1. About Department of Mechanical Engineering
The Department of Mechanical Engineering was founded in 1983 as a response of the rapidly growing in industrial and manufacture area in Indonesia. The department’s vision is to be able to actively give contribution in the field of mechanical engineering through education services and innovative research. Mechanical engineering is perhaps the most diverse and versatile of the engineering disciplines. In addition to physics and mathematics, it encompasses key elements of chemical, civil, electrical, materials and even bioengineering.
The department currently offers undergraduate (Bachelor program) and graduate programs (Master and Doctoral programs) in Mechanical Engineering. The department has a dedicated concentration in all the major areas of mechanical engineering such as design and analysis, fluids and thermal engineering, materials, and manufacturing. In addition to the conventional core courses, the departement offers state-of-the-art courses and research opportunities in areas such as product design and realization, sustainability for engineers, continuum mechanics, medical devices and equipments, biomechanics, control engineering, noise and vibration, finite element analysis, energy science and technology, robotics and mechatronics, micro-manufacturing, and tribology. Nine laboratories have been set up with labolatory facilities for strengthening teaching and research.
2. Management Committee
Department of Mechanical Engineering
Head of Department : Dr. Jamari Secretary of Department : Dr. Eng. Munadi Undergraduate Program
Head of Bachelor Study Program : Sri Nugroho, PhD Secretary of Bachelor Study Program : Dr. Rifky Ismail Graduate Program
Head of Master Study Program :Sulistyo, PhD
Secretary of Master Study Program :Dr. Eng. Achmad Widodo Head of Doctoral Study Program :Prof. Dr. rer. nat A.P. Bayuseno Secretary of Doctoral Study Program :MSK. Tony Suryo Utomo, PhD
3. Accreditation
accreditation in 2015 from ASEAN University Network. There are only three Departments of Diponegoro University received this accrediation: (1) Chemical Engineering Department, (2) Public Health and (3) Mechanical Engineering Department. The ASEAN University Network (AUN) is an arrangement between 30 universities in the ten ASEAN countries.The student who graduated from certified AUN department are allows to works in overseas countries which are member of AUN.
Mechanical Engineering Department which is part of Faculty of Engineering recieved the ISO 9001: 2015 in 2016 from TUV Rheinland. The certification is given by representatives of TUV Rheinland in Indonesia. By receiving this certification, Mechanical Engineering Department will maintain the quality of the student and can improve for giving service to customers both internal and external communities. As one of reputable Mechanical Engineering Departments in Indonesia, Mechanical Enginering also received accreditation from Badan Akreditasi Nasional Perguruan Tinggi (BAN PT). For Bachelor of Engineering Study, BAN PT awarded “A” accreditation, for Master of Engineering Study “B” accreditation and Doctoral Program is still on-going process. With these good accreditations, the alumni are able to work in great industries, public sectors, etc.
4. Undergraduate (S1) and Graduate (S2 and S3) Program
The Department of Mechanical Engineering currently offers Bachelor Engineering in Mechanical Engineering (Sarjana Teknik), Master of Engineering in Mechanical Engineering (Magister Teknik) and Doctorate in Mechanical Engineering (Doktor). Its current intake is about 150 students in Bachelor Engineering, 30 students in Master Engineering, and 5 students in Doctoral program every year.
The Programs focuse on teaching and research in all the core research areas of mechanical engineering, specifically design, manufacturing, materials, sustainable energy and thermal sciences, tribology, robotics, vibration, and automotion. We also provide a range of services to support you to develop your research project to its full potential. The following degree options that we offer: Bachelor of Engineering / Sarjana Teknik (4 years with 144 SKS)
Admission to the Department of Mechanical Engineering is quite competitive. Successful applicants must demonstrate exceptionally high academic ability and performance. Personal strengths and nonacademic talents and commitment are also highly valued.
Master of Engineering / Magister Teknik (2 years with 50 SKS)
Doctor / Doktor (3 years with 43 SKS)
As a Doktor candidate you pursue a research project under continuous guidance, resulting in a thesis that makes an original contribution to knowledge. In the Department of Mechanical Engineering you will be linked to at least two academic supervisors.
5. Academic Staff
The Department of Mechanical Engineering has 38 lecturers in which the academic staff qualification are 23 Doctor, 6 on study leave Doctor, and 9 Master.
Dr. Eng. Achmad Widodo, ST, MT ST : UNDIP Indonesia
MT: ITB Indonesia Dr. Eng: Pukyong National University, South Korea
awidodo2010@gmail.com
He works in the field of vibration and machine diagnostic. Then, his research interests involve: digital signal processing and vibration.
