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11 September 2012 Kementerian Pengajian Tinggi 1 HIGH IMPACT RESEARCH (HIR) UNIVERSITI MALAYA [2011-2015] Cycle 1 Laporan Kemajuan 12 Bulan Cycle 2 Laporan Kemajuan 6 Bulan Mesyuarat Pemantauan Aktiviti High Impact Research Slide 2 Slide 3 Source : The Star 11/09/2012 Slide 4 4 Meletakkan UM dalam QS World Ranking 100 universiti terbaik pada tahun 2015 50 universiti terbaik pada tahun 2020 Slide 5 5 Menjadikan Universiti Malaya antara 100 universiti terbaik dunia pada tahun 2015. 1)Menerbitkan kertas Tier 1 Jurnal ISI/WoS yang berimpak tinggi. 2)Menghasilkan lebih banyak bilangan paten pada setiap tahun. 3)Membawa masuk Academic Icon untuk datang berkhidmat di UM. 4)Mengambil pelajar Bright Sparks untuk meneruskan pengajian di UM. Slide 6 Source : UM Library Slide 7 Slide 8 8 2004 (THES- QS) 2005 (THES- QS) 2006 (THES- QS) 2007 (THES- QS) 2008 (THES- QS) 2009 (THES- QS) 2010 (THES- QS) 2011 (THES- QS) 2012 (THES- QS) 89169192246230180207167156 Erroneous data submission Slide 9 201220112010200920082007 Papers9,1616,5045,4303,4402,8228922 Citations (excl. self-cites from 2011) 17,5207,8668,3675,6015,29813,739 Citations per Paper:1.91.21.51.61.91.5 Citations per Faculty:4.53.03.22.12.766.9 RESEARCH DATA (LAST 5-YEARS SCOPUS) As at 31st August 2012 Source : UM Library Slide 10 10 November 2010 RM590,156,460 (140 projek) 3 & 4 Mei 2011 - Hotel Equotorial Bangi- Bengkel Penilaian HIR Kitar 1. :84 projek (RM395,800,725) 22 November 2011 - Hotel Marriot Putrajaya- Bengkel Penilaian HIR Kitar 2. :53 projek (RM108,368,721) 7, 8 & 9 Disember 2011 - Aras 4, Canseleri UM- Makmal Pengurusan Nilai (VM Lab) anjuran Seksyen Pengurusan Nilai (SPN) : menilai skop dan kos peralatan HIR bagi 57 projek (RM71 juta). 24 Mei 2012 - Aras 4, Canseleri UM- Bengkel Penilaian HIR Kitar 3 : 80 projek (RM165,023,729) termasuk bidang Sains Sosial. Mesyuarat Kabinet 2010. 78 projek (RM352,905,185) telah diperaku oleh 17 penilai luar. 53 projek (RM108,368,721) telah diperaku oleh 6 orang penilai luar. Penjimatan sebanyak RM1.5juta menjadikan jumlah yang diperakukan RM69.5 juta. 66 projek (RM147,573,552) telah diperaku oleh 17 orang penilai luar. Hanya 75 projek (RM316,764,010) aktif dijalankan + selepas revised 68% *Baki sebanyak RM17,450,177 digunakan untuk kerja-kerja penyelenggaraan Peralatan HIR. Slide 11 11 NoFakulti / PTj Asal & Diluluskan KITAR 1 (2011) KITAR 2 (2012) KITAR 3 (2013) JUMLAH RM Bil. Projek RM Bil. Projek RM Bil. Projek RM Bil. Projek RM Bil. Projek 1 PERUBATAN129,697,0002072,919,3301718,677,800515,987,20423107,584,33445 2 KEJURUTERAAN200,000,0006252,837,4692365,108,1202713,750,22611131,695,81561 3 SAINS79,904,1301360,014,503120024,891,6881784,906,19129 4 PERGIGIAN28,287,3302213,194,753815,092,351135,542,880333,829,98424 5 SAINS KOMP.27,268,000139,126,49063,201,2006780,000313,107,69015 6 CANSELERI125,000,00010104,341,94896,289,250275,902,9043186,534,10214 7 SAINS SOSIAL------10,518,6505 5 8 ALAM BINA------200,0001 1 Secretariat (Baki Revised 68% ) 4,329,517 Penyelenggaraan Peralatan HIR (Sentral) 17,450,177 TOTAL :590,156,460140316,764,01075108,368,72153165,023,72966590,156,460194 Slide 12 12 (dari Ogos 2011sehingga 15 Ogos 2012) No PTj No of Project Allocation Non Tier 1 ISI Tier 1Bright SparkAcademic IconPatent ApprovedSpent% Proposed Achieved % Proposed Achieved % Proposed Achieved % Proposed Achieved % 1 Med17 40,878,717.00 21,000,274.78 51.4 13 605416.8%16431.8%28414.3%3800.0% 2 Eng23 27,469,739.20 17,332,168.79 63.1 18 5747813.6%1371510.9%3837.9%13964.3% 3 Sci12 34,009,211.80 25,148,526.78 73.9 77 63510716.9%203167.9%17317.6%9910 10.1 % 4 Dent8 7,043,569.00 5,263,541.13 74.7 2 10122.0%800.0%10110.0%500.0% 5 IT6 3,133,733.00 1,967,767.66 62.8 5 751520.0%2926.9%1119.1%3412.9% 6 Chan9 68,210,033.00 45,165,786.33 66.2 17 7317410.1%11087.3%231252.2%9544.2% TOTAL 75 180,745,003.00 115,878,065.47 64.1 132 2,72131711.7%651446.8%1272418.9%410215.1% Slide 13 13 No PTj No of Project Allocation Non Tier 1 ISI Tier 1Bright SparkAcademic IconPatent ApprovedSpent% Proposed Achieved % Proposed Achieved % Proposed Achieved % Proposed Achieved % 1 Med5 14,355,450.00 502,069.81 3.50 5900.0%60 00 00 2 Eng27 25,233,717.00 1,122,171.33 4.43 598233.8%6957.2%2713.7%6411.6% 3 Sci0 0.00 - -0 000.0%00 00 00 4 Dent13 5,965,934.00 532,359.92 8.90 11800.0%11 100.0 % 100.0%30 5 IT6 1,157,575.00 686,756.00 59.30 2827.1%100.0%10 20 6 Chan2 3,013,163.00 82,103.00 2.72 3113.2%000.0%00 00 TOTAL53 49,725,839.00 2,925,460.06 5.95834263.1%7767.8%2913.4%6911.4% (dari Ogos 2011sehingga 15 Ogos 2012) Slide 14 14 (dari Ogos 2011sehingga 15 Ogos 2012) CYCLE NO. OF PROJECTS ALLOCATION EXPENDITURE (RM) OPEXCAPEXTOTAL% CYCLE 1 (2011) 75 316,764,010.00 42,658,583.43 73,219,481.19 115,878,064.6236.6 % CYCLE 2 (2012) 53 108,368,721.00 2,474,332.90 451,127.16 2,925,460.062.7 % CYCLE 3 (2013) 66 165,023,729.00---- TOTAL194 590,156,460.00 45,132,916.33 73,670,608.35 118,803,524.6820.0 % Slide 15 UM Publications in the following journals (2008-2012) as of 30 th August 2012 Journal / Year Impact Factor (JCR2010) 20082009201020112012 Nature36.1040 0000 Science31.3771 0000 Lancet33.6330 0321 New England Journal of Medicine 53.48600000 Cell32.4060 0000 Plos Medicine15.6170 0000 Proceedings of the National Academy of Sciences of the United States of America (PNAS) 9.77100000 Total10321 Source : UM Library Slide 16 Impact Factor 2012201320142015Total Nature 36.104 124512 Science 31.377 11305 Lancet 33.633 00011 PNAS 9.771 02338 PLoS 15.617 0231219 TOTAL 27132145 SASARAN PENERBITAN BERIMPAK TINGGI Slide 17 17 TERIMA KASIH Slide 18 11 th September 2012 Ministry of Higher Education 18 HIGH IMPACT RESEARCH (HIR) UNIVERSITI MALAYA [2011-2015] FACULTY OF MEDICINE CYCLE 1 12 TH MONTH PROGRESS REPORT CYCLE 2 6 TH MONTH PROGRESS REPORT Slide 19 19 No.ProjectsPIOverall AchievementStatus 1.Mitigating HIV EpidemicProf. Dr. Adeeba Kamarulzaman51 75 % OS 2.Tropical Infectious DiseaseProf. Dr. Sazaly Abu Bakar51 75 % OS 3.Drug DevelopmentProf. Dr. Mohd Rais Mustafa51 75 % OS 4.Articular DiseasesProf. Dr. Tunku Kamarul Zaman51 75 % OS 5.PharmacogenomicsProf. Dr. Zahurin Mohamed76 100 % OS 6.Molecular Infectious DiseaseProf. Dr. Wong Kum Thong76 100 % OS 7.Chemical AnalysisProf. Dr. Mustafa Ali Mohd51 75 % OS 8.Neurology ResearchProf. Dr. Tan Chong Tin25 - 50 % BS 9.MalariaProf. Dr. Fong Mun Yik51 75 % OS 10.Drug Addiction TreatmentProf. Dr. Mohamad Hussain Habil25 - 50 % BS 11.Molecular MedicineProf. Dr. Mary Anne Tan Jin Ai51 75 % OS 12.Cancer ResearchProf Dr. Hany Ariffin25 - 50 % BS 13.Reactant ProteinProf Dr. Onn Hashim51 75 % OS 14.Spatio-Temporal/Meta AnalysisProf Dr. Awang Bulgiba Awang Mahmud51 75 % OS 15.Shared FacilityDr. Puteri Shafinaz Akmar76 100 % OS 16.Beijing Genome InstituteProf. Dr. Fong Mun Yik51 75 % OS 17.Anti-Neoplastic DrugProf Dr. Chung Lip Yong51 75 % OS Cycle 1 * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 20 Cycle 2 No.ProjectsPIOverall AchievementStatus 18.Parasitic InfectionsDr. Lau Yee Ling51 75 %OS 19.Eye Research CentreProf. Dr. Visvaraja Subrayan51 75 %OS 20.Dengue Hemorrhagic