Department of Mechanical Engineering consists of two undergraduate study programs, which are Mechanical Engineering and Naval Architecture and Marine Engineering. There are also two postgraduate programs including Masters and Doctorate in Mechanical Engineering for Masters and Doctoral Programme. Since August 2007, the mechanical engineering department has received the ISO for quality management system in Mechanical Engineering study program.
In 2011, the Mechanical Engineering department again received the ISO for quality management system. Several main laboratories in the Department of Mechanical Engineering have been developed to support both teaching and research activities.
Electrical Engineering
Research Areas
Renewable for Urban
Electronics & ICT Communities
Energy
Laboratories
The Department of Metallurgical Engineering was originally established as a study program within the Faculty of Engineering, Universitas Indonesia in 1965. Due to the lack of qualified lecturers and infrastructure, only 25 students attended the first academic activity. Almost 6 years from 1969, the department stopped accepting new students and focused its activity on existing students.
In 1975, the department started accepting students again and produced its first 7 graduates that same year. As science and technology advances, especially for industries based on engineered materials, the Department of Metallurgy has pooled its resources and considered the need to add “materials” to the name. In accordance with the idea, on November 5, 2002, the rector of Universitas Indonesia then ordered the Department of Metallurgical and Materials Engineering as one of the departments within the Faculty of Engineering.
Metallurgical & Materials Engineering
Eco-Based Design
Architecture
Architecture “ Eco ”
Chemical Engineering
Sustainable
Industrial Engineering
Designing Increasing
Our Urban Communities
List of Professors
Academic Staffs
Student Body
Graduates
AssesmentDegree Awarded
Student Enrollment
Accreditation
AUN 2010
JABEE
IABEE
Publication
Scopus Indexed
Journal Publication Proceeding Publication
Research Proposals
Research Funding
Research Fund
Research Centers
Scopus Indexed Papers
Research Center The Research Center of Biomedical Engineering (RCBE) is a newly developed research center in the Faculty of Engineering, Universitas Indonesia, which aims to make active contributions to solving real-world problems in communities related to human health based on competencies and expertise possessed. by engineering researchers. To become an excellent research center in biomedical engineering to contribute to society in the field of health and medical applications. The group focuses on the application of electronic principles to human body responses including: (i) RF & Microwave Medical Imaging; (ii) Microwave imaging range for human body imaging; (iii) Propagation characteristics for extra-/in-/in-body communications; (iv) Implanted antennas for health care monitoring; (v) Design of MRI coils for medical imaging; (vi) Hyperthermia and RF ablation for cancer treatment; (vii) Pacemaker Antennas. [email protected]).
The group focuses on developing design and materials for orthodontic bracket that is specific for Indonesian people and affordable price. Further research is focused on the finishing manufacturing procedure to obtain a smooth surface on the bracket. The group also designs orthopedic devices that are required by spine surgery patients during orthopedic treatments. [email protected]).
By its definition, tissue engineering focuses on creating or regenerating damaged or diseased human tissue to recover it and can be applied by fabricating scaffolds to be implanted in vivo and sheets of cells with secreted ECM (printing organs). The resulting scaffolds are mechanically characterized before clinical tests to assess performance. The group also expands the research area in the development of Lab-on-Chip for biomedical devices such as tissue culture on a chip. [email protected]).
Yudha Pratesa, M.T. Controlled release of drug and bioactive compounds Contact: Ir. [email protected]).
What is unique about MOLINA-UI compared to electric vehicles developed by other institutions. In addition to focusing on the technical aspects for suitable city car development in urban areas, the MOLINA-UI team also conducts a comprehensive study of the social aspect of Indonesian society and industries regarding their level of acceptance with electric vehicles. This is why the team also involves researchers from different faculties with a social background.
Another strength of MOLINA-UI is the development of electric shuttle bus for internal use in UI campus at Depok. This is the real application of a research project, where the impact of a green and environmentally friendly product can function as a role model and directly penetrate the academic society, especially students. The electric bus developed by the team will replace the conventional yellow bus around the UI campus at Depok in the near future.
The charging station using the Electric Form of the National Electric Power Plant (PLN) as well as the solar sales system;. Indonesia is the largest archipelago country in the world, with the second longest coastline and its vast ocean of nearly 6 million km2. To be a national and international flagship center for education, research and community services, which cuts across disciplines in the maritime domain to contribute to the national development strategy as a "Global Maritime Fulcrum".
