Embed Size (px)
Citation preview
RESEARCH AND COMMUNITY SERVICES @FACULTY OF ENGINEERING UNIVERSITAS INDONESIA
DEPOK CAMPUS
SALEMBA CAMPUS
CENTRAL MOTIVATION OF RESEARCH at UNIVERSITAS INDONESIA:
URBAN ISSUES
JAKARTA CITYDEPOK CITY
PollutionWaste
Transportation Clean water and health
EXISTING CHALLENGES
Declination of Fossil Fuels
INTEGRATED DESIGN IN URBANECO-TECHNOLOGY FOR QUALITYHUMAN LIFE AND ENVIRONMENT
RESEARCH CENTRAL FOCUS
• New & Renewable Energy• Urban Planning & Transportation• Clean Water and & Food Resilience• Waste treatment & Environment Conservation• Health and Biomedical Applications• Maritime
STRATEGICAND
PRIORITYAREAS:
MAIN OBJECTIVES: • INNOVATIVE PRODUCTS FOR SOCIETY• HIGHLY INTERNATIONAL RECOGNITION
WITH REPUTABLE PUBLICATION
Environmental Engineering:Water supply and management;Liquid and solid waste; pollution control and prevention;Hazardous waste management; and soil surface quality.Water Engineering: focuses on rainwater management;Water related green infrastructure;Integrated and ground and surface water management;Water related disaster management;Water resources management; andSediment contaminant and transport.Transportation Engineering:Public transportation planning and development;Traffic impact, management, and safety;Master plan and policy.Geotechnical Engineering:Peat soil;Pavement geotechnical;Geosynthetic-reinforced earthwork;Earthquake;Landslide;Unsaturated soil behavior; andBio-grouting of sandy soils.Structural Engineering:Concrete technology and engineering;Fiber-reinforced concrete;Polymer concrete;Waste and recycled concrete;Public building,Structural studies and design;Advanced structural analysis; andMasonry structures and materials.Project Management and Value Engineering:The application of project management in constructionand transportation industry.
More Information:Phone: +62-21-727-0029Email: [email protected]: http://www.civil.eng.ui.ac.id
CIVILENGINEERING
“Green Infrastructure by Design”
Advanced Manufacturing Technologyand Automation:Micro-fabrication and intelligent manufacturing systems.Thermal and Fire Safety Engineering:Fundamental study of lifted flames;Downdraft biomass gasification;Biofuel for automotive applications; andFire safety engineering such as spontaneous combustion,fire calorimetry, smoke detection, flame spread anddevelopment of water-mist technology.Advanced Refrigeration Systems andTechnology:Design and construction for high efficiency refrigerationand air conditioning including the works for greenbuilding, cold storage, vacuum and freeze drying,methane storage, low temperature cascade and greenbuilding technology.High Efficiency Fluid Engineering:Advanced turbulent control for manufacturing processesand vehicle aerodynamics, micro-bubbles application,advanced drag reduction techniques, and micro-turbomachinery.Advanced Heat Transfer Technology:Heat and relevant mass transfer in spray drying, forcedand natural convection of nanofluids. thermophoreticforce, thermal measurement techniques,thermoacoustics, evaporation in small tubes and (someapplications in heat exchanger, thermoelectric cooler, andcryosurgery.
Naval Architecture and Marine Engineering:Ship resistance and power effectiveness for small ship;ship structural design; novel ship materials; and marinetransportation.
More information:Phone: +62-21-727-0032Email: [email protected]: http://mech.eng.ui.ac.id
MECHANICALENGINEERING“Energy Conservation through EfficientDesign and Manufacturing”
Power and Renewable Energy:Energy system such as solar cell, wind turbine, micro-hydro,micro-turbine, and diesel generators.Sensor and Electronic Devices:Micro-electro mechanical systems (MEMS), photonics,communication electronics, medical sensors, nanodevices,optical sensors, and corrosion sensors devices.Multimedia and Network:Design and realization of distributed multimedia systemarchitecture to convey multimedia information overnetworks.Optoelectrotechnique and Remote Sensing: focuses onoptics, remote sensing, and image processing.Digital Signal Processing:Array processing, pattern recognition, radio software,spectral analysis, coding and modulation, and wirelessapplications.Propagation and Microwave Antenna:Novel micro strip antenna design for cellular and satellitecommunications and ultra wide band (UWB) components andsystems.Mobile Communication:Telecommunication engineering, satellite constellationdesign and high altitude platform (HAP), integration ofsatellite and terrestrial networks, mobility and trafficmanagement for cellular and maximum segment size (MSS)networks, cross layer optimization, network dimensioning,broadband wireless access (BWA) and UWB communicationssystems.Real Time Measurement and Control:Nonlinear systems and control, robust control for time delaysystems, neural networks, fuzzy logic, control and embeddedsystem and decision making.