FeverProf. Dr. Shamala Devi51 75 %OS 21.3T-MRIProf Dr. Tunku Kamarul Zaman26 50 %BS 22.Hypertensive DrugsProf. Dr. Mohd Rais Mustafa51 75 %OS * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 21 21 Cycle 1 No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX 1 6,026,778.00 2,377,852.00 1,151,874.00 3,529,726.0058.6% 2 4,848,750.00 1,594,649.19 714,000.00 2,308,649.1947.6% 3 845,800.00 508,451.16 104,544.00 612,995.1672.5% 4 1,335,546.00 522,454.88 384,205.00 906,659.8868.2% 5 1,250,840.00 886,065.26 - 70.8% 6 587,410.00 424,593.46 3,850.00 428,443.4672.9% 7 1,505,900.00 56,902.46 1,100,000.00 1,156,902.4676.8% 8 1,275,370.00 561,299.99 46,300.00 607,599.9949.1% 9 448,900.00 183,824.8045,000.00 228,824.8051.0% 10 492,500.00 138,955.00 215,680.00 354,635.0072.0% 11 1,074,500.00 432,406.00 82,000.00 514,406.0047.9% 12 3,188,380.00 1,272,400.82 260,000.00 1,532,400.8238.8% Slide 22 22 Cycle 1 No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX 13 1,363,500.00 746,396.43 - 54.7% 14 787,250.00 322,802.92 48,942.00 371,744.9247.2% 15 11,817,500.00 - 5,500,000.00 46.5% 16 2,604,800.00 939,221.38 113,865.00 1,053,086.3836.1% 17 390,500.00 261,739.03 - 67.0% Total 40,878,717.00 11,230,014.78 9,770,260.00 21,000,274.7851.4% Slide 23 23 Cycle 2 No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX 18 1,134,300.00 288,975.000 25.5 19 1,064,000.00 6,897.8535,224.0042,121.85 4.0 20 306,850.00 44,055.0043,000.0087,055.00 24.9 21 11,623,250.00 0.00 0 22 227,050.00 83,917.960.0083,917.96 37.0 Total14,355,450.00 423,845.8178,224.00502,069.81 3.5 Overall No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX Total 55,234,167.00 11,653,860.59 9,848,484.00 21,502,344.5938.4% Slide 24 24 * = fresh PhD holder ** = PhD with 5 years experiences NoCategoryLocalInternationalTOTAL 1.RA671279 2.RA + Student i. Master Student 24327 ii. PhD Student 8311 3.Student i. Master Student 120 ii. PhD Student 250 4.HIR-Post Doc *102 5.Senior Researcher **010 TOTAL 13720157 Slide 25 25 Slide 26 Held on 27 August 2012 Progress achievement evaluation based on : 12 th Months Progress Report for Cycle 1 17 projects (July 2011 June 2012) 6 th Months Progress Report for Cycle 2 5 projects (February 2012 July 2012) Panel members - HIR Committee, Faculty of Medicine :- 1. Professor Dato Mohd Amin Jalaludin 2. Professor Dato Dr. Goh Khean Lee 3. Professor Dr. Amru Nasrulhaq Boyce 4. Professor Dr. Tunku Kamarul Zaman Tunku Zainol Abidin 26 Slide 27 27 No Project Achievement General CommentsRecommendation 1 GoodProject is progressing well. Still early to determine outputContinuation 2 GoodGood progress. Output is acceptable and expecting more in next coming progress reportContinuation 3 GoodExcellent progressContinuation 4 GoodProject progressing well on scheduleContinuation 5 GoodGood progress. 2 publications achieved. Expect good outcome of this studyContinuation 6 Good Although output appears to be good, the progress of the project and the relevance of the output to the activity made is unclear. Report was poorly written and activities not clearly stated. Need to improve this in next progress report or may consider pinalizing PI on this output Continuation 7 GoodProgressing wellContinuation 8 Good Acceptable progress. Publication and work carried out currently does not fall under the title of the project. Need to clarify in next progress report Continuation 9 GoodGood outcomes but project needs to improve on the aspect of expenditureContinuation 10 AcceptableProgressing and need to determine output in next progress reportContinuation 11 GoodGood progress and publicationsContinuation Slide 28 28 No Project Achievement General CommentsRecommendation 12 GoodGood progress and publicationsContinuation 13 GoodVery good progressContinuation 14 GoodGood progress and good outputContinuation 15 GoodCentral facility development is progressing wellContinuation 16 GoodProject progressing, have 2 publications to dateContinuation 17 GoodGood progressContinuation 18 GoodVery early progressing stageContinuation 19 Acceptable Project may slow progress. Committee extremely concerned and needs further monitoring. Title is too open with no clear objectives. Committee feels that the project may not be viable Request another report in 4 months 20 GoodStill early in development stage. Project progressingContinuation 21 AcceptableProject is in progressContinuation 22 GoodProject still progressingContinuation Slide 29 29 1. Puteri Shafinaz Akmar Abdul Rahman All the high-end equipments purchased under this grant will be placed in Medical Biotechnology Laboratory which will act as one-stop centre for the researchers. These equipment will be opened for service to all the researchers from IPTAs and IPTS. 2. Mary Anne Tan Jin Ai Molecular investigation was applied to develop techniques which are rapid, sensitive and specific for the diagnosis of genetic disorders. Investigation was also carried out into cytotoxic and nutrigenomic properties of selected natural plant products. 3. Sazaly Abu Bakar Research findings which includes various tropical infectious agents survival mechanisms are aimed towards better early diagnosis and control measures of tropical infectious diseases, and this includes vaccination and drug development against the pathogens. Slide 30 30 4. Mustafa Ali Mohd The project will be able to help ensure the safety of the population in relation to long term exposure to the endocrine disrupting chemicals in environment and food. The government will benefit by taking early actions from the result of the study, either to avoid, or continue using the existing materials, or look for alternative chemicals for this purpose. 5. Mohd Rais Mustafa Discoveries of the mechanisms and cellular targets of natural compounds hold great values in pharmaceutical industry. And provide the scientific basis for the efficacy or lack of it with regards to these natural remedies 6. Adeeba Kamarulzaman The projects within this research program will contribute to the prevention and control of HIV and tuberculosis in the community and incarcerated settings. The basic science and translational component of the research program will contribute towards better clinical management of HIV infected individuals Slide 31 Slide 32 11 th September 2012 Ministry of Higher Education 32 HIGH IMPACT RESEARCH (HIR) UNIVERSITI MALAYA [2011-2015] FACULTY OF ENGINEERING CYCLE 1 12 TH MONTH PROGRESS REPORT CYCLE 2 6 TH MONTH PROGRESS REPORT Slide 33 33 No.ProjectsPI Overall Achievement Status 1. Precision Joining TechnologyProf.Dr Mohd Hamdi Abd Shukor 76-100%OS 2. Synthesis Of Blast Resistant StructuresProf. Ir Dr.Mohd Zamin Jumaat 26-50%BS 3. Chemically and Electrochemically Generated Superoxide Ion in deep Eutectic Solvents and Ionic Liquids and their Application Prof. Dr. Mohd Ali Hashim 76-100%OS 4. Study on the Impact of Solar Energy Penetration on National Power Grid and its Solutions Dr. Hazlie Bin Mokhlis 76-100%OS 5. Design and Construction of early detection of Dengue Diagnostic Device Assoc. Prof. Dr. Fatimah Abu Bakar 76-100%OS 6. Experimental Investigation of New Bioenergy sources for Biofuel from Tropical Biodiversity Dr. Chong Wen Tong 51-75%OS 7. Clean Diesel Technology For Military and Civilian Transport Vehicles Prof. Dr. Masjuki Hj. Hassan 26-50%BS 8. Multiaxial fatigue of elastomeric materials in biofuel system Dr. Andri Andriyana 0-25%BS 9. 