2. MASTER PROGRAM IN MECHANICAL ENGINEERING

402 Program Speciication 1 Awarding Institution Universit as Indonesia

2 Teaching Institution

Universit as Indonesia

3 Programme Title

Master Program in Mechanical Engineering

4 Class

Regular

5 Final Award

Magister Teknik M.T.

6 Accreditation Recognition

BAN-PT: A – accredited

7 Languages of Instruction

Bahasa Indonesia and English

8 Study Scheme Full Time Part Time

Full Time 9 Entry Requirements Bachelor Degree in Mechanical Engineering, Math and Physics; pass the ent rance exam.

10 Study Duration

Designed for 2 years Type of Semester Number of semester Number of weeks semester Regular 8 17 Short optional 3 8 11 Graduate Proiles: Graduates who have the character of leadership and excellence in scholarship, research, expertise and professionalism in the ield of Mechanical Engineering 12 List of Graduates Competences: Able to understand and apply knowledge of advanced mathematics, numerical methods, 1. statistical analysis and the basic sciences physics and chemistry needed to resolve problems in Mechanical Engineering disciplines Main Competence Able to describe and solve scientiic problems by designing and conducting research, and report 2. the results of research, including statistical analysis of data obtained Main Competence Able to identify, formulate, and solve engineering problems in accordance with Technical 3. Expertise area of Specialisation Mekanikalnya. Main Competence Able to carry out product design innovations, including the identiication of needs for products, 4. preparation of product speciications, developing design concepts, selection of design, engineering calculations and economic analysis, detail design and design aggregate components, and design drawings by considering aspects of energy conservation, manufacturing, cost, safety, and sustainability. Main Competence Able to utilize and develop the methods, materials selection, process, and automation systems, 5. and modern engineering equipment, including computer-aided systems required for engineering work Main Competence Able to communicate the results of scientiic study and research effectively, both visual, written 6. or verbal, including proiciency in a foreign language preferably English Main Competence Capable of supervising, monitoring, evaluation, and decision making Main Competence. 7. Professional responsibility and commitment. 8. Able to carry out the lifelong learning process. 9. Able to identify entrepreneurial efforts, characterized by innovation 10. Able to work effectively both individually and in multi-disciplinary or multi-cultural teams. 11. Explain the social and contemporary issues, such as social diversity and cultural appreciation, 12. communicate with various segments of society, the strategic beneits of lobbying, negotiation and mediat ion.

6. 2. MASTER PROGRAM IN MECHANICAL ENGINEERING

M A S T E R P R O G R A M 403 12 The 2012 Mechanical Engineering Graduate Program curriculum, there are 6 Specialization Program that can be chose by t he st udent s according t o t heir academic abilit y dan int erest , which are: Energy Conversion KE 1. Bulding Ut ilit ies and Fire Saf et y SUBAK 2. Design and Product Manufacture PEMAP 3. Automation and Manufacture System SMO 4. Vehicle Engineering and Heavy Equipment 5. Marine Resoruces and Technology TSDM 6. Speciicly, beside the 12 points of Graduates Competences, the students of The Graduates Program will have the competences accordance to their specialization. Competence in the ield of Energy Conversion KE: 1. Able to analyse, apply and design a mechanical system by utilizing the law and phenomenon from the cutting-edge technology related to the ield of energy conversion and conservation. Competence in the ield of Building Utility System and Fire Safety SUBAK 2. Able to analyse, apply and design the building utility eficiently and the ire safety system based on performance for the ofice and industrial buildings. Competence in the ield of Product Design and Manufacturing PEMAP 3. Able to analyse, apply and desing a product, manfacture and assembly process by integrating the latest technology in the ield of desing and manufacturing. Competence in the ield of Automation and Manufacturing System SMO 4. Able to analyse, apply and desing a manufacturing system and automation that will be used for a development and product manufacturing process by utilizing the cutting-edge technology in the ield of manufacturing and automation. Competence in the ield of Vehicle Engineering and Heavy Equipment TEKAB 5. Able to abalysa and desing a vehicle system and heavy equipment for several ields, such as: indust rial, const ruct ion, minerals and energy. Competence in the ield of Maritime Resources and Technology TSDM 6. Able to analyse and design a system and apply the maritime technology related to the utilization of sustainable maritime resources. 13 Classiication of Subjects No Classiication Credit Hours SKS Percent age i Department Courses 10 25 ii Majoring Courses 20 50 iii Seminar Thesis 10 25 Tot al 100

