Regular Bachelor Program of Mechanical Engineering

[rad_page_section id=’rpsFJOT2CI0K83609VIP04UQK33SP9JBTCJ’ first=’true’ section_name=’Section’ v_padding=” classes=” visibility=’None’ background_opts=” background_color=” background_image=” background_position=” background_cover=” background_repeat=” background_attachment=” background_gradient_dir=” start_gr=” end_gr=’#eeeeee’ video_url=” border_top_width=’0′ border_top_color=” border_top_type=” border_bottom_width=’0′ border_bottom_color=” border_bottom_type=” ][rad_page_container id=’rpcN1KSV77ENYAHIFMHSYGLJWMUG7SR25EE’ layout=’full’ first=’true’ last=’true’ top=’true’ classes=” visibility=’None’ float=’left’ background_opts=” background_color=” background_opacity=” background_image=” background_position=” background_cover=” background_repeat=” background_attachment=” background_gradient_dir=” start_gr=” end_gr=’#eeeeee’ border_top_width=’0′ border_top_color=” border_top_type=” border_bottom_width=’0′ border_bottom_color=” border_bottom_type=” ][rad_page_widget id=’rpwI3NQXP4FSCT2UAU621363YVV5SKIJQ9J’ type=’rad_text_widget’ top=’true’ type=’rad_text_widget’ text_title=’Graduate Profiles: ‘ text_subtitle=’ ‘ rich_key=’text_data’ col_alignment=’left’ visibility=’none’ delay=” clear_float=’no’ icon=” icon_margin=’5′ icon_alignment=’left’ icon_animation=’none’ title_color=” subtitle_color=” text_color=” title_size=” title_w=” subtitle_size=” subtitle_w=” text_size=” cb_margin=” ct_margin=” tt_margin=” st_margin=” tet_margin=” rich_key=’text_data’ type=’rad_text_widget’ id=’rpwI3NQXP4FSCT2UAU621363YVV5SKIJQ9J’ ]Competent engineering graduates who have abilities to design and analyze the element and system in the field of mechanical engineering and have the excellent attitude and character that can adapt the professional challenge in their work field[/rad_page_widget][rad_page_widget id=’rpwQ2SOT7VT7FW2SP33A8DIAOQWI8A4CTSJ’ type=’rad_text_widget’ last=’true’ type=’rad_text_widget’ text_title=’ List of Graduates Competency:’ text_subtitle=’ ‘ rich_key=’text_data’ col_alignment=’left’ visibility=’none’ delay=” clear_float=’no’ icon=” icon_margin=’5′ icon_alignment=’left’ icon_animation=’none’ title_color=” subtitle_color=” text_color=” title_size=” title_w=” subtitle_size=” subtitle_w=” text_size=” cb_margin=” ct_margin=” tt_margin=” st_margin=” tet_margin=” rich_key=’text_data’ type=’rad_text_widget’ id=’rpwQ2SOT7VT7FW2SP33A8DIAOQWI8A4CTSJ’ ]

1. Ability to analyze the problems in mechanical engineering field by applying the basic knowledge of mathematics, numerical method, statistical analysis and basic science (physics, chemistry and life science), as well as information technology
2. Ability to design component, system and/or thermofluid process and mechanical system to fulfill the realistical needs, for example law, economics, environment, social, politics, health and safety, sustainability and to understand and/or to use potential local and national resources in global perspective
3. Ability to analyze the scientific problems by conducting research and to publish the results, including the data analysis of the results using the statistical principles
4. Ability to identify, to formulate, to analyze and to solve the engineering problems by applying the principles and calculation in mechanical elements and system design process
5. Ability to use the method, skill and modern engineering tools that used for engineering practice such as material selection and manufacturing process, automation system and computer aided mechanical design
6. Ability to communicate effectively by visual, writing and also verbal
7. Ability to design, to plan, to conduct and to evaluate the task for the given boundary condition
8. Ability to work effectively in individual and multidiscipline or multicultural team
9. Ability to be responsible to the society and to obey the professional ethics in solving engineering problems
10. Ability to conduct life long learning including to access the knowledge on the relevant current issues

As a Universitas Indonesia student, every graduate of Mechanical Engineering Undergraduate Program should have the following compenteces as follow:

1.  Able to use information and communication technology;
2. Able to think critically, creatively, and innovatively and have intellectual curiosity to solve the individual and group problems;
3. Able to use verbal and writing communication in good bahasa Indonesia and English for academic or non-academic acitivity;
4. Has an integrity and able to respect others;
5. Able to identify entrepreneurship efforts which show innovation and autonomy based on ethics