2 Micron Fiber laser and NanowiresProf.Dr Sulaiman Wadi Harun 26-50%BS 10. Biomechanical system for hard tissues of normal and disable subjects Assoc. Prof. Dr. Noor Azuan Abu Osman 76-100%OS Cycle 1 * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 34 No.ProjectsPI Overall Achievement Status 11. Biodiesel from pyrolytic Oil produced fom palm shell by hydrodeoxygenation process Prof Dr Wan Ashri Wan Daud 0-25%BS 12. Synthesis and development of novel nanocomposite silver for metamaterials at optical and microwave frequencies Dr Mohd Rafie Johan 51-75%OS 13. Sustainable treatment of wastewater from latex and rubber process industries by biosorption process Dr. Jaya Narayan Sahu 76-100%OS 14. Synthetic Prosthetic Socket through Stump- Liner Interfacial Stresses Measurement Assc. Prof. Dr. Noor Azuan Abu Osman 76-100%OS 15. Automobiles fuel economy standards and label: implementation possibilities in Malaysia Dr. Chong Wen Tong 51-75%OS 16. Human-Machine Interface via Brain Signals Applications Puan Norrima Mokhtar 76-100%OS 17. Torque Ripple Reduction and Design Optimization of Voltage Vector Controlled PMSM Drives Supplied by Innovative Multilevel Inverters Prof. Dr. Saad Mekhilef 26-50%BS 18. Undivided Redox Flow Battery Reactor Employing Porous Flow through electrodes and Deep Eutectic Solvents Prof. Dr Mohd Ali Hashim 51-75%OS 19. Characterization of the negative biased temperature instability (NBTI) impact on new- age deep- submicron devices to effectively predict system failure Assc. Prof Dr Norhayati Soin 51-75%OS * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 35 No.ProjectsPI Overall Achievement Status 20. Production of hydrogen by hydrolysis of biomass Dr. Jaya Narayan Sahu 76-100%OS 21. Phase Change material (PCM) for energy storage system Dr. Hendrik Simon Cornellis Metselaar 26-50%BS 22. Hybrid Solar Energy Research suitable for Rural Electrification Prof. Dr. Hew Wooi Ping 51-75%OS 23. Hydrogen refueling station and dispenser control system Dr Mahidzal Dahari 26-50%BS Cycle 2 No.ProjectsPI Overall Achievement Status 24. Applications of Solar Energy in Agricultural Sector Prof. Dr. Saad Mekhilef 0 - 25 %BS 25. Development of an Advanced Model and Optimal Control System for Gas-Phase Olefin Polymerization in Fluidized-Bed Catalytic Reactor Prof. Ir. Dr. Mohd Azlan Hussain 0 - 25 %BS 26. Nano-mechanical Properties of Advanced Lead Free Solder for Microelectronic Packaging Prof. Dr. A.S.M.A Haseeb 0 - 25 %BS 27. Bovine Hydroxyapatite Derived Porous Bone Graft for Biomedical Applications Prof. Dr. Mohd Hamdi Abd Shukor 0 - 25 %BS * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 36 No.ProjectsPI Overall Achievement Status 28. Reconstruction Of Artificial Prosthesis LimbsProf. Dr. Imtiaz Chowdhury 0 - 25 %BS 29. Fabrication and Characterisation of High Efficiency Green Technology Devices (Solar Cells and Thermoelectric Devices) Dr. Suhana Mohd Said 0 - 25 %BS 30. Oxy-fuel combustion technology: A new promising way to mitigate CO2, NOx, SO2 emissions simultaneously Dr. Brahim Si Ali 0 - 25 %BS 31. Sustainable Resource Conservation Approach to the End of Life of EEE (Electrical And Electronics Equipment) in the Context of Energy, Process and Carbon Offsetting: A Study for Malaysian Industry Assoc. Prof. Dr. Shamsuddin Ahmed 0 - 25 %BS 32. Campus Network Smart Grid System for Energy Security Prof. Dr. Nasarudin Rahim 0 - 25 %BS 33. Numerical Simulations and Experimental Investigations on the Multiaxial Fatigue and Cyclic Plastic Response of the Newly Developed Aluminum Alloy and FGM for Aerospace Structures Dr. Judha Purbalaksono 0 - 25 %BS 34. Coastal Protection Using Eco-Engineering Technologies Prof. Dr. Roslan Hashim 0 - 25 %BS 35. Integrated Production Planning and Decision Analysis Systems for SMEs Assoc. Prof. Dr. Siti Zawiah Md. Dawal 0 - 25 %BS 36. Strengthening Structural Elements for Load and Fatigue Prof. Ir. Dr. Mohd Zamin Jumaat 0 - 25 %BS * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 37 No.ProjectsPI Overall Achievement Status 37. Modification of Fenton Oxidation process for Treatment of Recalcitrant Wastewaters Assoc. Prof. Ir. Dr. Abdul Aziz Abdul Raman 0 - 25 %BS 38. Custom Based Development of Bio and Chemical Reactors Using Advanced Fluid Dynamic Analysis Assoc. Prof. Ir. Dr. Abdul Aziz Abdul Raman 0 - 25 %BS 39. Powering Up Paralyzed Muscles Using Functional Electrical Stimulation (FES): An Advance in Rehabilitation Engineering Dr. Ahmad Khairi 0 - 25 %BS 40. Nano-fluids in Enhancing the performances of Heat Exchangers Assoc. Prof. Dr. Saidur Rahman 0 - 25 %BS 41. Exoskeleton robotics device for limb impairment support Mr. Norhafizan 0 - 25 %BS 42. Design of Image Quality Metric and Pattern Features for Multimedia Applications and Video Based Analysis Prof. Dr. Raveendran 0 - 25 %BS 43. Hybrid Solar Electrochemical and Bioelectrochemical Water Treatment Process Using Activated Carbon Prof. Dr. Mohd Kheiruddin Aroua 0 - 25 %BS 44. Regenerative Biomechanics Of Human BodyProf. Dr. Wan Abu Bakar 0 - 25 %BS 45. Corrosion and fouling mitigation for food industries via modification of heat exchanger Dr.Kazi Salim Newaz 0 - 25 %BS 46. Reconfiguration of Conduit Geometry for Heat Transfer Augmentation for Industrial Heat Exchangers/Heat Exchanging Equipment Dr. Ahmad Badaruddin Badry 0 - 25 %BS * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 38 No.ProjectsPI Overall Achievement Status 47. Sustatainable Ocean Energy and Waterway Developments in the Straits of Malacca Assoc. Prof. Dr. Lam Wei Haur 0 - 25 %BS 48. Study of Partial Discharge Characteristics within Voids in Dielectric Materials with Nanofillers Dr. Hazlee Azil Illias 0 - 25 %BS 49. Central Advanced Research Enabler Facility (CAREF) Assoc. Prof. Dr. Faisal Rafiq Mahamd Adikan 0 - 25 %BS 50. Physiological Control of an Implantable Rotary Blood Pump Dr. Lim Einly 0 - 25 %BS * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 39 39 Cycle 1 No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX 1 1,686,728.00 403,845.73 704,929.40 1,108,775.1365.74 2 919,840.00 251,542.00 154,000.00 405,542.0044.09 3 1,128,288.00 572,579.18 81,868.00 654,447.1858.00 4 632,425.00 138,180.00 399,500.00 537,680.0085.02 5 650,811.75 250,504.63 103,282.00 353,786.6354.36 6 726,180.00 369,197.81 50,450.00 419,647.8157.79 7 3,590,982.00 359,836.86 2,883,620.00 3,243,456.8690.32 8 837,200.00 103,390.00 386,000.00 489,390.0058.46 9 655,010.00 152,000.00 280,000.00 432,000.0065.95 10 2,026,082.00 556,569.30 594,955.00 1,151,524.3056.84 11 1,094,100.00 118,321.68 471,776.00 590,097.6853.93 12 661,300.00 97,418.11 380,000.00 477,418.1176.02 13 590,150.00 85,500.00 88,258.00 173,758.0029.44 Slide 40 No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX 14 1,763,637.00 318,321.85 401,046.00 719,367.8540.79 15 985,000.00 323,067.98 150,080.00 