A Brief Curriculum for Mechanical Engineering Programs

Vision

“Mechanical engineering programs as an excellent programs in obtaining mechanical engineer that capable in research, development of science, technology and art on energy conversion, mechanical construction and metallurgy.”

Mission

  1. Organize Education, Research and Community Service as Higher Education functions to improve the quality of science, technology and art in order to support and promote the welfare of society
  2. Develop and implement programs to produce graduates that have special expertise in mechanical engineering with the criteria stated in the program vision that is faithful and devoted to God Almighty, high morals, cultured Indonesia, academic skills and abilities professional, future oriented and resourceful and able to perform well and optimally in their environment
  3. Develop and implement a curriculum that is dynamic and accommodating to the needs of the community, development of science and technology and adapt to future challenge.

Program Learning Outcomes

The program provides opportunity for graduates to be able:

  1. Apply mathematics and basic sciences to solve mechanical engineering problems
  2. Apply knowledge and skill in mechanical engineering practice.
  3. To perform a managerial skill, effective communication and teamwork building in a professional career
  4. To act in a responsible manner, professional ethics and health and safety occupation awareness
  5. To perform high endure attitude (maritime continent culture) and continue to develop themselves through education, research, professionalism, and entrepreneurship both on a national and international scale

To achieve PLO mentioned above, Twelve ILOs are formulated. These ILOs comprise attitude, knowledge, skills, and competence.

Area

 Code

Learning Outcomes

Attitude (A)

A1

 To collaborate as a team, communicate effectively both oral and written in an academic and professional environment.

A2

 To work in a responsible manner, professional and understand professional ethics and aware of health and safety occupation.

A3

 To demonstrate high endure attitude based on maritime continent culture in order to develop and adapt to future challenge as long life learner.

Knowledge and Understanding (K)

K1

 To apply mathematics, basic sciences and basic engineering to solve problems in mechanical systems

K2

 To apply mechanical engineering principles to solve problems in mechanical engineering system

Engineering Skill (S)

S1

 To analyze the problems in the mechanical system through the process of investigation, data analysis and interpretation.

S2

 To conduct research that includes identification, formulation and analysis of problems using modeling, simulation on mechanical systems

S3

 To design system, equipment with knowledge of design process for specific needs

S4

 To utilize information technology and computational devices for designing, manufacturing and maintaining mechanical systems

S5

 to consider economic, cultural, social, environmental, energy conservation and public health and safety to make decision.
Competence (C)

C1

 To apply new technology in the field of engineering by considering technical standards, aspects of performance, reliability, applicability and sustainability

C2

 To manage and develop process, operation systems, and equipment by considering the technical and non-technical effects of industrial activities

MATRIX PLO – ILO

 Program Learning Outcome (PLO)

Intended Learning Outcomes

Attitude

Knowledge

Skill

Competence

A1

 A2 A3 K1 K2 S1 S2 S3 S4 S5 C1

C2
PLO 1 The student will be able to apply mathematics and basic sciences  to solve mechanical engineering problems       √                
PLO 2 The student will be able to apply knowledge and skill in mechanical engineering practice.         √ √ √ √ √ √    
PLO 3 The student will be able to perform a managerial skill, effective communication and teamwork building in a professional career √                   √ √
PLO 4 The student will be able to act in a responsible manner, professional ethics  and health and safety occupation awareness   √           √   √ √ √
PLO 5 The student will be able to perform high endure attitude (maritime continent culture) and continue to develop themselves through education, research, professionalism, and entrepreneurship both on a national and international scale     √       √   √      

MATRIX COURSE – PLO

Semester No Code Course Credit Point (CP) ECTS Program Learning Outcomes
PLO 1 PLO2 PLO 3 PLO 4 PLO5
I 1 18H04110742 Concept of science, technology and arts 2 3.63   √     √
2 18F04110752 Indonesian Language 2 3.63     √    
3 18E04110782 Basic Chemistry 2 3.63 √        
4 18H03110912 Civic education 2 3.63          
5 18H01110803 Basic Mathematic I 3 5.44 √        
6 18H02110863 Basic Physic I + Practice 3 5.44 √        
7 21D02110101 Basic Mechanical drawings + Task 3 5.44 √        
8 21D02110202 Machining Process + Practice 3 5.44   √      
II 9 18F04110762 English Language 2 3.63     √    
10 18Y01110702 Maritime Social Culture Insights 2 3.63         √
11 18F03110612 Education of religion 2 3.63       √  
18Y01110102 Moslem
18Y01110202 Catholicity
18Y01110302 Protestant
18Y01110402 Hinduism
18Y01110502 Buddhism
18Y01110602 Konghucu
12 18E05110792 Mechanical Drawing (computer based)+ Practice 2 3.63   √      
13 18H02110883 Basic Physic II + Practice 3 5.44 √        
14 18Y02110303 Basic Mathematic I (II) 3 5.44 √        
15 21D02110402 Pancasila (Nasionality) 2 3.63          
16 21D02110503 Engineering Manufacture + Practice 4 7.25   √      
17 18F04110762 statics and structure 3 5.44 √        
III 18 21D02121004 Kinematic and Dynamic + Practice 5 9.07   √      
19 21D02120303 Material Engineering 3 5.44   √      
20 21D02120604 Machine Element 4 7.25   √      
21 21D02120704 Engineering Mathematics 4 7.25 √        
22 21D02120504 Mechanics and Strength of Materials + Parctice 4 7.25   √      
IV 23 21D02120803 Physical Metallurgy + Practice 3 5.44   √      
24 21D02120905 Fluids mechanics + Practice 5 9.07   √      
25 21D02130204 Thermodynamic 4 7.25   √      
26 21D02130304 Heat Transfer 4 7.25   √      
27 21D02121202 Computer programing 2 3.63   √     √
28 21D02120403 Engineering measurements 3 5.44   √      
V 29 21D02130603 Fluid Machinery + Practice 3 5.44   √      
30 21D02130102 Numerical Methods 2 3.63   √      
31 21D02131502 Professional ethics and Labor law 2 3.63     √   √
32 21D02130802 Mechanical Vibration + Practice 3 5.44   √      
33 21D02121103 Control Engineering 2 3.63   √      
34 21D02120102 Statistics 2 3.63   √      
35 21D02130702 Engineering economics 2 3.63     √   √
VI 36 21D02131402 Occupational Safety and health and Environmental 2 3.63       √ √
37 21D02130403 Mechanical System Design + Project 3 5.44   √   √  
38 21D02140202 Technopreneurship 2 3.63     √ √ √
39 21D02131103 Cooling Machines + Practice 3 5.44   √      
40 21D02130502 Mechatronics 2 3.63   √      
* ** Elective I 2 3.63   √      
* ** Elective II 2 3.63   √      
VII 41 21D02130905 Power generation system + Practice 5 9.07   √      
42 21D02131202 Research Methodology 2 3.63         √
43 21D02140102 Machine Maintenance 2 3.63   √      
44 21D02140303 Internship 2 3.63   √      
* ** ***       √      
45 21D02140401 Extracurricular 1 1.81   √      
VIII 46 21D02149604 Community Service Program 2 3.63   √      
47 21D02140502 Proposol Seminar 2 3.63   √ √ √ √
48 21D02140604 Final Project 4 7.25   √ √ √ √
Total 147 266.62          

