Basics of cad/cae/camSyllabus

Subject code

MİF-3436

Credits

6

Student workload

130

Semester

Spring semester

Academic year

2025-2026

Subject type

Mandatory

Form of education

Full-time

Language of instruction

Azerbaijani

In-class hours

a)15 saat- mühazirə, b)15 saat-seminar

Out-of-class hours

a)87 saat-TSİ, b) 43 saat-MRTSİ

"basics of cad/cae/cam" subject 060630 is one of the important vocational training subjects designed for graduate students studying at the master's level in the "mechanical engineering" specialty program. the main goal of teaching the subject is to teach undergraduates the role and application methods of cad/cae/cam technologies in the design, analysis and production processes of modern mechanical and hydromechanical systems, including pump and pipe fitting equipment. within the framework of the course, the working principles of various techniques are analyzed, the justification of the installation of mechanical systems, the correct selection of dynamic parts, and the issues of ensuring reliability during operation are investigated. at the same time, through the systematization of acquired knowledge, a dialectical world view is developed in students, and the skills necessary for the effective application of systematic approach methods in solving complex engineering problems are formed. this discipline enables future highly qualified specialists to offer competitive engineering and manufacturing solutions that meet the requirements of modern industry by inter-connecting all stages of the life cycle of equipment.

• lecture
• seminar
• presentations
• interactive discussion
• teamwork

No learning outcomes have been added.

1. 1.
   Introduction: cad/cam/cae integration and digital manufacturing (plm) concept.Seminar
2. 2.
   Parametric sketching and solid modeling in solidworks.Seminar
3. 3.
   Complex surface modeling and assembly in solidworks.Seminar
4. 4.
   Parametric modeling in siemens nx: a comparative approach with solidworks.Seminar
5. 5.
   Module-based design and management of large assemblies in catia.Seminar
6. 6.
   Fundamentals of CNC machining: cutting tools, machining parameters, toolpath strategies.Seminar
7. 7.
   2.5d and 3d milling programming in mastercam.Seminar
8. 8.
   3-5 axis machining strategies and simulation in fusion 360 cam.Seminar
9. 9.
   G-code generation, post-processor tuning and virtual machine simulation.Seminar
10. 10.
    Fundamentals of finite element method (fem): mesh generation, boundary conditions.Seminar
11. 11.
    Static structural strength analysis in ANSYS mechanical.Seminar
12. 12.
    Thermal and modal (dance) analysis in ANSYS mechanical.Seminar
13. 13.
    Nonlinear materials and contact analysis in abaqus.Seminar
14. 14.
    Thermodynamic process simulation with ANSYS fluent (cfd) basics and aspen plus.Seminar
15. 15.
    Cad→cam→cae integrated workflow: presentation of the final project.Seminar

No reading list has been added.