14 Total Credit Hours to Graduate

40 SKS Career Prospects Graduates of Mechanical Engineering has de - voted itself in various ields, including auto - mot ive indust ry, oil and gas, heavy machinery, educat ional inst it ut ions, research inst it ut ions and ot her indust ries M A S T E R P R O G R A M Graduates Profile Have the commitment in ethic profession also responsibility and professional commitment Capable of supervising , and able to make decisions . Capable of describing the problems with carrying out scientific research and report the results of experiments , including analysis of statistical data obtained Able to design products with innovations , including the identification of needs for products , preparation of product specifications , developing design concepts , selection of design , engineering calculations and economic analysis, detail design of components and design of the aggregates , as well as design drawings Able to design components , operate and manage the systems engineering -related aspects taking into account energy conservation , manufacturing , cost, safety, and sustainability . Able to carry out the lifelong learning process . Able to perform the selection of materials , processes , and automation systems that suit the needs of engineering work Able to utilize the methods , skills, and modern engineering tools necessary for engineering work Able to solve technical problems in th e field of thermo - fluid systems and mechanical design Able to utilize and develop systems a nd computer - aided mechanical design . Capable to understand and apply basic knowledge of mathematics , numerical methods, statistical analysis and the basic sciences physics and chemistry required to achieve competence in the discipline of Mechanical Engineering. Able to identify entrepreneurial efforts, characterized by innovation . Able to communicate effectively both in visual, written or verbal , including proficiency in a foreign language . Able to work effectively both individually and in multi- disciplinary or multi-cultural teams Explain the social and contemporary issues, such as social diversity and cultural appreciation , communicate with various segments of society , the strategic benefits of lobbying , negotiation and mediation . Learning Outcomes Flow Diagram 4 5 G e n e ra l M e c h a n ic a l E n g in e e ri n g C o u rs e s Ba sic o f M ec ha nic al En gin ee rin g G ra du at e P ro gr am 10 C re dit s U nd er gr ad ua te R eq uir em en t S p e c ia li z a ti o n C o u r s e s M an da to ry E le c ti v e Sp ec ia liz at io n C ou rs es 20 C re dit s S e m in a r d a n T h e si s 10 C re dit s 1 st S E M E S T E R 2 n d S E M E S T E R 3 rd S E M E S T E R 4 th S E M E S T E R A dv an ce d E ng in ee rin g M ath em ati c 4 C re dit s S pe cia liz ati on C ou rs e 4 C re dit s S pe cia liz ati on C ou rs e 4 C re dit s D es ig n o f E xp eri m en t 2 C re dit s E ng in ee rin g C om pu ta tio n a nd S im ula tio n 4 C re dit s S pe cia liz ati on C ou rs e 4 C re dit s E le cti ve C ou rs e 1 4 C re dit s E le cti ve C ou rs e 2 4 C re dit s S em in ar 3 C re dit s T he sis 3 C re dit s Th e fra m ew or k of T he 2 01 2 M ec ha nic al En gi ne er in g G ra du te P ro gr am C ur ric ulu m c an b e se en in igu re a bo ve w hic h sh ow s th e re la tio n of t he c ou rse s. Th e M as te r En gi ne er in g pr ogr am w ill be co m ple te d i f t he st ud en t p as se d 4 0 c re dit s d ur in g th eir st ud y. Th e 4 0 c re dit s c on sis t o f: 10 c re dit s of ge ne ra l m ec ha nic al en gi ne er in g co ur se s, 20 c re dit s o f s pe cia liz at io n co ur se s a nd 1 0 c re dit s o f se m in a r a n d t h e si s. C u rr ic u lu m S tr u c tu re f o r M e c h a n ic a l E n g in e e ri n g G ra d u a te P ro g ra m F lo w D ia g ra m o f S u b je c ts MASTER PROGRAM 406

1. Maj or in Energy Conversion