Mechanical Engineering Undergraduate Program
In the Mechanical Engineering study program, for the regular program, currently there are one undergraduate program and two postgraduate programs (master and doctoral). Each program graduate has a Bachelor of Engineering (Sarjana Teknik/ ST.), Master of Engineering (Magister Teknik/ MT.) and a Doctorate (Doktor/ Dr.).
The Mechanical Engineering undergraduate program uses the semester credit unit system (Satuan Kredit Semester/SKS), where students carry 144 credits which are designed to be completed in four years of study. In the first year of study, FMAE students take lectures together as students of one faculty, or what is called the Joint Preparation Stage (Tahap Persiapan Bersama/ TPB). After the TPB stage has been passed, students will need to select from the three study programs. Then it will be evaluated by the faculty team and directed to the appropriate study program.
At the TPB stage, FMAE students similar to the other faculties, will receive 36 credits which are guided by basic courses such as Mathematics, Physics, Chemistry, Introduction to Engineering & Design. In addition, students have also received three courses from the Faculty, namely Introduction to Mechanical, Materials & Aerospace Engineering as well as Engineering Drawings and Structural Statics.
In the second and third years, students who enter the undergraduate Mechanical Engineering program will receive basic courses from the mechanical engineering study program. In general, students will take 36 credits per year, or 18 credits per semester. However, at this stage, if they meet certain requirements, students can take more than 18 credits per semester. In this case, consultation and agreement with the Guardian Lecturer (Dosen Wali) is important to carry out. The courses given at this stage include contents regarding machine drawing & design, the basics of materials & structures, thermodynamics & heat transfer, and fluid mechanics. Some of these materials will also be provided through practical activities in the laboratory and group project assignments.
At the final stage of their education, students will do practical work in industry. Then, students will do the final project according to the group of expertise they are interested in. Apart from that, students are also allowed to take elective courses both inside and outside the Mechanical Engineering study program. In the Mechanical Engineering study program itself, there are more than 30 elective courses that can be taken to support the implementation of the final project. Students will then carry out a comprehensive examination and final project exam to complete their study period in the undergraduate program.
Mechanical Engineering Master Program
In general, for master’s programs, students take 36 credits in the two years of their study. Unlike the undergraduate program, lectures will be dominated by elective courses. Some of the compulsory courses include Technical Analysis. Apart from that, students are required to take a thesis which is equivalent to 6 credits. Students will then conduct a thesis exam to complete their study period in the master program.
In this case, prospective students are highly recommended to study the research they want to do first. Likewise, it would be better to communicate with prospective thesis or research supervisors. Thus, students can design elective courses according to their research interests.
Mechanical Engineering Doctoral Program
In the doctoral program, the lecture system will be quite different from the undergraduate and master programs. Even though they still adhere to the SKS system, basically during the 3-4 years of study, students will take various subjects that are very much dominated by research nuances, for example Philosophy of Science, Research Methodology, to Research & Progress Seminars and Writing National / International Papers. There are SKS provided for the Kapita Selekta course where students can choose certain courses in the study program that can support their research.
At the end of the first year, students will go through a Qualification Exam where their eligibility will be determined to continue the doctoral study program. In this case, students are generally expected to have conducted a comprehensive literature study and know the specifics of their research path. In some cases, students are also expected to have initial results / concepts from their research. Students will then take a Dissertation Examination to complete their study period in the master program.
In this case, prospective students are highly recommended to study the research they want to do first. Likewise, it is highly recommended to communicate with prospective research supervisors.
Aerospace Engineering Undergraduate Program
In the Aerospace Engineering study program, for the regular program, currently there are one undergraduate program and two postgraduate programs (master and doctoral). Each program graduate has a Bachelor of Engineering (Sarjana Teknik/ ST.), Master of Engineering (Magister Teknik/ MT.) and a Doctorate (Doktor/ Dr.).
The Aerospace Engineering undergraduate program the semester credit unit system (Satuan Kredit Semester/SKS), where students carry 144 credits which are designed to be completed in four years of study. In the first year of study, FMAE students take lectures together as students of one faculty, or what is called the Joint Preparation Stage (Tahap Persiapan Bersama/ TPB). After the TPB stage has been passed, students will need to select from the three study programs. Then it will be evaluated by the faculty team and directed to the appropriate study program.
At the TPB stage, FMAE students similar to the other faculties, will receive 36 credits which are guided by basic courses such as Mathematics, Physics, Chemistry, Introduction to Engineering & Design. In addition, students have also received three courses from the Faculty, namely Introduction to Mechanical, Materials & Aerospace Engineering as well as Engineering Drawings and Structural Statics.
In the second and third years, students entering the undergraduate Aerospace Engineering program will receive basic courses from the aerospace engineering study program. In general, students will take 36 credits per year, or 18 credits per semester. However, at this stage, if they meet certain requirements, students can take more than 18 credits per semester. In this case, consultation and agreement with the Guardian Lecturer (Dosen Wali) is important to carry out. The courses given at this stage include material on the basics of aircraft materials & structures, aerodynamics, astrodynamics, achievements and flight dynamics, as well as aircraft systems and air transportation systems. Some of these materials will also be provided through practical activities in the laboratory, such as Instrumentation, Measurement and Experimentation, as well as group project assignments, such as Aircraft Design and Structural Analysis / Design courses.