More InformationPhone: +62-21-787-0078Email: [email protected]: http://www.ee.ui.acc.id/research.php
ELECTRICALENGINEERING
“Renewable Energy, Electronics andICT for Urban Communities”
Advanced Materials:Nanostructured materials used for solar cell, cell labelling,and mesopores applications; geopolymer used as areplacement for Portland cement and for advanced high-techcomposites, ceramic applications or as a form of cast stone;aluminium foams; nanocomposites; metal matrixcomposites; polymer matrix composites, ceramic matrixcomposites, materials development for high capacity batteryused in electrical car; and bipolar plates for fuel cellapplications.
Materials Chemistry and Corrosion Protection:Materials selection process and corrosion prevention throughmaterials manipulation and engineering including naturalproduct inhibitors; ores processing by utilizing local energyresources and reducing agents such as low grade coal andcharcoal.
Materials Manufacture:Developing a more efficient method in materials processingsuch as casting, forming, and welding, especially to supportindustries in Indonesia; materials processing and simulation;development of high strength zero-defect nano-precipitates;high strength low alloys development through a processingand heat treatment; and processing-properties-microstructure relationship in metallic materials;development of light alloys used for body armour andcombat vehicle as well as failure analysis of component andstructures.
More information:Phone: +62-21-786-3510Email: [email protected]
METALLURGICAL& MATERIALSENGINEERING
“Eco-based Materials Designand Processes”
Ethno Architecture:The social, cultural, and technological aspect ofhinterland indigenous building.Housing and Settlement:Living transformation pattern of kampong and highrise living structures as well as coastal andarchipelagic settlement problems.
Building Science and Technology:Alternative building materials and tropicalsustainable building and urban space problems.
Architectural History and Theory:Urban history and heritage conservation.Urban Design and Plan: Spatial patterns caused bymigration, tropical spatial distribution of livablespace, and design activism for empowering localcommunity.Environmental Psychology: Crowding andsustainability of alternative utilization of space.
ARCHITECTURE
“Eco-Architecture”
More InformationPhone: +62-21-786-3512Email: [email protected]; [email protected]: http://architecture.ui.ac.id
Chemical and Natural Product Design:Natural based product, design of various chemicalreactors, and performance of various chemicalreactions through experimentation as well ascomputer based modeling and simulation.
Sustainable Energy:The sustainability of energy supply, greenhouseeffect, energy efficiency, green and renewableenergy resources; development of novel materialsfor energy, clean combustion, hydrogen productionand fuel cells, energy storage, clean fossil fuels/coal-bed methane, bioenergy; and sustainable energysystems and policy.
Industrial Bioprocess:Conversion of biological materials into other usefulforms, bioenergy, environmental biotechnology,functional food, molecular modelling, bio-catalysisand biomass.
Process Intensification:Development of smaller, cleaner, and more efficienttechnology that leads to lower energy and materialsuse in the bulk chemical industry.
More information:Phone: +62-21-786-3516Email: [email protected]: http://che.ui.ac.id
CHEMICALENGINEERINGCHEMICALENGINEERING
“Sustainable Chemical andBioengineering for Energy and
Product Development”
“Sustainable Chemical andBioengineering for Energy and
Product Development”
System Engineering:The optimization of vehicle and passengerqueuing in a transportation process.Industrial Economics:focuses on various economics model forindustry and industrialization of engineeringproduct.
Ergonomics:Ergonomics study of engineering products.
Product Design:Product and process development inmanufacturing and service industry by usingconjoint analysis.
Production System:Production system development throughmanufacturing simulation laboratory.
More information:Phone: +62-21-7888-8805Email: [email protected]://ie.ui.ac.id
INDUSTRIALENGINEERING
“ Integrated Systems Design throughSustainable Service System”
Produk Inovatif Karya Anak Bangsa :“MENGABDI UNTUK NEGERI”
BIO NICO & Bi GOGOLotion Herbal Anti Nyamuk dan Pestisida AlamiBerbahan Dasar Tembakau Prof. Dr. Ing. Ir. Misri Gozan, M.Tech.
PROPOLIS Melipolis
Dr. Eng Muhamad Sahlan, S.Si, M. Eng.
INKUBATOR BAYIProf. Dr. Ir. Raldi Artono Koestoer, DEA
Bayi yang lahir pada usia kehamilankurang dari 37 minggu bisa dikatakanbayi prematur. Mahalnya biaya sertalamanya pemakaian inkubator,menyebabkan beberapa kalanganmasyarakat, khususnya kalanganmenegah ke bawah, tidak dapatmenggunakan peralatan tersebut.Oleh karena itu, Prof. Dr. Ir. RaldiArtono Koestoer, DEA (pencetusprogram) dan TIM INKUBATOR FTUImempunyai program PEMINJAMANGRATIS INKUBATOR (khusus dirumah)..
