Goals and objectives  Course Outcomes  

1.  Student should be able to draw the free body diagram (FBD) for solving the statics condition 
A1

2.  Student should be able to apply the moment of force in selected system 
A1

3.  Students will be able to describe thermodynamic systems, states, and processes, and apply the first law of thermodynamics to various systems. 
A1

4.  Students will be able to analyze heat engines, refrigerators, etc. using the second law of thermodynamics and concepts of entropy. 
A1

Assignment  Quiz  Midterm and Final Exam  Total.  

1.  10%  5%  10%  25% 
2.  10%  5%  10%  25% 
3.  10%  5%  10%  25% 
4.  10%  5%  10%  25% 
Total.  40%  20%  40%   
Class schedule  HW assignments (Including preparation and review of the class.)  Amount of Time Required  

1.  Force Vectors Scalar and vector analysis Cartesian and position vector Dot product 
Review the lecture  100分 
2.  Equilibrium of a Particles Condition for the equilibrium of a particle The free body diagram (FBD) Three dimensional force system 
Review the lecture  100分 
3.  Force System Resultants Moment of force: scalar and vector formulation Cross product Principle of moment 
Review the lecture  100分 
4.  Force System Resultants Moment of force about specific axis Moment of couple Simplification of a force and couple system 
Review the lecture  100分 
5.  Equilibrium of Rigid Body Conditions for rigid body equilibrium The free body diagram (FBD) Equation of equilibrium 
Review the lecture  100分 
6.  Equilibrium of Rigid Body Two and three forces members Constraint and statical determinacy 
Review the lecture  100分 
7.  Midterm Examination Comprehensive assessment covering topics in Week 1 until Week 6 
Preparation for exam  100分 
8.  Introduction to Thermodynamics Concepts and definitions, Thermodynamic systems 
Read Handouts and Lecture Notes  80分 
Assignments  20分  
9.  Properties and State of a Substance Temperatures and thermal equilibrium, Temperature scales, Heat and temperature, heat transfer 
Read Handouts and Lecture Notes  80分 
Assignments  20分  
10.  Equations of State and Thermal Properties Pressure, volume, temperature of a gas, Equation of state 
Read Handouts and Lecture Notes  80分 
Assignments  20分  
11.  First Law of Thermodynamics First law of thermodynamics and internal energy, Heat and work 
Read Handouts and Lecture Notes  80分 
Assignments  20分  
12.  Heat Engines Thermodynamic processes, Heat engines, Refrigerators 
Read Handouts and Lecture Notes  80分 
Assignments  20分  
13.  Second Law of Thermodynamics and Entropy Second law of thermodynamics, Carnot cycle, Entropy 
Read Handouts and Lecture Notes  80分 
14.  Final Exam Comprehensive assessment covering Classes 813 topics 
Presentation  100分 
Total.      1380分 
A:Fundamental Mechanical Engineering  B:Advanced Mechanical Engineering  C:Environment and Materials Engineering  D:Chemistry and Biotechnology  E:Electrical Engineering and Robotics  G:Advanced Electronic Engineering  F:Information and Communications Engineering  L:Computer Science and Engineering  H:Urban Infrastructure and Environment 

ways of feedback  specific contents about "Other" 

Feedback in outside of the class (ScombZ, mail, etc.) 
Work experience  Work experience and relevance to the course content if applicable 

N/A  N/A 