ADDITIONAL COURSE PROJECT 

No

COURSE

CP

ECTS

1

Internship

3

5.44

2

Community Service Program

4

7.25

3

Occupational Safety and health and Environmental

2

3.63

4

Professional ethics and Labor law

2

3.63

5

Extracurricular

1

1.81

6

Elective I

2

3.63

7

Elective II

2

3.63

8

Elective LBE I

2

3.63

9

Elective LBE II

2

3.63

Total

20

36.28

CURRICULUM STRUCTURE

PROGRAM STRUCTURE AND CONTENT

Sem Structure of Bachelor of Mechanical Engineering   CP ECTS
8     Internship ( 2 CP) (A1,A2,A3,K1,K2,S1,S4,S5,C1,C2) Community Service Program (4 CP) (A1,A2,A3,K1,K2,S1,S4,S5,C2) Final Project (4CP)(A1,A2,A3,K1,K2,S1,S2,S3,S4,S5,C1,C2)         10 21.33
7   Power generation system + Practice (8CP) (K2,S1,S3,S4,S5,C1,C2) Research Methodology (2CP) (A1,A2, K2,S1,S2,S4,S5,C1) Machine Maintenance (2CP) (K2,S4,S5,C1) Elective III (2CP) Elective LBE I (2CP) Elective LBE II (2CP)     18 32.76
6   Occupational Safety and Health and Environmental (2CP) (S3,S5,C2) Mechanical System Design + Task (8CP) (K2,S1,S3,S4,S5,C1,C2) Technopreneurship (2CP) (A1,A2,S5,C2) Cooling Machines + Practice (3CP) (K2, S1,S3,S5,C1,C2) Mechatronics (2CP)(K2, S1,S3,C1,C2) Elective I (2CP) Elective II (2CP)   21 38.1
5   Fluid Machinery + Practice (3CP) (K2,S1,S2,S3, C1,C2) Numerical Methods (2CP) (S1,S2) Professional Ethics and Labor Law (2CP) (A2,S5) Mechanical Vibration + Practice (3CP) (K2, S1,S3,C1) Control Engineering (2CP) (K2, S1,S3,C1,C2) Finite Element Method (2CP) (K2,S1,S2) Engineering Economics (2CP) (S3,S5,C2)   16 29.03
4   Physical Metallurgy + Practice (3CP) (K2, S1,S3,C1) Fluids Mechanics + Practice (5CP) (K2, S1,S3) Thermodynamic (4CP) (K2, S1, S3) Heat Transfer (4CP) (K2, S1,S3) Computer Programing (2CP) (S1,S2,S3,C1) Engineering Measurements (3CP) (K2, S2,S3,C1)     21 38.08
3   Kinematic and Dynamics + Practice (5CP) (K2,S1,S2,S3) Material Engineering (3CP) (K2,S3,S4,C1) Machine Element + Task (4CP) (K2,S3, S4,C1) Engineering Mathematics (4CP) (K1) Mechanics and Strength of Materials (4CP)(K2,S1,S2,S3)       20 36.27
2 English Language (2CP) (A1) Education of Religion (2CP)(A2) Mechanical Drawing (Computer Based)+ Practice (2CP) (K2,S2,S3,S4,C1) Basic Physic II + Practice (3CP) (K1) Basic Mathematic II (3CP)(K1) Pancasila (2CP) (A2) Engineering Manufacture + Practice (4CP) (K2,S1, S3,S4,C1) Statics and Structure (3CP) (K2,S1,S2,S3) Maritime Social Culture Insight

 

(2CP,A3)

 23 41.71
1 Concept of Science, Technology and Arts (2CP) (A3, S3,S5) Indonesian Language (2CP) (A1) Basic Chemistry (2CP) (K1) Civic Education (2CP) (A2) Basic Mathematic I (3CP) (K1) Basic Physic I+ Practice (3CP) (K1) Basic Mechanical Drawings+Task (3CP) (K1,S3,C1) Machining Process + Practice (3CP) (K2, S1, S4,C1)   20 36.28
                    149 273.56