MULTIGREENS,LAMPU HIAS MULTIFUNGSI TEKNOLOGI NANO KOMPOSIT
Prof. Dr. Ir. Slamet, M.T.
Multigreens adalah lampu yang efektif untukmemerangkap dan membunuh nyamuk, baikdi dalam maupun luar ruangan (indoor atauoutdoor). Dirancang aman bagi manusiadengan teknologi proses nano-fotokatalisis/komposit yang memanfaatkanenergi foton (cahaya) dan katalissemikonduktor, tidak seperti obat nyamuk lainberupa obat semprot, bakar, oles dan elektrikyang sangat berbahaya bagi kesehatan.
C O O L B O XDr. Ir. Imansyah Ibnu Hakim
Coolbox ini dapat digunakanuntuk menyimpan bahan-bahanmaterial yang memerlukankondisi dingin, seperti makanan,minuman, vaksin, darah, ASI (airsusu ibu), dan lain sebagainya,disamping membantu para kuriratau pengendara yang inginmenyimpan makanan atauminuman agar tetap segar. Alattersebut bekerja berdasarkanprinsip Coolbox ini berbasis efektermoelektrik dari elemenPeltier, sehingga sama sekalitidak menggunakan fluida freonsebagai media pendinginnya,menjadikan coolbox ini sangatramah lingkungan. Temperaturdi dalam coolbox bisa mencapai10oC
SOLAR HEAT AIR CONDITIONER
Prof. Dr. Ir. Muhammad Idrus Alhamid
Prinsip kerja dari alat pendingin tersebut adalah panas matahari digunakan untukmemanaskan air, kemudian diolah melalui beberapa tahapan hingga menghasilkan airbersuhu sekitar 7 derajat celcius. Air dingin tersebut kemudian disalurkan pipa kepada fancoil yang terpasang pada setiap ruangan sehingga mengurangi penggunaan listrik . Jikapada pendingin biasa komponen chiller selalu berisikan Freon, maka pada SWH ini digantidengan cairan air yang bercampur garam lithium bromida (LiBr), yang tidak perlu seringdiganti karena cukup dimasukkan sekali pada absorbsion chiller dan akan terus bekerjahingga kisaran 15 tahun kemudian.
SEMEN GEOPOLIMERBETON CEPAT KERING BERBAHAN LIMBAH
Kelebihan dari semen geopolimer adalah waktukeringnya yang sangat cepat singkat sehinggadalam waktu singkat beton dapat digunakan.Semen yang terbuat dari bahan baku abu terbangdan larutan natrium silikat ini bila digunakan untukmembeton jalan raya, maka dalam waktu 24 jam,jalan sudah mengeras sempurna, dan siapmenerima beban maksimal. Padahal, semenkonvensional baru bisa mencapai kekuatannyasetelah 28 hari.
Dr. Ir. Sotya Astutiningsih, M.Eng
PEMBANGKIT LISTRIK TENAGA ANGIN (WINDTURBINE)
Pemanfaatan energi baru terbarukan menjadi sebuah kewajibanuntuk segera diterapkan. Tingginya kebutuhan energi di Indonesiadan menurunnya produksi bahan bakar fosil, menjadi masalah yangharus segera dipecahkan. Salah satu solusi yang sedangdikembangkan oleh Prof. Dr. Ir. Adi Surjosatyo, M.Eng. adalahmenggunakan energi angin untuk dimanfaatkan sebagai sistempembangkit listrik menggunakan turbin angin.
Prof. Dr. Ir. Adi Surjosatyo, M.Eng
ASPAL DARI BATUAN ASBUTON
Prof. Dr. Ir. Mohammad Nasikin,M.Eng
Asbuton (AspalButon) merupakan aspal alam terbesar didunia yang depositnya terdapat di Pulau Buton ProvinsiSulawesi Tenggara. Berbeda dengan aspal minyak yangberasal dari penyulingan minyak bumi, asbuton berasaldari minyak bumi yang terdorong muncul kepermukaanmenyusup diantara batuan yang porous sehingga kadarAsbuton lebih didominasi oleh keberadaan mineralberupa CaCO3. Di antara kelebihan asbuton antara lainstabilitas campuran yang lebih tinggi, mampumeningkatkan umur konstruksi jalan serta lebih tahanterhadap perubahan suhu.
PORTABLE VACCINE COOLER HEMAT ENERGIProf. Dr. -Ing. Nandy S.Putra
Portable vaccine carrier dikembangkan dengan menggunakan sistem thermoelectric heatpipe. Thermoelectric adalah suatu sistem pendingin yang mampu menghasilkanperbedaan suhu (panas dan dingin) di kedua sisinya sehingga tidak memerlukan energitambahan dari luar. Alat ini di desain dengan menggunakan batterei 12 volt untukmenjalan efek thermoelectric tersebut , dan bisa juga dengan memakai modul solar selsehingga sangat hemat energi. Untuk merakitnya hanya diperlukan 1,5 jam saja.