Dr. Agus Suprihanto, ST, MT ST : Undip Semarang MT: ITB Indonesia Dr : UGM Indonesi
agusm90@yahoo.com
He works in field of materials science & engineering especially mechanical behavior of materials. engines, alternative fuels and utilization of sustainable energy.
Prof. Dr. rer.nat Ir. A.P. Bayuseno, MSc Ir : UGM, Indonesia MSc: Curtin of Technology University, Australia Dr. rer.nat: Ruhr Universitat Bochum, German engineering and specializes in the study of heat transfer aspects of various applications applications.
Dr. Dipl. Ing. Ir. Berkah Fajar TK Ir : ITB, Indonesia
His current research focuses on heat transfer & thermofluid.
Ir. Bambang Yunianto, MSc Ir : UGM Indonesia MSc: The Technical University of Denmark, Denmark
Ir. Budi Setiyana, MT
Deni Fajar Fitriyana, ST, MT ST: Undip Indonesia MT: Undip Indonesia
fajarfitriyana@yahoo.co.id
His research interests are in the area of failure analysis and material metalurgy.
Ir. Djoeli Satrijo, MT Ir : ITB Indonesia MT: ITB Indonesia
djoeli_satrijo@yahoo.com
His areas of research are about vibration and stress analysis.
Ir. Dwi Basuki Wibowo, MS Ir : ITB Indonesia MS: ITB Indonesia Dr : Dr Cand. Undip Indonesia
rmt.bowo@gmail.com
His specific research interests include biomechanics and biomedical imaging.
Ir. Eflita Yohana, MT, PhD Ir : UNIBRAW Indonesia MT : UGM Indonesia PhD : Pukyong National University, South Korea
efnan2003@gmail.com
Her research interests include refrigeration and thermofluid.
Dr. Eng. Gunawan Dwi Haryadi, ST, MT ST: UNDIP Indonesia MT: UGM Indonesia Dr. Eng: Pukyong National University, South Korea
gunawan_dh@undip.ac.id
His current research projects focus on strength of material, fracture mechanics & reliability.
Dr. Ing. Ir. Ismoyo Haryanto, MT
Ir : ITB Indonesia MT : ITB Indosnesia Dr.Ing: TU Munchen, Germany
ismoyo2001@yahoo.de
Joga Dharma Setiawan, BSc, areas of mechatronics & control system.
Khori Rozi, ST, MT
His current research interests include fluid mechanics and turbomachinery.
Mochammad Ariyanto, ST, MT ST: Undip Indonesia
MT: Undip Indonesia
ari_janto5@yahoo.co.id
His current research works include intelligent control, biorobotics, and wearable robots.
M.S.K. Tony Suryo Utomo, ST, MT, PhD
ST: UNDIP Indonesia MT: ITB Indosnesia PhD: Gyeongsang National University, South Korea
msktonysu@yahoo.co.id
His research interests include computational fluid dynamics (CFD).
Dr. M. Tauviqirrahman, ST, MT ST : Undip Indonesia
MT: ITB Indonesia
Dr : Univ. Twente, Netherland
mtauviq99@yahoo.com
His current research interests include tribology, and MEMS.
Muchammad, ST, MT ST: Undip Indonesia MT: UGM Indonesia Dr: Dr Cand. Univ. Twente, Netherland
Dr. Eng: University of Fukui, Japan
munadi@undip.ac.id
He has been leading UNDIP Robotic Development Centre (URDC). His current research focuses on robotics & automation.
Dr. Ir. Nazaruddin Sinaga, MS Ir : ITB Indonesia
MS: ITB Indonesia Dr : ITB Indonesia
nazarsinaga@undip.ac.id
Norman Iskandar, ST, MT ST : Undip Indonesia MT: Undip Indonesia
norman.mesin@gmail.com
His research interests include design and manufacture.
His research interests include welding and FEM.
Dr. Rifky Ismail, ST, MT ST : Undip Indonesia MT: UGM Indonesia
Dr : Univ. Twente, Netherland
ismail.rifky@gmail.com
His research has focused on tribology, biomechanics, FEM, and biomaterial.
Rusnaldy, ST, MT, PhD ST: UI Indonesia MT: ITB Indonesia PhD: Yeungnam University, South Korea
rusnaldy@undip.ac.id
His research interests involve material processing, welding, corrosion and its prevention.
Sri Nugroho, ST, MT, PhD ST: ITB Indonesia MT: ITB Indonesia
PhD: Tohoku University, Japan
srinugroho2004@yahoo.com
His areas of research area failure analysis & metallurgy of material.