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Daftar Mata Ajar Program Studi Teknik Mesin
Kode	Mata Ajaran	Subject	SKS
	Semester 1	1st Semester
	MPK Terintegrasi B	Integrated Character Building Subject B	6
	Pengantar Teknik Mesin	Introduction to Mechanical Engineering	2
	Bahasa Inggris	English	3
	Kalkulus 1	Calculus 1	3
	Fisika Dasar 1 (Mekanika dan Panas)	Basic Physics 1 (Mechanic & Heat)	3
	Praktikum Fisika Dasar 1	Laboratory Experiment for Basic Physics 1	1
	Menggambar Teknik	Engineering Drawing	2
Subtotal			20
Daftar Mata Ajar Program Studi Teknik Mesin
KODE	Mata Ajaran	Subject	SKS
	Semester 2	2nd Semester
	MPK Terintegrasi A	Integrated Character Building Subject A	6
	MPK Agama	Religion	2
	Kalkulus II	Calculus 2	3
	Fisika Dasar 2 (Listrik, Magnet, Gelombang, dan Optik)	Basic Physics 2 (Electrical, Magnet, Wave, and Optic)	3
	Praktikum Fisika Dasar 2 (Listrik, Magnet, Gelombang, dan Optik)	Laboratory Experiment for Basic Physics 2 (Electrical, Magnet, Wave, and Optic)	1
	MPK Olahraga/Seni	Sport/Art	1
	Gambar Mesin	Machine Drawing	2
	Statika Struktur	Statics	2
Daftar Mata Ajar Program Studi Teknik Mesin
Kode	Mata Ajaran	Subject	SKS
	Semester 3	3rd Semester
	Material Teknik	Engineering Material	2
	Visualisasi Pemodelan Mesin	Machine Modelling and Visualization	2
	Mekanika Kekuatan Material	Strength of Materials	2
	Kimia Dasar	Basic chemistry	2
	Termodinamika Dasar	Basic Thermodynamics	4
	Statistik dan Probabilitas	Statistics and Probability	2
	Aljabar Linier	Linear Algebra	4
Subtotal			18
Daftar Mata Ajar Program Studi Teknik Mesin
Kode	Mata Ajaran	Subject	SKS
	Semester 4	4th Semester
	Kinematika dan Dinamika	Kinematics and Dynamics	4
	Proses Manufaktur dan Pemilihan Material	Material Selection and Manuf. Process	4
	Mekanika Fluida Dasar	Basic Fluid Mechanics	4
	Perancangan Mekanikal	Mechanical Design	4
	Matematika Teknik	Engineering Mathematics	4
Subtotal			20
Daftar Mata Ajar Program Studi Teknik Mesin
Kode	Mata Ajaran	Subject	SKS
	Semester 5	5th Semester
	Getaran Mekanis	Mechanical Vibration	2
	Pengukuran dan Metrologi	Measurement and Metrology	2
	Metode Numerik	Numerical Method	2
	Perpindahan Kalor dan Massa	Heat and Mass Transfer	4
	Sistem Fluida	Fluid System	3
	Pengendalian Sistem	Control System	4
	Tugas Merancang I	Design Assignment 1	2
	Praktikum Proses Produksi	Laboratory Experiment of Production Process	1
Subtotal			20
Daftar Mata Ajar Program Studi Teknik Mesin
Kode	Mata Ajaran	Subject	SKS
	Semester 6	6th Semester
	K3L (Kesehatan, Keselamatan, dan Lindung Lingkungan)	Health, Safety and Enviroment	2
	Pemeliharaan dan Pemantauan Kondisi Mesin	Maintenence and Condition Monitoring	3
	Konversi dan Konservasi Energi	Energy Conversion and Conservation (ECC)	2
	Ilmu Hayat	Life Science for Engineer	2
	Mekatronika	Mechatronics	4
	Tugas Merancang II	Design Assignment 2	2
	Teknik Tenaga Listrik	Electrical Power Engineering	2
	Praktikum Pengukuran dan Metrologi	Laboratory Experiment for Measurement and Metrology	1
Subtotal			18
Daftar Mata Ajar Program Studi Teknik Mesin
Kode	Mata Ajaran	Subject	SKS
	Semester 7	7th Semester
	Praktikum Konversi dan Konservasi Energi	Laboratory Experiment for ECC	1
	Praktikum Teknik Tenaga Listrik	Laboratory Experiment for Electrical Power Engineering	1
	Seminar	Seminar	1
	Pilihan # 1	Elective # 1	4
	Pilihan # 2	Elective # 2	4
Subtotal			13
Daftar Mata Ajar Program Studi Teknik Mesin
Kode	Mata Ajaran	Subject	SKS
	Semester 8	8th Semester
	Skripsi	Final Project	5
	Kapita Selekta Industrial	Industrial Seminar	2
	Pilihan # 3	Elective # 3	4
	Pilihan # 4	Elective # 4	4
Subtotal			15

[ioas][ioa_mod][inp]tab_title[ioas]Expected Learning Outcome (ELO)[ioas][inp]tab_color[ioas][ioas][inp]tab_bgcolor[ioas][ioas][inp]tab_text[ioas][pdf-embedder url=”https://devmech.eng.ui.ac.id/wp-content/uploads/sites/262/2019/12/Peta-Bahan-Kajian-Teknik-Mesin.pdf”][ioas][ioa_mod][inp]tab_title[ioas]Kurikulum S1 Teknik Mesin Reguler dan Paralel [ioas][inp]tab_color[ioas][ioas][inp]tab_bgcolor[ioas][ioas][inp]tab_text[ioas][ioas][/rad_page_widget][/rad_page_container][/rad_page_section]