Bachelor in Fundamentals of Mechanical Engineering

The graduate acquires a professional broad-based knowledge in the field of mechanical engineering. The graduate acquires competencies that enable them to prepare effectively for further (Master's) studies. The graduates gain a professional broad-based knowledge, which allows them to continue to study the follow-up Master's degree program in the field of mechanical engineering and material engineering.

However, after completing their Bachelor's degree, they can immediately pursue a career. The broad scope of the program can be an advantage for students. Our graduates receive a well-rounded education, which opens many doors for them in the labor market. As a matter of fact, many employers require generally educated technical staff, because they carry out their own company training to narrow employees' specialization. Graduates of the program can be employed in technical positions in design and technological departments of companies, engineering companies, civil services, or commerce.

Graduate Professional Knowledge Profile

• The graduate is well prepared for a follow-up Master's degree in mechanical engineering, technology, and materials at the University of Technology in Brno or other technical universities in the Czech Republic or abroad in particular.
• The graduate is also acquainted with the fundamentals of manufacturing technology of machine components.
• The graduate can design and construct machine parts and simple components.

Graduate Professional Skills Profile

• The graduate can analyze and design machine components and simple components and optimize their design, function, and material composition with respect to performance, ecological and economic parameters.
• The graduate has knowledge of the theory of flexibility and strength of components and functional assemblies, reliability, and durability of structures.
• The graduate can use wide theoretical knowledge, software tools, and methods of statistical data processing to solve engineering problems.
• The graduate is prepared for further education and the use of future technologies and engineering methods.

Graduate attributes and professional competencies

• Graduates can demonstrate professional competencies at a level corresponding to the contemporary findings in the field of engineering and materials.
• Graduates are eligible to pursue professions in the field of mechanical engineering and apply skills and computer literacy under the conditions of the Fourth Industrial Revolution.
• In addition to theoretical and professional knowledge, graduates become proficient in interpersonal competencies and soft skills, they have knowledge of at least one foreign language, and computer technology and they can work with programs for designing machine parts and node machines.

What Degree Programme Types May Have Preceded

The Content of The Proposed Study Programme Is Based on The Bachelor’s Study Programme Within the Mechanical Engineering Study Programme (b3 S-A). Graduates of The Programme Can Continue Their Studies in The Master's Degree Programme in Mechanical Engineering (n-Eng-A) in English and Obtain a Master's Degree with The Title of Engineer. the Programme Is Considered to Be the Most Effective Way to Continue a Master’s Degree at Fme or A Master's Degree at Another Foreign University. After Completing the Master's Degree, Students Will Be Able to Continue in Newly Accredited Doctoral Study Programmes in English Such as Design and Process Engineering (d-Kpi-A), Power Engineering (d-Ene-A), Applied Mechanics (d-Ime-A), Manufacturing Technology (d-Stg-A) and Materials Sciences (d-Mat-A).

Graduates acquire a broad-based professional knowledge in the field of mechanical engineering or material engineering. The knowledge enables them to continue their studies in any follow-up Master's degree programme in the field of mechanical engineering. After completing the programme the students are prepared to be able to study a Master’s degree programme abroad.

Nevertheless, after completing their Bachelor's degree, they can immediately pursue a career. The broad scope of the programme can be an advantage for students. Our graduates receive well rounded education, which opens many doors for them in the labour market. As a matter of fact, many employers require generally educated technical staff, because they carry out their own company trainings to narrow employees´ specialisation. Graduates of the programme can be employed in technical positions in design and technological departments of companies, in engineering companies, civil services or commerce.

1st year of study

Comparative subjects such as Mathematics, Physics, Fundamentals of Design or Fundamentals of CAD Systems await you. This will unify the knowledge of all of you, even if you have graduated from different secondary schools with different levels of teaching.

Compulsory courses

• Mathematics I
• Mathematics II
• Physics I
• Introduction to Material Science and Engineering
• Computer Science
• Machine Design Fundamentals
• Constructive Geometry
• Machine Design
• Numerical Methods
• Introduction to Mechanical Engineering
• General English Exam
• CAD
• General English I
• General English II

2nd year of study

Prepare yourself for subjects with more complex issues in the field of engineering sciences – dynamics of bodies, kinematics, elasticity, and strength or statics. You will also try out the practice and gain experience from production.

Compulsory courses

• Physics II
• Mathematics III
• Strength of Materials I
• Machining Technology
• Statics
• Structure and Properties of Materials
• Mathematics IV
• Technical English Exam
• Manufacturing Technology I
• Design and CAD
• Kinematics
• Technical English I
• Technical English II

3rd year of study

Compulsory courses

• Hydromechanics
• Machine Design - Machine Elements
• Bachelor Project
• Electrical Engineering and Electronics
• Thermomechanics
• Dynamics
• Automation
• Machine Design - Mechanical Drives
• Bachelor Seminar

Compulsory-Optional courses

• Materials Physics
• Strength of Materials II
• Aircraft
• Automotive Engineering
• Power Engineering
• Finite Element Method and ANSYS Computational Code
• Limit States of Materials and Structures
• Engineering Metrology I
• Construction of Production Machines and Robots
• Technology III