473,147.9848.04 16 364,205.00 165,847.60 125,000.00 290,847.6079.86 17 434,800.00 159,515.65 78,000.00 237,515.6554.63 18 336,750.00 134,414.00 162,918.92 297,332.9288.29 19 328,170.45 62,790.10 150,000.00 212,790.1064.84 20 1,011,400.00 73,519.85 201,000.00 274,519.8527.14 21 2,788,530.00 654,511.89 578,027.00 1,232,538.8944.20 22 1,758,150.00 461,769.25 665,165.00 1,126,934.2564.10 23 2,500,000.00 601,650.00 1,828,000.00 2,429,650.0097.19 Total 27,469,739.20 6,414,293.47 10,917,875.32 17,332,168.7963.19 Cycle 2 No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX 24 992,750.00 37,272.6943,452 80,724.698.13 25 187,910.00 3,000.000 1.60 26 1,121,950.00 35,374.150 3.15 27 865,070.00 4,000.000 0.46 Slide 41 No Allocation (RM) Spent / Commitment (RM) TOTAL SPE,NT (RM) % Expenditure OPEXCAPEX 28 824,068.000000.00 29 697,300.00 133,955.099,898.16 143,853.2520.63 30 268,850.00 5,000.000 1.86 31 296,400.000000.00 32 995,790.00 54,000.000 5.42 33 921,500.00 33,736.220 3.66 34 1,253,050.00 11,645.160 0.93 35 851,200.00 94,197.190 11.07 36 835,050.00 75,259.000 9.01 37 1,061,150.00 39,700.000 3.74 38 1,675,895.00 39,570.100 2.36 39 727,463.00 4,584.000 0.63 40 1,302,070.00 38,475.8819,672.00 58,147.884.47 41 950,000.00 60,176.000 6.33 42 769,690.00 48,727.280 6.33 43 257,450.00 16,063.700 6.24 44 1,799,718.00 79,557.7087,000.00 166,557.709.25 Slide 42 No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX 45 374,110.00 5,000.0028,715.00 33,715.009.01 46 348,460.000000.00 47 1,126,795.00 74,244.740 6.59 48 1,892,448.00 5,333.0016,488.00 21,821.001.15 49 2,290,000.000000.00 50 547,580.00 10,274.277,800.00 18,074.273.30 Total 25,233,717.00 909,146.17213,025.16 1,122,171.334.45 Slide 43 43 NoCategoryLocalInternationalTOTAL 1.RA 231942 2.RA + Student i. Master Student 434285 ii. PhD Student 287199 3.Student i. Master Student 13821 ii. PhD Student 201434 4.HIR-Post Doc * 134 5.Senior Researcher ** 033 TOTAL 128160288 * = fresh PhD holder ** = PhD with 5 years experiences Slide 44 44 Cycle 1 Slide 45 Cycle 2 Slide 46 46 1.Prof. Dr. Ir. Mohd. Zamin Bin Jumaat There will be a new solution for concrete production using local waste materials which comply with green technology today. It would be more economical to use this type of concrete as an alternative to the current product 2. Prof. Ir. Dr. Fatimah Ibrahim The project will lead to the production of affordable, faster, portable and accurate Dengue fever detection and control equipment. Thus, the Health Department will have more time to control and cure the fever among the affected patients. 3. Dr. Chong Wen Tong This project very beneficial to the society because it will increase the income per capita of the farmers and reduce environmental impact Slide 47 47 4. Prof. Dr. Masjuki Haji Hassan This project will contribute to clean diesel technology development and promote more biodiesel for automotive application in future. Thus, the after-treatment technologies developed in this project can reduce hazardous emission and improve public health security. 5. Madam Norrima Mokhtar Enabling the disable community to have better and more independent life 6. Prof. Ir. Dr. Mohd. Ali bin Hashim The fuel cell system developed can be used as a direct source of power as it is renewable as well as environmentally friendly. Thereby reducing the pollution level in urban areas of the country Slide 48 7. Assoc. Prof. Dr. Norhayati Soin The accurate prediction modeling and guardbanding from this project can enhance the lifetime of electronic products. 8. Dr. Hendrik Simon Cornelis Metselaar This project very beneficial to the society and environment because its will solve large scale energy storage problem for transportation, commercial and domestic sectors and reduce environmental negative impact. 9. Prof. Dr. Hew Wooi Ping Provide renewable energy based free electricity to the people in the remote villages. With access to electricity, these people can have clean and purified drinking water and have more economic activities thus uplifting their living standards. Slide 49 49 THANK YOU Slide 50 11 th September 2012 Ministry of Higher Education 50 HIGH IMPACT RESEARCH (HIR) UNIVERSITI MALAYA [2011-2015] FACULTY OF SCIENCE CYCLE 1 12 TH MONTH PROGRESS REPORT Slide 51 51 No.ProjectsPI Overall Achievement Project 1. Femtosecond laser and terahertz generation for photonics applications Prof. Dr Harith Ahmad 76-100%OS 2. Functional Molecules for Life-Style DiseasesProf Dr. Sri Nurestri Abd Malek 76-100%OS 3. Metal-organic frameworks for luminescence and nanoparticle generation Prof Dr. Edward R.T. Tiekink 76-100%OS 4. Molecular devices for nanoscale applicationsProfessor Dr. Yatimah Binti Alias 76-100%OS 5. Bioorganic and Medicinal Chemistry and Organic SynthesisProfessor Dr Kam Toh Seok 76-100%OS 6. Synthesis and Application of Low Dimensional MaterialsProfessor Datin Dr. Saadah Abdul Rahman 50-75%OS 7. An Empirical Kinetic Approach to Study the Occurence of Ion Exchange at the Aqueous Cationic Micellar Surface Professor Dr Mohammad Niyaz Khan 76-100%OS 8. Mechanism of antimicrobial peptides on targeted bacterial membrane Assoc Prof Dr Koshy Philip 76-100%OS 9. Bioactive compounds from Malaysian PlantsProfessor Datuk Dr A.Hamid A.Hadi 76-100%OS 10. Understanding Guerbert glycosides' self-assembly structures & dynamics for functional nano-biology Professor Dr. Rauzah Hashim 50-75%OS 11. Nanocavities for fuel storageProfessor Dr. Edward R.T. Tiekink 76-100%OS 12. Network Analysis of Social, Technological and Biological Networks Professor Dr. Kurunathan Ratnavelu 26-50%OS Cycle 1 * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 52 52 NoAllocation (RM) Spent / Committed (RM) Total Spent (RM) % Expenditure OPEXCAPEX 1.1,460,600.00 82,265.74 429,000.00 511,265.7435.0 2.7,010,395.602,708,476.97 2,493,705.30 5,202,182.2774.2 3.2,031,300.001,385,220.24 567,374.00 1,952,594.2496.1 4.1,642,152.00 795,367.88 364,079.96 1,159,447.8470.6 5.2,873,980.00 701,489.09 2,064,163.00 2,765,652.0996.2 6.6,124,552.75 131,245.74 5,791,327.16 5,922,572.9096.7 7. 522,300.00100,658.90 153,407.00 254,065.9048.6 8.852,210.00261,259.00 250,650.00 511,909.0060.1 9.8,836,300.001,461,673.24 4,279,173.00 5,740,846.2465.0 10. 891,300.00 144,556.30 256,399.00 400,955.3051.0 11. 