Ir. SugengTirta Atmadja, MT Ir : UGM Indonesia DEA: Ecole Central de Lion, Perancis
sugiyanto@undip.ac.id
His research interests include tribology & rubber.
Dr. Sulardjaka, ST, MT ST : UNDIP, Indonesia MT: UGM, Indonesia Dr : UGM, Indonesia
Sulardjaka@gmail.com
Ir. Sulistyo, MT, PhD Ir : UGM Indonesia MT : UGM Indonesia PhD : UTHM, Malaysia
listyo2007@gmail.com
His research interests in material science engineering especially SOFC (Solid Oxide Fuel Cell).
Ir. Sumar Hadi Suryo, MT Ir : Unibraw Indonesia MT: Undip Indonesia
Dr : Dr. Cand.Undip, Indonesia
Sumarhs.undip@gmail.com
His research interests include design and manufacture.
His research interests include signal processing and mechatronics.
Ir. Yurianto, MT Ir: Unibraw Indonesia MT: ITB Indonesia
Dr: Dr Cand. Unibraw Indonesia
yurianto_narimin@yahoo.com
His research interests include material science engineering especially in welding process.
Yusuf Umardani, ST, MT ST : Undip Indonesia MT: UGM Indonesia
umardaniyusuf@yahoo.com
His research interests include metal casting and material characterization.
Syaiful, ST, MT, PhD ST : UNIBRAW Indonesia MT: ITB Indosnesia PhD: Gyeongsang National University, South Korea
syaiful.undip2011@gmail.com
His works in the areas of heat transfer & thermofluid mechanics, especially internal combustion engines, alternative fuels and utilization of sustainable energy.
Dr. Susilo Adi W., ST, MT advancement of sustainable manufacturing & powder based rapid prototyping.
Dr. Ir. Toni Prahasto, MSc Ir : ITB Indonesia
MSc: Univ. Waterloo, Canada Dr : Univ. Waterloo, Canada
m_mad5373@yahoo.com
6. Research Area
A. Energy Conversion
Energy conversion : Ir. Arijanto, MT; Ir. Bambang Yunianto, MSc Khoiri Rozi, ST, MT
Thermofluid : Dr. Dipl. Ing. Ir. Berkah Fajar T.K Dehumidifying : Ir. Eflita Yohana, MT, PhD
MSK. Tony SuryoUtomo, ST, MT, PhD
Thermohydrolic : Dr. Ir. Nazaruddin Sinaga, MS Combustion : Syaiful, ST, MT, PhD
B. Material
Ceramic processing and characterization
: Prof. Dr. rer.nat Ir. A.P. Bayuseno, MSc
Stainless steel : Dr. Agus Suprihanto, ST, MT Strength of material &
fracture mechanics
: Dr. Eng. Gunawan Dwi Haryadi, ST, MT
Failure analysis & metallurgy
: Sri Nugroho, ST, MT, PhD. Deni Fajar Fitriyana, ST, MT Metal matrix composites
C. Manufacture & Robotics
Control system : Joga Dharma Setiawan, BSc, MSc, PhD Robotic and automation : Dr. Eng. Munadi, ST, MT
Design & manufacture : Norman Iskandar, ST, MT Material processing &
Signal processing : Wahyu Caesarendra, ST, M. Eng, PhD Intelligent control and
robotics
: Mochammad Ariyanto, ST, MT
D. Design and Construction
Vibration and machine diasnostig
: Dr. Eng. Achmad Widodo, ST, MT
Dr. Mohammad Tauviqirrahman, ST, MT Muchammad, ST, MT; Dr. Rifky Ismail, ST, MT Vibration & stress
analysis
: Ir. Djoeli Satrijo, MT
Ir. Dwi Basuki Wibowo, MS Aeroelastic & structure
optimization
: Dr. Ing. Ir. Ismoyo Haryanto, MT
Dynamic of vehicle : Ojo Kurdi, ST, MT, PhD Mechanical electrical : Ir. Sugeng Tirta Atmadja, MT Structural dynamics : Ir. Sugiyanto, DEA
Design & manufacture : Ir. Sumar Hadi Suryo, MT
E. Special Areas
Biomaterial : Prof. Dr. rer.nat Ir. A.P. Bayuseno Dr. Rifky Ismail, ST, MT
Biomechanics : Dr. Rifky Ismail, ST, MT Ir. Dwi Basuki Wibowo, MS Ir. Sugiyanto, DEA
Biomechatronics : Wahyu Caesarendra, ST, M. Eng., PhD Mochammad Ariyanto, ST, MT
Robotics : Dr. Eng. Munadi, ST, MT
Joga Dharma Setiawan, BSc, MSc, PhD Mochammad Ariyanto, ST, MT
Reliability : Dr. Eng. Gunawan Dwi Haryadi, ST, MT Deni Fajar, ST, MT
7. Supporting Facilities
8. Laboratories
The Department of Mechanical Engineering has nine laboratories in which six of them are instructional laboratories and the others are support laboratories. List of instructional and support laboratories are given below:
a. Instructional Laboratory:
Laboratory for Production Process and CNC Laboratory for Engineering Material
Laboratory for Thermofluid Laboratory for Computation
Laboratory for Industrial Metrology
Laboratory for Vibration and Machine Diagnosis
b. Support Laboratory:
Laboratory for Control System & Robotic
Laboratory for Energy Efficiency and Conservation Laboratory for Engineering Design & Tribology
Laboratory for Production Process and CNC
Laboratory for Production Process and CNC is involved in research and development of advanced design techniques in order to support the verification of products and processes in terms of feasibility, functionality, ergonomics and reliability.The aim of the laboratory is to learn about key manufacturing processes and the efficiency and limitations of machines. Students put the theory they have learnt into practice by carrying out a range of laboratory projects in which they solve production problems and create CNC programs under supervision in small groups. Their solutions are then tested and explained using machine tools.
