Mechanical Engineering (Bachelor's combined single-subject)

1st year
1st term
VŠTE:EFVP Ethics and philosophy of the university environment • 100 %
VŠTE:CMS_1 Machine Parts and Mechanisms I. • 99 %
VŠTE:EVD Environmental impacts in engineering • 99 %
VŠTE:MOP_Z Technical Thesis Methodology • 99 %
VŠTE:CHM Chemistry of materials • 96 %
VŠTE:UST Introduction to mechanical engineering • 95 %
VŠTE:MAT_Z Mathematics I • 84 %
VŠTE:AJO_1_A General English I. • 67 %
VŠTE:BOZP Occupational health and safety for bachelor studies • 67 %
VŠTE:INF_1Z Informatics I. • 54 %
VŠTE:ANJ_1 English as a foreign language 1 • 26 %
2nd term
VŠTE:STE_1 Engineering Technologies I. • 89 %
VŠTE:ENG Energetics • 87 %
VŠTE:INF_2Z Informatics II • 58 %
VŠTE:AJO_2 English general language II. • 40 %
VŠTE:ANJ_2 English language II. • 36 %
VŠTE:STK Statics • 36 %
VŠTE:NOM_1 Material Science I. • 35 %
VŠTE:MAT_2Z Mathematics II • 33 %
VŠTE:PPK_1A Počítačem podporované konstruování I. • 29 %
VŠTE:FYS_A Physics • 25 %
VŠTE:TLK Technologie lití kovů pod tlakem • 24 %
VŠTE:RPM Repetition of Mathematics • 22 %
VŠTE:TEM pohony • 22 %
VŠTE:MAT_Z Mathematics I • 18 %
VŠTE:AJT_2 English for Engineering 2 • 16 %
VŠTE:FYS_1A Physics • 15 %
2nd year
3rd term
VŠTE:A_PX Practice administration • 67 %
VŠTE:MAT_Z Mathematics I • 64 %
VŠTE:INF_1Z Informatics I. • 62 %
VŠTE:ANJ_1 English as a foreign language 1 • 58 %
VŠTE:CHM Chemistry of materials • 58 %
VŠTE:EVD Environmental impacts in engineering • 57 %
VŠTE:CMS_1 Machine Parts and Mechanisms I. • 55 %
VŠTE:MOP_Z Technical Thesis Methodology • 55 %
VŠTE:UST Introduction to mechanical engineering • 55 %
VŠTE:EFVP Ethics and philosophy of the university environment • 52 %
VŠTE:STE_2 Engineering technologies II. • 35 %
VŠTE:AJT_1 English for Engineering 1 • 29 %
VŠTE:KNM Kinematics • 28 %
VŠTE:PRP_1 Flexibility and strength I. • 28 %
VŠTE:NOM_2 Material Science II. • 25 %
VŠTE:ZST Fundamentals of foundry technologies • 25 %
VŠTE:MET Fluid mechanics • 20 %
VŠTE:FYS_2A Physics II. • 12 %
VŠTE:PRK Corrosion protection • 12 %
4th term
VŠTE:CMS_2A Machine Parts and Mechanisms II • 80 %
VŠTE:TEM pohony • 80 %
VŠTE:AJT_2 English for Engineering 2 • 76 %
VŠTE:TSV Welding technology of metals and non-metals • 76 %
VŠTE:PPK_1A Počítačem podporované konstruování I. • 72 %
VŠTE:DYM Dynamics • 60 %
VŠTE:MAS Materials in engineering practice • 60 %
VŠTE:PRP_2 Flexibility and strength II. • 60 %
VŠTE:TLK Technologie lití kovů pod tlakem • 48 %
VŠTE:A_PX Practice administration • 40 %
VŠTE:FYS_1A Physics • 32 %
VŠTE:INF_2Z Informatics II • 16 %
VŠTE:MAT_2Z Mathematics II • 12 %
VŠTE:NOM_1 Material Science I. • 12 %
VŠTE:STK Statics • 12 %
VŠTE:ZSI Basics of 3D simulation of metal and alloy casting • 12 %
3rd year
5th term
VŠTE:TCN Technology of machine and CNC machining • 70 %
VŠTE:LGT Logistics in mechanical engineering • 65 %
VŠTE:PPV_A Computer aided production • 65 %
VŠTE:TME Technical measurements • 65 %
VŠTE:FYS_2A Physics II. • 45 %
VŠTE:AJT_1 English for Engineering 1 • 30 %
VŠTE:FYS_1A Physics • 25 %
VŠTE:KNM Kinematics • 25 %
VŠTE:PRP_1 Flexibility and strength I. • 25 %
VŠTE:STE_2 Engineering technologies II. • 25 %
VŠTE:NOM_2 Material Science II. • 20 %
VŠTE:MET Fluid mechanics • 15 %
VŠTE:PPK_2A Computer Aided Design II. • 15 %
VŠTE:PRK Corrosion protection • 15 %
VŠTE:PUS_A Operation and maintenance of machines • 15 %
6th term
VŠTE:BAK_STR Bachelor thesis • 57 %
VŠTE:A_PX Practice administration • 43 %
VŠTE:DYM Dynamics • 35 %
VŠTE:PRP_2 Flexibility and strength II. • 35 %
VŠTE:TEM pohony • 30 %
VŠTE:MAS Materials in engineering practice • 26 %
VŠTE:TSV Welding technology of metals and non-metals • 26 %
VŠTE:CMS_2A Machine Parts and Mechanisms II • 22 %
VŠTE:AJT_2 English for Engineering 2 • 17 %
VŠTE:MAT_2Z Mathematics II • 17 %
VŠTE:PPK_1A Počítačem podporované konstruování I. • 17 %
VŠTE:STK Statics • 17 %
VŠTE:OPX Professional Practice • 13 %
VŠTE:TLK Technologie lití kovů pod tlakem • 13 %

The information was preprocessed: 14/6/2025 15:13

All the fields of the faculty