602,980.00 383,128.14 135,841.18 518,969.3286.1 12.1,161,141.45 8,265.94 199,800.00 208,065.9417.9 TOTAL 34,009,211.80 8,163,607.18 16,984,919.60 25,148,526.7873.9% Cycle 1 Slide 53 53 NoCategoryLocalInternationalTOTAL 1.RA 29433 2.RA + Student i. Master Student 41647 ii. PhD Student 271744 3.Student i. Master Student 18220 ii. PhD Student 20424 4.HIR-Post Doc * 112 5.Senior Researcher ** 011 TOTAL 13635171 * = fresh PhD holder ** = PhD with 5 years experiences Slide 54 54 * Excellent performance in Tier 1 publications and Patent for Year 1 Slide 55 Held on 15 August 2012 Progress achievement evaluation based on : 12 th Months Progress Report for Cycle 1 12 projects (July 2011 August 2012) Panel members - HIR Committee, Faculty of Science :- 1. Professor Dato Dr. Mohd. Sofian B. Azirun 2. Prof. Dr. Sithi V. Muniandy 3. Prof. Dr. Chong Ving Ching 55 Slide 56 56 No Project Achievement General CommentsRecommendation 1 Good Usage of Vote 11000 (Salary & Wages) and Vote 27000 (Research Material) is rather low. The researchers are advised to expedite the purchasing of necessary materials and also in hiring RA/GRAs. Continuation 2 Good Spending of Vote 28000 (Maintenance & Repairs), Vote 21000 (Travelling) and Vote 24000 (Rental) are quite low. The researchers have been asked to take necessary steps to utilize the fund. The KPI of Bright Spark has not been achieved. The PI & co-researchers have been asked to nominate suitable postgraduate candidate for Bright Spark program. Continuation 3 Acceptable As for publication KPI, number of Tier 1 journal publications still below target. However, some of works have been published in reputable high impact journal. Continuation 4 GoodGood overall performance with notable publication output.Continuation 5 GoodGood overall performance with notable publication output.Continuation 6 Acceptable The PI and co-researchers are requested to show evidences of acknowledgement to HIR grant in recent (2012) publications. Continuation 7 Good The PI and co-researchers need to monitor project progress and strategize ways to ensure milestones and project KPIs are achieved. Continuation 8 Acceptable Target output of Tier 1 publication has not been achieved. Most of the manuscripts are still in submission stage. Continuation 9 GoodGood overall performance with notable publication output.Continuation 10 GoodFung utilization need to be expedited. Overall project achievement is satisfactory.Continuation 11 Acceptable Number of Tier 1 Publications doesnt meet the proposed target. However, there are publications in high impact journals, Continuation 12 Acceptable The PI and researchers must re-evaluate the project activities and project team strength in order to make reasonable progress in research output (Tier 1 journal publications and human resource development) Request for another report in 4 months Slide 57 Project 1Project 2Project 3 Femtosecond Laser and Terahertz Generation for Photonic Applications (PI: Prof. Dr. Harith bin Ahmad) Functional Molecules for Lifestyle Diseases (PI: Datin Prof. Sri Nurestri Abd Malek) Metal-organic Frameworks for Luminescence and Nanoparticle Generation (PI: Prof. Dr Edward R.T. Tiekink) The outcomes of this project has significance to the society especially in internal security such as detecting explosive, medical applications and also scientific research. Research on functional molecules from plants and mushroom will lead to significant contribution in the search of prevention agents to reduce the occurence of cancer, diabetes, cardiovascular diseases and neurological disorders in humans. The scientific data from our studies can help in the acceptance of complementary medicine by doctors trained in current approaches to treat diseases. Contribute to an understanding of supramolecular aggregation patterns and the design of advanced materials that will have applications as gas reservoirs, molecular magnets and energy storage materials. Slide 58 Project 4Project 5Project 6 Molecular Devices for Nanoscales Application (PI: Prof. Dr. Yatimah Alias) Bioorganic and Medicinal Chemistry and Organic Synthesis (PI: Prof. T S Kam) Synthesis and Application of Low Dimensional Materials (PI: Prof. Datin Dr. Saadah Abdul Rahman) This invention will address the novel nanosensors based on non-enzymatic analysis, giving new nanosensors for bio- medical and health applications. Continuing documentation of chemical constituents (secondary metabolites) in Malaysian plants and microorganisms. Potential applications of bioactive compounds as models or templates for drug development studies may in principle lead to new pharmaceuticals. The synthesis of low- dimensional nanostructures in this research will lead to innovative development of high-performance and energy- efficient optoelectronic devices applicable in lighting, data- storage and ICT products, promoting greener and sustainable living to the society. Slide 59 Project 7Project 8Project 9 An Empirical Kinetic Approach to Study the Occurence of Ion Exchange at the Aqueous Cationic Micellar Surface (PI: Prof. Dr. Mohammad Niyaz Khan) Mechanism of Binding of Antimicrobial Peptides on Targeted Bacterial Membranes (PI: Assoc Prof. Koshy Philip) Bioactive Compounds from Malaysian Plants (PI: Prof. Datuk Dr. A. Hamid A. Hadi) The effects of moderately hydrophobic counterions (X) on cationic micellar growth have been studied extensively because of its various industrial applications. We have developed a chemical method to quantify X affinity to ionic micelles and X-induced and temperature induced micellar growth (spherical-to-wormlike micelles-to- vesicles) is now possible. Such a correlation has a predictive power to predict X-induced and temperature- induced micellar growth This project investigates the characteristics of bioprospected antimicrobial peptides and their mechanism of inibiting target microorganisms of importance to public health. This research can lead to significant contribution in upscaling novel antimicrobials for containing the spread of many microorganisms in the community that are gaining resistance to the conventional antibiotics used today. This research will lead to the discovery of bioactive compounds that can contribute to the development of natural drugs which are now in more demand as compared to synthesized drugs. Slide 60 Project 11Project 12Project 13 Understanding Guerbet Glycosides Self-assembly Structures and Dynamics for Functional Nano- biotechnology (PI: Prof. Rauzah Hashim) Nanocavities for Fuel Storage (PI: Prof. Dr Edward R.T. Tiekink) Network Analysis of Social, Technological and Biological Networks (P.I: Prof. Dr. Kurunathan Ratnavelu) Guerbet gylcosides have been the potential for the formulation of new drug delivery system. This project has sucessfully demonstrated this applications. Other potential application such as membrane protein crystalization has also been explored. The work from these research has been published in high impact journals and has initiated many collaborations world-wide. To generate molecules gold-rich clusters designed to optimise luminescent behaviour for applications in energy storage, sensing and biology. To design novel organic, including co- crystals, and metal-based compounds as potential therapeutic agents against various ailments including cancer, inflammatory disease, tropical diseases, viruses and fungi. There is a unique academic and commercial opportunity to develop network research in Malaysia, as vast stores of computerised data and methods can be tapped to address various local and global research problems. Slide 61 61 THANK YOU Slide 62 HIGH IMPACT RESEARCH (HIR) UNIVERSITI MALAYA [2011-2015] FACULTY OF DENTISTRY CYCLE 1 12 TH MONTH PROGRESS REPORT CYCLE 2 6 TH MONTH PROGRESS REPORT 11 th September 2012 Ministry of Higher Education Slide 63 HIR-MoHE GRANT(CYCLE 1) * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 64 HIR-MoHE GRANT(CYCLE 2) * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 65 HIR-MoHE GRANT(CYCLE 2) * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 66 CYCLE 1: 2012 BUDGET EXPENDITURES No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX 1 1,476,000.00951,202.50 300,000.00 1,251,202.5084.77 2 869,800.00291,570.35 362,034.76 653,605.1175.14 3 1,836,250.00387,089.161,150,000.00 1,537,089.1683.71 4 97,708.0084,780.85- 86.77 5 504,220.0064,752.00152,612.00 217,364.0043.11 6 922,013.00208,600.63204,533.00 413,133.6344.81 7 193,610.00133,851.37 - 69.13 8 1,143,968.00972,514.51- 85.01 Total 7,043,569.00 3,094,361.37 2,169,179.76 5,263,541.1374.73 Slide 67 CYCLE 2: 2012 BUDGET EXPENDITURES No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX 9 265,232.00 120,449.600 45.41 10 270,758.00 143,334.740 52.94 11 878,750.00 48,110.004,450.00 52,560.005.98 12 94,905.00 -0 -0.00 13 354,350.00 13,846.340 3.91 14 261,659.00 36,095.940 13.80 15 165,680.00 10,444.210 6.30 16 147,250.00 5,254.310 3.57 17 120,650.00 18,123.617,366.00 25,489.6121.13 18 139,650.00 9,564.200 6.85 19 69,825.00 5,650.000 8.09 20 134,900.00 100,429.890 74.45 21 3,062,325.00 9,241.080 0.30 Total 5,965,934.00 520,543.9211,816.00 532,359.928.92 Slide 68 OVERALL: 2012 BUDGET EXPENDITURES No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX Total 13,009,503.003,614,905.292,180,995.765,795,901.0544.55 Slide 69 KPI (2011-2015) HUMAN CAPITAL (2011-2012) CYCLE 1 NoCategoryLocalInternationalTOTAL 1.RA13215 2.RA + Student i. Master Student415 ii. PhD Student101 3.Student i. Master Student202 ii. PhD Student000 4.HIR-Post Doc *101 5.Senior Researcher**000 TOTAL21324 * = fresh PhD holder ** = PhD with 5 years experiences Slide 70 KPI (2012-2015) HUMAN CAPITAL (2012) CYCLE 2 NoCategoryLocalInternationalTOTAL 1.RA13417 2.RA + Student i. Master Student303 ii. PhD Student415 3.Student i. Master Student112 ii. PhD Student1101 4.HIR-Post Doc *000 5.Senior Researcher**000 TOTAL22628 * = fresh PhD holder ** = PhD with 5 years experiences Slide 71 PANEL EVALUATION REPORT Held on 15 August 2012 Evaluated Projects based: Cycle 1- 12 th Month Progress Report (July 2011 to June 2012) Cycle 2- 6 th Month Progress Report (Mac 2012 to August 2012) submitted by PIs on August 2012 Panels (HIR committee member) :- Cycle 1 1.Prof. Dr. Mohd Rais Bin Mustafa (Deans of HTM Cluster, UM) 2.Prof. Dr. Ngeow Yun Fong(Faculty of Medicine,UM) Cycle 2 1.Prof. Dr. Rosnah Mohd. Zain (HIR committee chairperson) 2.Prof. Dr. Lui Joo Loon (Faculty of Dentistry, UM) Slide 72 PANEL EVALUATION REPORT- CYCLE 1 No Project Achievement General CommentsRecommendation 1 Acceptable1 paper published and 3 being written ready for submissionContinuation 2 GoodOn-course satisfactory progressContinuation 3 AcceptableResearch at preliminary stage. Progress thus far is satisfactoryContinuation 4 AcceptableIn the process of sample collection, almost 50% done. Lab work to be followed in 2013Continuation 5 AcceptableNeed to identify more research assistants to work on the projectContinuation 6 AcceptableGood progress with 1 paper publishedContinuation 7 AcceptableAwaiting data analysisContinuation 8 Acceptable_Continuation Slide 73 PANEL EVALUATION REPORT- CYCLE 2 No Project Achievement General CommentsRecommendation 9 Good_Continuation 10 Good_Continuation 11 Acceptable Had problems in acquiring equipment, to get PI and RAs to start process of acquiring equipment this year which will continue into 2013 Continuation 12 AcceptablePI need to hire RA as soon as possibleContinuation 13 Acceptable_Continuation 14 Acceptableto expedite the process of appointing post-docRequest for another report in 4 Months 15 Acceptable_Continuation 16 Acceptableto work immediately on procurement of research materialRequest for another report in 4 Months 17Acceptable to work on procurement of research materialRequest for another report in 4 Months 18Acceptable PI can arrange with the Dental Informatics Unit for loan of the video camera and the laptop Continuation. 19Acceptable _Request for another report in 4 Months 20Acceptable _Continuation 21Acceptable _Continuation Slide 74 IMPACT TO SOCIETY Project 6: Prof. Dr. Rosnah Mohd. Zain The research output arising from the maintenance of the MOCDTBS would assist clinicians/ healthcare providers in better management of the patient which could translate to better patient prognosis. Also dissemination of information on oral cancer to the public which is one of the objective in this study would increase the knowledge of the public on this cancer which is less well known as compared to other cancers and empower them to fight against this disease. Slide 75 Slide 76 11 th September 2012 Ministry of Higher Education 76 HIGH IMPACT RESEARCH (HIR) UNIVERSITI MALAYA [2011-2015] FACULTY OF COMPUTER SCIENCE & INFORMATION TECHNOLOGY CYCLE 1 12 TH MONTH PROGRESS REPORT CYCLE 2 6 TH MONTH PROGRESS REPORT Slide 77 77 No.ProjectsPI Overall Achievement Status 1.Unified Scalable Information HidingDr. Wong Kok Sheik76-100%OS 2.Natural Computation Via Molecular Computing : Towards The Design, Development And Implementation of Self-Organized Molecules As Information Processing Substrate Dr. Effirul Ikhwan Ramlan76-100%OS 3.Mobile Cloud Computing : Device and Connectivity Assoc. Prof. Dr. Abdullah Gani 76-100%OS 4.Recursive Approach For The Design of Asynchronous Sequential Circuits Dr. Ziaur Rahman51-75%OS 5.Multimodal Engagement For Children With Communication Disabilities Prof. Dr. Siti Salwah Salim 76-100%OS 6.A Generic/Natural Language Expert System for Robotic and Bazar Simulation Dr. Ng Liang Shing51-75%OS Cycle 1 * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 78 78 No.ProjectsPI Overall Achievement Project 1.Human-Robotic Interaction (HIR) Algorithm in Robot-Based Intervention Dr. Chan Chee Seng51-75%OS 2.Efficient Operational Rescue in Vehicular Networks Dr. Rafidah Md Noor51-75%OS 3.Mirror Neuron and Quantum Mechanics Based Neural Architecture for Humanoid Prof. Dr. Loo. Chu Kiong51-75%OS 4.Scientific Mapping and Research Assessment of STEM Scholarly Communication Assoc. Prof. Dr. Abrizah Abdullah 51-75%OS 5.Implementation of Secure Framework for Electronic Medical Record (EMRs) Assoc. Prof. Dr. Miss Laiha Mat Kiah 51-75%OS 6.An Approach using New Information Extraction Based Traceability and Adaptive Clustering Techniques to Trace and Cluster Requirement for Software Maintenance and Quality Assessment Prof. Dr. Lee Sai Peck51-75%OS Cycle 2 * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 79 79 NoAllocation Spent / Committed Total Spent (RM)% Expenditure OPEXCAPEX 1. 126,025.00 52,257.5040,387.0092,644.50(73.5%) 2. 457,635.00 284,492.0014,072.00298,564.00(65.2%) 3. 801,400.00 270,239.89411,475.00681,714.89(85.1%) 4. 1,040,400.00 236,600.00232,900.00469,500.00(45.1%) 5. 342,615.00 213,126.27104,204.00317,330.27(92.6%) 6. 365,658.00 79,174.0028,840.00108,014.00(29.5%) Total 3,133,733.00 1,135,889.66831,878.01,967,767.66(62.8%) Cycle 1 Cycle 2 NoAllocation Spent / Committed Total Spent% Expenditure OPEXCAPEX 1. 208,620.00 57,600.0044,170.00101,770.00(48.8%) 2. 161,025.00 78,339.0032,164.00110,503.00(68.6%) 3. 