Laboratory for Engineering Material
The main work of this lab is to allow students to creatively and systematically explore engineering materials in a hands-on environment. Students participate in all aspects of the work, including preparation of the test specimens, testing, recording data, and interpretation of the results. The testing procedures are based on the ASTM standards. Students learn how to measure and modify material properties, and perform activities to clarify important concepts. Typically, topics covered are directly relevant to manufacturing processes or product design.
Laboratory coordinator: Yusuf Umardani, ST, MT
Laboratory for Thermofluid
Laboratory thermofluid is used to run experiments in both fluid mechanics and heat transfer. Students will do a group project involving the design of an experiment, its instrumentation, method of test, data analysis and final report presentation. Special emphasis is placed on report preparation and computer aided data reduction. Research at the Laboratory for Thermofluids is aimed at improving knowledge in advanced fields of strategic technologies with emphasis on principles of transport phenomena. The final goal is to bring together multidisciplinary knowledge to develop new procedures and technologies, as well as to carry out research to gain the fundamental knowledge needed to solve new problems.
Laboratory for Computation
Laboratory for Computation is to advance the frontiers of learning theory and machine learning, while building algorithmic tools for the analysis of complex systems and high dimensional data. The approach blends well established concepts and methods from computer science, statistics and signal processing with modern results in (high dimensional) probability, into new computational tools for statistical inference. The goal is to channel theory and algorithms into new applications including smarter technologies and sophisticated engines for inference from high-dimensional data/signals. The ultimate objective of the lab is a future generation of intelligent technologies. Laboratory coordinator: Muchammad, ST, MT
Laboratory for Industrial Metrology
The capabilities of this lab include a wide variety of coordinate metrology, surface finish and various traditional dimensional of metrology instrumentation. Currently there is one computer controlled coordinate measuring machines (CMMs) in the facility with various touch trigger, scanning, and vision based probing systems.
Laboratory for Vibration and Machine Diagnosis
Laboratory for Vibration and Machine Diagnosis is equipped with the necessary expertise and the state-of-the-art instrumentation required for measurement, analysis, and control of undesired motion and noise of structures and machinery. In addition, short courses can be designed in the field of noise and vibration control to meet the needs of industry. Presently, VAL is focusing on investigating and developing advanced methods for active and passive noise and vibration control systems. All of the experiments are designed to demonstrate physical principles. Several are also designed to demonstrate applications or to give experience with widely-used tools and techniques in sound and vibration engineering. The focus of recent work has broadened to include structural health monitoring, damage detection and prognosis, active vibration control, rotating machinery modeling and signature analysis, noise barrier design and acoustic noise source identification utilizing microphone arrays.
Laboratory for Control System & Robotic
The current research projects in the group are at the leading edge of research in robotics and control systems and their practical applications. The emphasis in these projects is on innovative approaches that maintain a balance between theoretical developments and experimental verification or evaluation.The laboratories purpose of establishment is to work with human robotic arms and mobile robots parallel to today’s robotic technology to make research projects in industrial and academic area.
