students of "Mechanical Engineering- Applied Mechanics " of the Amirkabir University of Technology will graduate after passing 32 credits as described in Table(1).
Table (1) - Course and number of master's degree courses in the field (Applied Mechanics), , ,.
 
 

Row	Course	Credit Number	Considerations
1 Mandatorycourses (required)	From Table (2)		with Project
2 Selected coursesFrom Table	(3) with the opinion of the supervisor
3 Optional courses	From Table (3) or (4),

 
 
 
 
* Up to two courses can be selected from outsidetables 3 and 4, with the help of the supervisor
 
 
** From the second semester, each student can take a maximum of two courses (6 credits) from other master's degree areas in mechanics or other engineering disciplines, following the subject of his / her project and with the approval of the supervisor and the council of the faculty's specialized department.
 
Table (2) - (required) master's degree courses "Applied Mechanics"
 

	Course Table
*	SUBJECT	CODE	UNITS	Prerequisites
1	Advanced Mathematics
2	Seminar
3	Project

 
 
 

1. Project

* Both "Advanced Mathematics" and "Seminar" courses are taken in the first year of study
Table (3) Specialized- Selected courses for a master's degree in the field "Applied Mechanics"

	Course Table
*	SUBJECT	CODE	UNITS	Prerequisites
1	Advanced numerical method
2	Continuum mechanics
3	Advanced Mathematics (II)
4	Elasticity (I)
5	Elasticity Theory (II)
6	Plasticity
7	Thermo Elasticity
8	Theory of plates and shells
9	Creep, Fatigue &Failure
10	The behavior of composite structures under impact load
11	Viscoelasticity
12	Impact mechanics (I)
13	Experimental stress analysis
14	Selected topics-Inhomogeneous material theory
15	Mechanical behavior of materials
16	Composite materials mechanics
17	Selected topics-Cellular solids
18	Advanced control
19	Advance dynamics
20	Continuous vibration sys.
21	Advanced Robotic
22	Nonlinear dynamics and chaos
23	Dynamics of multi-body structures
24	Micro electro-mechanical systems
25	Vehicle dynamics
26	Dynamic systems
27	Nonlinear vibration
28	Modal analysis of Mechanical systems
29	Random vibration
30	Advanced engineering acoustics
31	Nonlinear control
32	Adaptive control
33	Robust control
34	Digital control
35	Optimal control
36	Advanced machine design
37	Selected topics- Design for construction and interconnection
38	Finite elements (I)
39	Design and statistical analysis of tests
40	Reliability of mechanical systems
41	Optimal design mech. pieces
42	Finite elements (II)
43	Composite technology, forming processes & lab

 
 
Table (4) Specialized- Optional Courses in Master's Degree in "Applied Mechanics"
 

	Course Table
*	SUBJECT	CODE	UNITS	Prerequisites
1	Composites and their application in medical engineering
2	Fuzzy control
3	Fuzzy systems
4	Multivariable Control Systems
5	Neural network
6	Pattern recognition
7	System recognition
8	Artificial intelligence
9	Modeling and Simulation
10	Digital Signal Processing
11	Optimization method
12	Condition monitoring