456,000.00 142,000.00157,059.00299,059.00(65.6%) 4. 90,250.00 45,840.000 (50.8%) 5. 142,880.00 90,000.000 (63.0%) 6. 98,800.00 39,584.000 (40.1%) Total 1,157,575.00 453,363.00233,393.00686,756.00(59.3%) Slide 80 80 NoCategoryLocalInternationalTOTAL 1.RA 639 2. RA + Student i. Master Student 11011 ii. PhD Student 257 3. Student i. Master Student 202 ii. PhD Student 123 4.HIR-Post Doc ** 011 5.Senior Researcher 000 TOTAL122133 * = fresh PhD holder ** = PhD with 5 years experiences Slide 81 81 NoCategoryLocalInternationalTOTAL 1.RA 167 2. RA + Student i. Master Student 123 ii. PhD Student 077 3. Student i. Master Student 224 ii. PhD Student 055 4.HIR-Post Doc * 000 5.Senior Researcher ** 000 TOTAL42226 Slide 82 Industry salary attraction Low interest in research Action taken : 1) Roadshows to identify potential student in IPTAs and IPTSs 2) Advertise in multiple medium 3) To offer attraction incentive Slide 83 83 * Under Review Slide 84 84 * Under Review Slide 85 85 Held on 15 August 2012 Evaluated Projects based on 12 th Months for Cycle 1 & 6 th Months for Cycle 2 Progress Report (July 2011 to June 2012) and (Mac 2012 August 2012) Updated progress reports were submitted by PIs by 15 August 2012 Panels :- 1. Professor Dr. Masjuki Haji Hassan 2. Professor Dr. Sulaiman Wadi Harun Slide 86 86 NoGeneral CommentsRecommendation 1 Good progress overall and project on trackContinuation 2 Need convert effort to start publishingContinuation 3 To find collaborators from very established institution and to recruit local Ras for new appointmentContinuation 4 Make effort to recruit local Ras and to appoint suitable postdoc must be working in the area of researchContinuation 5 Good ProgressContinuation 6 Overall progress is quite slowContinuation 7 Good progress overall and project on trackContinuation 8 Need local RAsContinuation 9 Good ProgressContinuation 10 Project on trackContinuation 11 Good progress overall and project on trackContinuation Slide 87 87 1. Dr. Wong Kok Sheik Unauthorized viewing, information leakage, and illegal re-distribution are some of the severe threats for multimedia contents, which triggered privacy issues and caused profit lost in billions of dollars every year. This project aims at unifying both disciplines of data embedding and perceptual encryption into a signal framework to protect and manage multimedia contents. Ultimately, this project generalizes the unified framework to embed data directly into the encrypted content to ensure that privacy is held at the highest level 2. Dr. Effirul Ikhwan Ramlan There remains a number of unanswered questions in science, but ultimately those questions are directed towards improving oneself (i.e., to prolong our life). Prevention is always better than cure, however to prevent is, (in an essence translates) to have the ability to program. This project serves as a platform to enable oneself to be programmed through the creation of new biological products (or machines) which function as "smart" medical therapy systems, drug-delivery and detection mechanisms. Thus introducing a new building block for the next century of computing. 3. Prof. Madya Dr. Abdullah Gani Leverage the potential of smart mobile devices into Rich Internet Application and Big Data transmission over cloud computing architecture. Slide 88 88 4. Dr. Ziaur Rahman The contribution aimed at developing new knowledge to extend the scientific frontier. The outcome has very good practical applications and can benefit society significantly if proper commercialization is performed. 5. Prof. Dr. Siti Salwah Salim This research is among pioneer projects in Malaysia, and the findings will be of great benefit in developing more independent living skills for Malaysian children with communication disabilities. 6. Dr. Ng Liang Shing This project deals with the following fundamental issues concerning the society (A) How human intelligence arises, how to create artificial intelligence systems which is equal or more superior than human beings (Program modifier) (B) How to make a better Web, better than the Semantic Web (Universal Data Exchange, UDEX) (C) How to combine the above to make Internet a Super Intelligence System (more intelligent than human beings (D) How to use the above to simulate and investigate social problems, especially finance, economy and agriculture 7. Dr. Chan Chee Seng Of all the threats to human society, including war, disease and natural disaster, one outranks all others. It is the ageing of the human population. This research provides a process by which a socially assistive robot is developed and used as part of a therapeutic intervention for elderly with Alzheimer's disease. Slide 89 89 8. Dr. Rafidah Md Noor The project has an impact especially to the rescue operation committee and generally to the society. The intelligent transport system developed is beneficial to the rescuer in their daily operation. The project investigates the noise pollution (environment) related to the operation of rescue team. 9. Prof. Dr. Loo Chu Kiong The HIR project "Quantum Mechanics and Mirror-neuron Based Imitative Learning" is the cutting-edge attempt to realize quantum computing in robotics. The robot can emulate empathic interaction and induce therapeutic effect for patients with Dementia, mild cognitive impairment and autism. 10. Assoc. Prof. Dr. Miss Laiha Mat Kiah Current scenarios observe that many hospitals, medical centers or even government agencies are resisting to implement and use the electronic medical records (EMRs), mainly due to the privacy and security issues. The aim of this project is to provide security solutions for implemetation of EMR which can be utilized by Malaysian government particularly Health department to achieve secure implementation and management of EMRs in the medical/health systems. While keeping EMRs safeguarded in terms of Confidentiality, Integrity and Availability, people (be it health practitioners, patients, or visitors) are able to use the Health or Hospital Information System facilities securely and confidently, anytime, anywhere. Slide 90 90 11. Prof. Dr. Lee Sai Peck The proposed techniques help software developers to effectively identify traces of features in the source code of a large-scale software system with ease for sustainable software evolution and maintenance, thus leading to development time and cost reduction. Feature location is one of the most frequent maintenance activities used to identify an initial relevant location in the source code that implements certain functionality in a software project. For large-scale software, the number of files and methods can be very high and finding the right locations to the change requests can be extremely challenging and time consuming. The proposed techniques that support this activity can help software maintainers and new developers who are not familiar with the software project to effectively support software changes during software evolution with the aim to achieve sustainable high-quality evolution of software. Slide 91 THANK YOU Slide 92 11 September 2012 Ministry of Higher