Laboratory coordinator: Dr. Eng. Gunawan Dwi Haryadi, ST, MT
Laboratory for Energy Efficiency and Conservation
Laboratory for Energy Efficiency and Conservation focuses on designing, testing, and disseminating renewable and appropriate energy systems. The laboratory’s mission is to help these technologies realize their full potential to contribute to environmentally sustainable development in both industrialized and developing nations while also addressing the cultural context and range of potential social impacts of any new technology or resource management system.
Laboratory for Engineering Design & Tribology
Laboratory for Engineering Design and Tribology (EDT), with nearly 6 experts, is recognized domestically and worldwide for providing research and technological solutions in the fields of surface and interface technology, boundary lubrication and tribochemistry, for the development of functional surfaces and contact engineering and for management of friction and wear mechanisms in systems with conventional and nonconventional materials at nano and macro scale.With a leading role in the field of environmentally friendly, green lubrication technologies the EDT group can provide a comprehensive and effective sustainable treatment of the most demanding tribological problems in engineering systems. Laboratory for Engineering Design and Tribology aims at the development of methodologies, tools, and techniques for better, robust, and inclusive product design to achieve success in New Product Development (NPD). Design research investigates the process of designing products, processes, and services. It aims to help designers design better products and processes. The lab is equipped with sketching tools based on computer, and design research tools.
Laboratory coordinator: Dr. Mohammad Tauviqirrahman, ST, MT
9. Research Publication
The Department of Mechanical Engineering has long been recognized as one of a leader department in research and education of Diponegoro University. Excellent conditions for learning and research and state-of-the-art facilities provide an ideal setting for some ofthe brightest minds in the world.
Period Journal Conference Book/Chapters
2011-2014 >50 >200 5
10. Student Achievement
The Mechanical Engineering Department is one of popular majors among all Engineering Department in Diponegoro University. Mechanical Engineering students learn several engineering fields such as contruction, energy, materials, mechatronics and manufacturing. In order to increase the competency of students, Mechanical Engineering students participate and contribute in both International and National competition. Some of them are to be the winner. The following are the selected Competition during 2015 to 2016.
a. Shell Eco-marathon Competition
b. International Conference ICONIC 2016 di Hamburg, Germany
Diponegoro University has vision to be World Class University in 2020. In order to achive the vision, both lecturers and students are encourage to conduct quality research and report the research results in a research article. In 2016, three Mechanical Engineering students has participated in International Conference that was help in Hamburg. Mechanical Engineering students were also participated in other international paper competition and awarded as best paper in International Joint Conference on Science and Technology 2016 and Top 10 Essay Competition Finalist Schlumberger Women and Technology Career Talk 2015.
c. Energy Efficient Car Contest / Kontes Mobil Hemat Energy (KMHE)
competition. In 2016, Antawirya has complete the race and awarded the second rank in Urban Ethanol category with efficiency 82 km/litre and the sixth rank in Urban Petrol with effiency 144 km/litre.
d. Indonesian Robot Contest / Kontes Robot Indonesia (KRI) 2016
e. Indonesian Flying Robotic Contest / Kontes Robot Terbang Indonesia
(KRTI) 2015
Another robotics competition that sponsored and organised by KEMENRISTEK DIKTI is Kontes Robot Terbang Indonesia (KRTI). Similar to KRI, KRTI is also applied some Mechanical Engineering subjects such as Control Systems, Mechatronics, and Measurement Systems. The competition has several requirements to be considered as succesfull flight e.g. the aeroplane robot must able in take-off and landing smootly, the robot must also able to flight in certain area and altitude.
f. Mechanical Design Contest VI BKSTM 2016
Mechanical Engineering Department in Indonesia Universities has one community namely Badan Kerja Sama Teknik Mesin (BKSTM). Every year BKSTM organise a national conference and several competitions. One competition is Mechanical Design Contest. In 2016, Mechanical Design Contest was held Bandung Institute of Technology and Mechanical Engineering students of UNDIP is the third place winner.
11. Partnerships
12. Contact Us
Head of Department Dr. Jamari
Phone : +62 (24) 7460059 Mobile : +62 (81) 326 748 417 Fax. : +62 (24) 7460059 E-mail : head_me@undip.ac.id
Department Contact Main office
Department of Mechanical Engineering Diponegoro University
Jl. Prof. H. Soedarto, Tembalang, Semarang - 50275
Indonesia
Phone : +62 (24) 7460059 Fax : +62 (24) 7460059 E-mail : office_me@undip.ac.id
Undergraduate office
Phone : +62 (24) 7460059 ext. 103 Fax : +62 (24) 7460059
E-mail : undergrad_me@undip.ac.id
Graduate office
Phone : +62 (24) 7460059 ext. 115 Fax : +62 (24) 7460059