FAC.OF ENGINEERING UI RESEARCH CENTERS
1. Mechanical and Driving System (Code: M1)2. Thermal Management System (Code: M2)3. Electric Motor System (Code: E1)4. Intelligent System (Code: E2)5. Charging System (Code: MT1)6. Battery System (Code: MT2)7. Social Study (Code: K)
• Renewable Energy System Engineering• Solar Thermal Cooling And Refrigeration• Nanostructure Energy Materials• Energy Storage Materials• Power Electronics, Grid And Control
Biomass And Gasification• Environment Protection
• Finance and Asset Management• Sustainable Mobility• Sustainable Water Management• Sustainable Energy
• Fabrication of Degradable Materials : Fe-Mn-C for BoneImplant or Coronary Stent
• Development of Orthodontic Bracket by Using InvestmentCasting
• Developing and Testing Lab-o n-Chip Device for BiomedicalApplications
• Engineering Multi Material Scaffolds for Hard to Soft TissueRegeneration
• Wireless Medical System Research
• Nanoencapsulation of Indonesian Herbs Extract by CaseinMicelle
• Application of Encapsulation Technology for CosmeticsFormula
Breast Cancer Early Detection
UI-INTERGRATED BIODIESEL TEACHING FACTORYDEVELOPMENT PROJECT
Industries Universitas Indonesia
Research
Problem Optimation andIntensification, and Trouble Sooting
Teaching and Leaning SchemeKnowledge and skill transfer
Expertise and Competence
Integrated Teaching Factory
5425%
6329%
5927%
178%
2511%
DISTRIBUTION OF ACADEMIC STAFFS
Professors
Associate professor
Assitant Professor
Lecturers
Junior Lecturers
1831
53
105 116
162
124
211
11 11 21
55 61
140
89
164
0
50
100
150
200
250
2008 2009 2010 2011 2012 2013 2014 2015
Num
ber o
f pap
ers
Year
INTERNATIONAL JOURNAL PUBLICATION (2008-2015)
Total publication indexed by Scopus
33 22 38
83 97
185
129
198164
192 206
311
416
520488
587
0
100
200
300
400
500
600
700
2008 2009 2010 2011 2012 2013 2014 2015
Contribution of International Publication(Journal and Proceeding) by FTUI to UI
FTUI UI
20.12% 11.45%18.45%
26.68%
23.32%
35.58%26.43%
33.73%
NU
MB
ER O
F PU
BLI
CAT
ION
YEAR
115
270
304
266238
251
364
316
68
172 166
107 111
172
115
194
0
50
100
150
200
250
300
350
400
2008 2009 2010 2011 2012 2013 2014 2015
Num
ber o
f pro
posa
ls
Year
Submitted Granted
2008Rp5,294,003,000
2009Rp14,605,734,538
2010Rp18,282,387,260
2011Rp15,164,370,840
2012Rp13,390,662,725
2013Rp37,748,900,794
2014
Rp34,919,004,389
2015Rp30,023,497,814
2,249
6,0007,107
3,683
1,276
7,534
1,392782
- 1,000 2,000 3,000 4,000 5,000 6,000 7,000 8,000 9,000
10,000
Amou
nt (i
n M
illio
nRp
)
Department
• RESEARCH TEAM MEMBERS• STUDENT SCIENCE AND
TECHNOLOGYCOMPETITION EVENTS
• COMMUNITY SERVICESPERSONNELS
AS RESEARCH TEAM MEMBERS UNDER PROMOTOR/CO-PROMOTORSUPERVISION:
– Comprehensive literature study and Finding the “niche” and novelty of theresearch
– Proposal write-up (personal, group) and submission procedure to DRPM,Kemristekdikti or others
– Execution: Experimentation (lab. modelling), Field Study– Collecting data and analysis– Intensive discussion with supervisors and colleagues– Write-up the results into scientific manuscript (for international/national
journal and conference proceeding).– Submit to publishers (check the Quartile rank: Q1, Q2, Q3 and Q4).– Present orally in open seminars (international and indexed by Scopus is
preferred).
– WORKSHOP AND COACHING CLINICS FOR WRITING:• RESEARCH PROPOSAL• SCIENTIFIC JOURNAL• PATENT DRAFTING
– LINE-EDITING PROCESS– FTUI JOURNAL CLUB: sharing media, more intensive coaching in particular
field.– INCENTIVE FOR INTERNATIONAL PUBLICATIONS (SUBMITTED, RECEIVED,
ACCEPTED/PUBLISHED)
WELCOME TOFACULTY OF ENGINEERING
UI