Education 92 HIGH IMPACT RESEARCH (HIR) UNIVERSITI MALAYA [2011-2015] CHANCELLORY CYCLE 1 12 TH MONTH PROGRESS REPORT CYCLE 2 6 TH MONTH PROGRESS REPORT Slide 93 Special committee chaired by Tan Sri VC to monitor progress Multidisciplinary research projects in biological, health, engineering, physical, chemical and social sciences Targeting top 10% of Tier 1 ISI/WoS journals All projects well-funded and involve academic icons, including Members of the UM HIR Advisory Council Slide 94 94 Slide 95 95 Slide 96 Prof. Jules Hoffmann, France 2011 Nobel Prize in Physiology or Medicine French Embassy bringing him to KL in November 2013 Agreed to collaborate on Plasmodium knowlesi project under Cycle 3 MoHE Slide 97 97 No. ProjectsPI Overall Achievement Status 1.Bacteria Quorum QuenchingDr. Chan Kok Gan76 100 %OS 2.Molecular GeneticsProf. Dr. Jamuna Vadivelu51 75 %OS 3.Mesenchymal Stem Cell Prof. Dr. Tunku Kamarul Zaman 51 75 %OS 4.Quantum & Laser PhysicsAssoc. Prof. Dr. Raymond Ooi51 75 %OS 5.Self AssemblyProf. Dr. Rauzah Hashim76 100 %OS 6.Breast CancerProf. Dr. Yip Cheng Har76 100 %OS 7.Flat FibreAssoc. Prof. Dr. Faisal Rafiq51 75 %OS 8.BioinformaticsDr. Lawrence Choo76 100 %OS 9.Central FacilitiesEmer. Prof. Dr. SK Lam76 100 %OS Cycle 1 * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 98 98 No. ProjectsPI Overall Achievement Status 10 Parkinsons DiseasesEmer. Prof. Dr. Yong Hoi Sen76 100 %OS 11 NeurosurgeryProf. Dr. Vickneswaran51 75 %OS Cycle 2 * AS = ahead of schedule OS = on schedule BS = behind schedule Slide 99 99 Cycle 1 No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX 1 5,135,600.002,035,827.082,070,732.004,106,559.0880.0 2 10,968,750.002,894,576.434,576,981.007,471,557.4368.1 3 6,050,860.001,798,353.651,840,948.003,639,301.6560.1 4 1,350,100.00134,886.020 10.0 5 4,936,800.001,164,852.981,716,768.902,881,621.8858.4 6 9,131,463.002,471,996.873,262,276.775,734,273.6462.8 7 3,031,910.00717,726.85912,440.941,630,167.7953.8 8 2,604,550.001,154,358.84764,249.001,918,607.8473.7 9 25,000,000.00017,648,811.00 70.6 Total 68,210,033.0012,372,578.7232,793,207.6145,165,786.3366.2 Slide 100 100 Cycle 2 No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX 10395,913.0037,823.0037,950.0075,773.0019.1 112,617,250.006,330.000.006,330.000.2 Total3,013,163.0044,153.0037,950.0082,103.002.7 Overall No Allocation (RM) Spent / Commitment (RM) TOTAL SPENT (RM) % Expenditure OPEXCAPEX Total 71,223,196.0012,416,731.7232,831,157.6145,247,889.3363.5 Slide 101 101 NoCategoryLocalInternationalTOTAL 1.RA 441054 2.RA + Student i. Master Student 23- ii. PhD Student 7916 3.Student i. Master Student 808 ii. PhD Student 628 4.HIR-Post Doc * 101 5.Senior Researcher ** 235 TOTAL9124115 * = fresh PhD holder ** = PhD with 5 years experiences Slide 102 102 Slide 103 103 Held on 16 August 2012 Evaluated Projects based on 1. 12 th Month Progress Report (July 2011 to June 2012) submitted by PIs on June 2012 2. 3th Month Progress Report (March 2012 to June 2012) submitted by PIs on June 2012 Panels :- 1. Professor Dr. Mak Joon Wah (IMU) 2. Professor Dr. Ho Chee Cheong (ASM) Slide 104 104 No Project Achievement General CommentsRecommendation 1 Very Good Lab infrastructure is inadequate for smooth running of project. This must be addressed by the Aministration. Continuation 2 Acceptable Lab space inadequate. Planning for the manpower development needs improvement for developing local talents. Continuation 3 AcceptablePlanning for manpower development needs improvement in development local talents.Continuation 4 Good Need to increase the process of purchasing. Address issue of spending budget allocation within time - frame. Need to purchase proposed equipments soon. Continuation 5 Good Seems to encounter some communication difficulties within research group or UM which may jeopardised smooth running of project. Continuation 6 Good Budget spending on track overall. However, the spending of 1 sub-project is low. Needs to speed up purchasing. Continuation 7 Good Phase 1 development in fabrication of the device appears to be on track. Two patent applications to UMCIC have been filled. Continuation 8 Good Number of post - graduate students need to be increased. Otherwise progress is on target. Continuation 9 Acceptable Progress in acquiring equipments which have been budgeted for is hampered due to admin. processes. Many of the equipments are pending for approval for purchase. Continuation 10 Not Applicable Project has just started. Not possible to comment on progress since purchasing & recruitment of staff have not started. Should be reviewed in 6-months time. Continuation 11 Not Applicable Project has just started and still in its very early stage of commencement. Needs to be reviewed in 6-months time. Continuation Slide 105 2 articles have already appeared in Nature 3 others are being reviewed by Nature Genetics 1 article in Lancet 4 articles for submission to Nature and 1 to Science by 2013 Slide 106 106 1. Chan Kok Gan Discovered quorum quenching compound in nutmeg (Malabaricone C) Patent filed and will lead to wealth creation of a local natural product 2. Tunku Kamarul Zaman Translation of this in vivo and in vitro research on stem cell research will lead to significant contribution in upscaling to clinical trials in treating cartilage and tendon associated diseases 3. Raymond Ooi Research findings will lead to futuristic technology that will benefit all facets of lifestyles, including optical, information and communication technologies Slide 107 107 4. Yip Cheng Har Breast cancer study will lead to better prognosis and treatment outcome of the 3 major ethnic groups. Clinical trials utilizing new agents and techniques will benefit women with breast cancer in Malaysia. 5. Faisal Rafiq Mahamd Adikan First fabrication of capillary flat fibre has the potential for wealth creation for the institution and the nation The building of the optical fibre draw tower, the only one in SEA, will provide state-of- the-art facility to develop novel optical fibres for communication, sensing and other important applications The installation of optical sensors in structures such as bridges offer value added features such as maintenance free and intelligent buildings and thus realizing green buildings and structures. Slide 108 108 Central HIR Facility Many high-end equipment have been installed in Bangunan HIR and this will lead to enhancing research and building up expertise. This will reduce dependence on outside sources and will reverse the trend where UM will be sort after for collaborative research. These equipment will be made available for booking by researchers from IPTAs and IPTS, reducing outsourcing and saving cost to the country. CARY 60 GCMS Slide 109 109 THANK YOU Slide 110 110 NoTarikhPerkaraJumlah 127 Disember 2011No baucer B0521RM 40 juta 23 November 2011No Rujukan KPT.W.400-37/4/1 Jld 2(34) RM 20 juta 316 Januari 2012Rujukan KPT.P.(S) 400/33/2/1 Jld 3(63) RM 64 juta TOTAL RM 124 juta Peruntukan yang telah komited (VM Lab for 2013) RM 7 juta Baki Peruntukan yang belum di salurkan oleh KPT RM 459 juta Slide 111 111 TERIMA KASIH