training
SEMESTER 7
» Polymers in Engineering
» Vehicles Loading Modelling
» Engineering in Medicine
» Fundamentals of Exploitation and Repair
» Management in Production
» Thesis, Seminar
» Thesis: Final Engineering Project
JOB PROSPECTS
The graduate of The Faculty of Mechanical Engineering is a versatile educated engineer, equipped with basic and advanced knowledge as well as industrial practice.