Actively carry out educational activities, research, innovation, engineering design and community service at the national and international level to contribute to the development of science, technology and policies in the maritime field for the sustainability of environmental and natural resources, national sovereignty, and the preservation of national culture, as well as in defense fair and sustainable human welfare (human security).
The International Conference on Quality in Research (QiR) is a biennial event organized by the Faculty of Engineering, Universitas Indonesia, with the aim of bringing together national and international academics, researchers, managers, officials from government, industry and business, as well as practitioners and managers to present and discuss a wide range of engineering, architectural designs and community development based on up-to-date topics and issues. In 2017, this biennial event was already held at The Westin Resort Nusa Dua, Bali, Indonesia in July and hosted by Universitas Udayana Fakultas Teknik and Politeknik Negeri Bali. 194 were from Universitas Indonesia, 186 were from other national institutes and 31 were from other countries (American Samoa, Australia, China, France, Japan, Malaysia, Netherlands, South Korea and Taiwan).
95 papers in the field of Electrical Engineering have been published in IEEE Xplore indexed in SCOPUS;. IESC 2017 is an international student conference held by the Faculty of Engineering of Universitas Indonesia, which aims to discuss and encourage innovations through an annual conference held at Universitas Indonesia. At this event, 25 participants from Universitas Indonesia, 10 participants from other national institutes and 1 participant from Japan were gathered to present their best idea.
Previous papers from IESC 2016 have been published in the 2017 UI Science and Technology Proceedings. IJTech is published by Universitas Indonesia, the best university in Indonesia (Times Higher Education-QS World University Rankings since 2006). IJTech aims to provide cutting-edge research and practice in technology management and design, a forum for debate and reflection, and an anchor point for many technology practitioners and academic programs.
Empirical observations leading to original and significant conclusions or application papers in the above areas are also welcome.
Community Services
International Journal of Technology (IJTech) is a quarterly international journal whose objectives are to explore, develop and clarify the knowledge of engineering design and technology, to keep practitioners and researchers informed of current issues and best practices, and to serve as a platform to facilitate the exchange of ideas, knowledge and expertise between technology researchers and practitioners. Sustainable technology has been developed in several Asian countries that adhere to the principles of social, economic and environmental sustainability and is divided into the following themes: conventional and renewable energy, sustainable architecture, construction and environment, advanced material and production technology, efficiency and productivity improvement. Another advantage of this tool is that it is environmentally friendly (this tool does not use CFCs) and energy efficient (30 watt battery source).
This research focuses on alternative materials for composite armor panels by using silicon carbide reinforced aluminum matrix composite, which is lighter but has the same strength as the steel (with the ability to withstand 9mm and 7.62mm bullets). The advantage of this propolis is that it only contains active ingredients/pure flavonoids from which the wax has been removed. Wind Turbine Universitas Indonesia is a team engaged in the use of renewable energy technologies, especially wind energy.
The purpose of creating this team is to respond to the need to develop green technology that can be used and suitable for the community. In part, this community engagement wind turbine has been implemented in Kampong Bungin, Muara Gembong, Bekasi. In the TaLis concept, energy for electronic use is stored in batteries.
With the introduction of this basic science concept to these enthusiastic students, it is expected that this will motivate their future interest in nature-based science approach, depending on how they are encouraged to learn the natural phenomena around them at school.
Industrial Services
Propolis is a resinous mixture that honey bees typically collect from tree buds, seed pods, or other botanical sources. It can be useful for antibiotics, herbs, as well as materials in pharmaceutical liquid preparations, candies or powders. Community empowerment in Kampong Bungin included product branding (fisheries), clean water system (distillation) and improving local people's product quality values (fishery processing).
Therefore, electricity demand does not only depend on long-distance transmission systems from giant power plant sources. One unit of TaLis can meet the electricity needs of 1 house in underdeveloped regions. In addition, TaLis has a cheaper price because it does not need a kWh meter and power distribution network.
To promote the basic concept of science to the community, the students of the Nano Research Society of the Department of Metallurgical and Materials Engineering and the researcher of the Tropical Renewable Energy Center (TREC) introduce the basic concepts of dye-sensitized solar cells. on natural dyes found in plants to students under fifth grade during the Science Project event at the School of Universe (SoU), Parung, Bogor, on April 18, 2015 and April 9, 2016.
International Links Philantrophy
Students Achievements Students Activities