Metalcasting Engineering
The purpose of education in the field of Metalcasting Engineering (CAST) for the Advanced Manufacturing Industry, conducted at the Faculty of Foundry Engineering, is to prepare engineers with the ability to use knowledge from basic disciplines, metallurgy, alloys with special properties, metal and alloy processing, science of casting materials and materials, mold technology and casting defects, thermal technology, computer networks and computer simulation systems in technology. Utilization of technological waste and ecology in individual and team engineering activities in industrial production conditions in large and small metallurgical and foundry plants. Metal processing plants, laboratories of research facilities of plants, design and consulting units and other economic and administrative units where technical knowledge is required.
Taking into account the connections between foundry and other branches of the economy, the main focus of education is on foundry technologies for advanced manufacturing.
The experience gained so far shows that the graduates of the Faculty of Foundry Engineering AGH are well prepared for the requirements of all aspects of modern foundry and excel at methods, designing and implementing modern technologies as well as managing foundry production in advanced manufacturing.
Mentor of the field of study: PhD, DSc Magdalena Kawalec, AGH UST Professor
View full description of the field of study
Study programme determined by Resolution No. 8/2023 of the AGH UST Senate of 1 February 2023
Winter semester, 2023/2024
Course | Number of hours | ECTS credits | Form of verification | |
---|---|---|---|---|
Properties of materials and test methods
|
Lectures:
10 Laboratory classes: 10 |
3 | Completing the classes | O |
Computer networks and computer aided systems in technology
|
Lectures:
10 Laboratory classes: 10 |
3 | Completing the classes | O |
Theory of metallurgical and foundry processes
|
Lectures:
10 Laboratory classes: 10 |
4 | Exam | O |
Technological processes shaping the structure and properties of castings
|
Lectures:
10 Laboratory classes: 10 |
4 | Exam | O |
Computer casting design optimization
|
Lectures:
10 Laboratory classes: 10 |
3 | Completing the classes | O |
Molds technology
|
Lectures:
10 Laboratory classes: 10 Project classes: 10 |
4 | Exam | O |
Elective Block
|
Total number of contact hours:
60 |
9 | Completing the classes | O |
Sum | 190 | 30 |
Summer semester, 2023/2024
Course | Number of hours | ECTS credits | Form of verification | |
---|---|---|---|---|
Heat treatment of castings
|
Lectures:
10 Laboratory classes: 10 |
3 | Completing the classes | O |
Plastics and their processing
|
Lectures:
15 Laboratory classes: 15 |
4 | Completing the classes | O |
Reverse engineering
|
Lectures:
10 Laboratory classes: 10 |
3 | Completing the classes | O |
Casting defects and non-destructive testing
|
Lectures:
10 Laboratory classes: 10 |
3 | Completing the classes | O |
Elective Block
|
Total number of contact hours:
90 |
15 | Exam | O |
Elective Block G1
|
Lectures:
20 Seminars: 10 |
2 | Completing the classes | O |
Sum | 210 | 30 |
Winter semester, 2024/2025
Course | Number of hours | ECTS credits | Form of verification | |
---|---|---|---|---|
Diploma Seminar
|
Seminars:
15 |
1 | Completing the classes | O |
Diploma Thesis
|
Diploma Thesis:
0 |
20 | Completing the classes | O |
Elective Block G2
|
Lectures:
15 Seminars: 15 |
4 | Completing the classes | O |
Humanities or Social Sciences Electives 1
|
Lectures:
10 Seminars: 10 |
3 | Completing the classes | O |
Humanities or Social Sciences Electives 2
|
Lectures:
10 Seminars: 5 |
2 | Completing the classes | O |
Sum | 80 | 30 |