At the final stage of their education, students will do practical work in industry. Then, students will do the final project according to the group of expertise they are interested in. Apart from that, students are also allowed to take elective courses both inside and outside the Aerospace Engineering study program. In the Aerospace Engineering study program itself, there are more than 10 elective courses that can be taken to support the implementation of the final project. Students will then carry out a comprehensive examination and final project exam to complete their study period in the undergraduate program.
Aerospace Engineering Master Program
In general, for master’s programs, students take 36 credits in the two years of their study. Unlike the undergraduate program, lectures will be dominated by elective courses. Some of the compulsory courses include Advance Mathematics and Research Methodology. Apart from that, students are required to take a thesis which is equivalent to 6 credits. Students will then conduct a thesis exam to complete their study period in the master program.
In this case, prospective students are highly recommended to study the research they want to do first. Likewise, it would be better to communicate with prospective thesis or research supervisors. Thus, students can design elective courses according to their research interests.
Aerospace Engineering Doctoral Program
In the doctoral program, the lecture system will be quite different from the undergraduate and master programs. Even though they still adhere to the SKS system, basically during the 3-4 years of study, students will take various subjects that are very much dominated by research nuances, for example Philosophy of Science, Research Methodology, to Research & Progress Seminars and Writing National / International Papers. There are SKS provided for the Kapita Selekta course where students can choose certain courses in the study program that can support their research.
At the end of the first year, students will go through a Qualification Exam where their eligibility will be determined to continue the doctoral study program. In this case, students are generally expected to have conducted a comprehensive literature study and know the specifics of their research path. In some cases, students are also expected to have initial results / concepts from their research. Students will then take a Dissertation Examination to complete their study period in the master program.
In this case, prospective students are highly recommended to study the research they want to do first. Likewise, it is highly recommended to communicate with prospective research supervisors.
Material Engineering Undergraduate Program
In the Material Engineering study program, for the regular program, currently there are one undergraduate program and two postgraduate programs (master and doctoral). Each program graduate has a Bachelor of Engineering (Sarjana Teknik/ ST.), Master of Engineering (Magister Teknik/ MT.) and a Doctorate (Doktor/ Dr.).
The Material Engineering undergraduate program the semester credit unit system (Satuan Kredit Semester/SKS), where students carry 144 credits which are designed to be completed in four years of study. In the first year of study, FMAE students take lectures together as students of one faculty, or what is called the Joint Preparation Stage (Tahap Persiapan Bersama/ TPB). After the TPB stage has been passed, students will need to select from the three study programs. Then it will be evaluated by the faculty team and directed to the appropriate study program.
At the TPB stage, FMAE students similar to the other faculties, will receive 36 credits which are guided by basic courses such as Mathematics, Physics, Chemistry, Introduction to Engineering & Design. In addition, students have also received three courses from the Faculty, namely Introduction to Mechanical, Materials & Aerospace Engineering as well as Engineering Drawings and Structural Statics.
In the second and third years, students entering the undergraduate Material Engineering program will receive basic courses from the aerospace engineering study program. In general, students will take 36 credits per year, or 18 credits per semester. However, at this stage, if they meet certain requirements, students can take more than 18 credits per semester. In this case, consultation and agreement with the Guardian Lecturer (Dosen Wali) is important to carry out. The courses given at this stage include material on the basics of mechanics & material characterization, as well as material selection and design processing. Some of the materials also include chemical science materials specific to materials engineerings such as physical chemistry, polymers and electrochemistry. Some of these materials will also be provided through practical activities in the laboratory, such as the Materials Engineering Laboratory courses given in three different semesters, plus group project assignments.
At the final stage of their education, students will do practical work in the industry. Then, students will do the final project according to the group of expertise they are interested in. Apart from that, students are also allowed to take elective courses both inside and outside the Aerospace Engineering study program. In the Material Engineering study program itself, there are more than 20 elective courses that can be taken to support the implementation of the final project. Students will then carry out a comprehensive examination and final project exam to complete their study period in the undergraduate program.
Material Science and Engineering Master Program
In general, for master’s programs, students take 36 credits in the two years of their study. Unlike the undergraduate program, lectures will be dominated by elective courses. Some of the compulsory subjects include the Structure and Mechanical Properties of Materials, Advanced Material Characterization and Material Selection and Design. Students are also required to take a thesis that is equivalent to 6 credits. Students will then conduct a thesis exam to complete their study period in the master program.
In this case, prospective students are highly recommended to study the research they want to do first. Likewise, it would be even better if you have communicated with prospective thesis or research supervisors. Thus, students can design elective courses according to their research interests. Students could choose to focus on a specific subject such as composite materials, ceramic materials, metallurgy and failure-related topics such as cracking and corrosion.
Material Science and Engineering Doctoral Program
In the doctoral program, the lecture system will be quite different from the undergraduate and master programs. Even though they still adhere to the SKS system, basically during the 3-4 years of study, students will take various subjects that are very much dominated by research nuances, for example, Philosophy of Science, Research Methodology, to Research & Progress Seminars and Writing National / International Papers. There are SKS provided for the Kapita Selekta course where students can choose certain courses in the study program that can support their research.
At the end of the first year, students will go through a Qualification Exam where their eligibility will be determined to continue the doctoral study program. In this case, students are generally expected to have conducted a comprehensive literature study and know the specifics of their research path. In some cases, students are also expected to have initial results / concepts from their research. Students will then take a Dissertation Examination to complete their study period in the master program.
In this case, prospective students are highly recommended to study the research they want to do first. Likewise, it is highly recommended to communicate with prospective research supervisors. Students could choose to focus on a specific subject such as composite materials, ceramic materials, metallurgy and topics related to failure such as cracking and corrosion.
