<strong>HIR</strong>-MOHE EQUIPMENT <strong>2012</strong> - <strong>2013</strong> (FACULTY OF MEDICINE)No PI's Name Project Title <strong>Equipment</strong>sEstimated BudgetYear 2 & 3(<strong>2012</strong>-<strong>2013</strong>)Approved Budget(After VM Lab)QuantityCountry <strong>of</strong>OriginDetailsJustificationAdditional information(space/utilities eg electric, s<strong>of</strong>tware etc)Potential users/researchgroupsFrequency andintensity <strong>of</strong> usage<strong>2012</strong><strong>2013</strong>Total(RM)(RM)(RM)9 Pr<strong>of</strong>. Dr. Fong Mun Yik Beijing Genomic Institute(Genomics and Bioinformaticservices)1 Generator Set for 2 unit <strong>of</strong> -20°C Freezer 30,000 30,000 - 30,000 1 Generator set is used to generate wide range <strong>of</strong> alternating-current (AC) This is absolutely required in order to make sure that the freezers that will hold the biobank samplessignals. It is as a back up for power supply in case <strong>of</strong> black out to ensure the from our genetic studies will always be kept at the required temperature to enable studies to continue.stability <strong>of</strong> samples.The precious samples will be accumulated over many years as new projects emerge that require the use<strong>of</strong> these samples.30,000 30,000 - 30,00010 Pr<strong>of</strong>. Dr. Tan Chong Neurology <strong>Research</strong>1 E1-Inverted microscope with live imagingTincapability100,000 - 100,000 100,000 1 This microscope will enable us to analyse the localisation <strong>of</strong> various proteins To enable the imaging <strong>of</strong> dynein-ERK complexes and to visualise neuronal morphologyand the morphology <strong>of</strong> the neurons, whilst they are still alive. Live imaginghelps in understanding the behaviour <strong>of</strong> the neurons and allows theobservation <strong>of</strong> the effect that ndogenous agenst/factors have on the cells.An existing dark room will be use to house the microscope2 E2-Incubator 50,000 50,000 - 50,000 1 To provide an optimal environment for neurons to grow. To maintain neuronal cultures.3 E3-BP machine 6,110 6,200 - 6,200 1 To check blood pressure4 E5-Dissecting microscope 20,000 10,000 10,000 20,000 1 This is to provide high maginification to allow the dissection <strong>of</strong> the mouse To dissect samples under a magnifide viewercentral nervous systemE6-Vibrotome 30,000 30,000 - 30,000 1 This is for producing high-quality sections for in situ hybridisation, to enable Neural specimens needs a vibrating razor blade 5 to cut through tissuea precise determination <strong>of</strong> the expression <strong>of</strong> genes6 E8-Thermocycler 60,000 30,000 30,000 60,000 1 Thermocyclers are needed to carry out the PCRs and genetic analysis <strong>of</strong> the To enable genetic analysis to be carried out.genes <strong>of</strong> interest.7 E9-Stereomicroscope 100,000 100,000 100,000 1 For imaging work for whole mount hybridisation and for flourescent To study the surface <strong>of</strong> solid speciments.microscopy.8 E10-Computers 31,000 31,000 - 31,000 1 For miscelleneous lab use.397,110 157,200 240,000 397,20011 Pr<strong>of</strong>. Dr. Mohamad UMCAS1 E1-Methadone System Database 50,000 50,000 - 50,000 1 United Kingdom We are collaborating with Ministry <strong>of</strong> Health Malaysia for Methadone supply and dispensing byHussin HabilMinistry <strong>of</strong> Health Pharmacy. At the moment we have 300 patients under the Methadone service withMinistry <strong>of</strong> Health. To add 200 another patients from Methadone Patients's waiting list, we needmachine as our pharmacies unable to coop with manual dispensing method . We can only enroll thenew patients with only the help <strong>of</strong> Methadone Dispensing Machine. We need another RM 50, 000 forthe development <strong>of</strong> the central database monitoring system <strong>of</strong> Methadone Dispensing in MethadoneClinic under University <strong>of</strong> Malaya setting (University Malaya Centre <strong>of</strong> Addiction Sciences (UMCAS),University <strong>of</strong> Malaya Medical Center (UMMC) & Ar-Rahman Mosque).2 E2-Computer Server 50,000 - - - 1 Malaysia3 E3-EEG Machine 10,000 10,000 - 10,000 1 USA Providing the raw data as an essential basis for performing the EEG analysis within this project demandsan EEG device having the minimum number <strong>of</strong> 32 channels. Regarding that the EEG device which hasbeen provided in the University Malaya Biomedical Laboratory is not applicable now and also it is <strong>of</strong>only 8 channels, we are in need <strong>of</strong> a new EEG measurement system for performing further analysisotherwise we are not able to receive any more patients. Furthermore, the machine is always fullybooked, so we need our own machine to ensure the data collection continuously done because we arerunning out <strong>of</strong> time.For our mission, we need to know the response <strong>of</strong> crucial region <strong>of</strong> the brain via EEG machinechannels which needs to be monitored and other instrument not enough sensitive and scientific. Wealso need the portable machine at our clinic to ensure the eeg measurement can be perform as soon asafter the patients take methadone.4 E4-Setting up Methadone Clinic 14,000 14,000 - 14,000 1 We are planning to set up methadone clinic at Department <strong>of</strong> Psychological Medicine, UniversityMalaya Medical Centre. This clinic is mainly set up to conduct MMT (Methadone Maintenance Therapy)patient in acupuncture therapy and EEG brain Signal. Therefore, we need a comfort and convenientplace for the therapy. Another reason why we need to set up methadone clinic is, current UMCAS clinicat 9 Jalan 12/5 PJ will be demolished for health metropolis project, so there is no place for us toconduct the treatment. Our place at Mosque Ar-Rahman also limited to put acupuncture and EEGmachine.124,000 74,000 - 74,000Total10,841,560 9,938,200 735,100 10,673,300 46Rejected after VM Lab- updated on 2nd March <strong>2012</strong> -
<strong>HIR</strong>-MOHE EQUIPMENT <strong>2012</strong> - <strong>2013</strong> (FACULTY OF ENGINEERING)Approved BudgetNoPI's NameProject Titles<strong>Equipment</strong>sEstimated BudgetYear 2 & 3(<strong>2012</strong>-<strong>2013</strong>)<strong>2012</strong>(RM)(After VM Lab)<strong>2013</strong>(RM)Total(RM)Quantity/Uni Country <strong>of</strong>tOriginDetails Justification <strong>of</strong> Purchase Additional Information (space/utilities e.g. electric, s<strong>of</strong>tware etc.) Potential users/research groupsFrequency andintensity <strong>of</strong> usage1 Pr<strong>of</strong>.Dr Mohd Hamdi Precision JoiningAbd ShukorTechnology1 Laser welding machine 200,000 200,000 - 200,000 1 GERMAN Laser beam can join workpieces at the surface or produce deep welds.It can be combined with conventional welding methods The machine proposed has low maintenance that eliminate the usage <strong>of</strong> gas during operation The laser welding machine to purchase has been selected and supplier has been contacted. Broad users including students and researchers from Frequently used (5 days per week) and each run will take atand, additionally, be used for hybrid joining.like the conventional laser machine. This machine can do laser welding in micro scale. The The operating s<strong>of</strong>tware is included inside the quotation received. This machine need to be materials and manufacturing fields. At least 2 PhD and least 3-4 hours.machine is available in other institutions, however the scale is not in microscale. The available place at air conditioning room. This is a medium size equipment and space is available in 4 MSc students will be trained using this machine,old laser welding machine in the department has already broken and cannot be fixed as the Surface Lab. Training cost is included in the budget.producing results that could be published in Tier-1company maker has already been shut down. Therefore the need for this machine is veryjournals including Science and Technology <strong>of</strong> Weldingcrucial for this research because the process <strong>of</strong> laser joining can only be done using thisand Joining, Applied Physics B: Lasers and Optics,machine.Optics and Lasers in Engineering and others.2 <strong>High</strong> vacuum furnace 220,000 220,000 - 220,000 1 Canada A high vacuum furnace is a type <strong>of</strong> furnace that can heat materials to very high temperatures and carry out processes such as This machine will help in reducing time for experiment as multiple sample can be setup inside The purchasing process <strong>of</strong> this machine is at acquiring information from supplier. <strong>Research</strong> Broad users including students and researchers from Frequently used (3 days per week) and each run will take 24brazing, sintering and heat treatment with high consistency and low contamination.the furnace during operation.The current vacuum furnace can only process a sample in two members has identify the selected model and supplier to supply the furnace. The machine materials and manufacturing fields. At least 3 PhD and hours.day.The machine is equip with circulated cooling system unlike existing vacuum furnace which can be operate in normal room temperature. Space is available in Furnace Room. Training 5 MSc students will be trained using this equipment,uses mass amount <strong>of</strong> water for cooling system which is not cost effective. This also the most cost is included in the budget.producing results that could be published in Tier-1suitable vacuum furnace for brazing operation. The available machine are also not stable asjournals including Journal <strong>of</strong> Alloys and Compounds,the temperature keep flactuated .Materials Characterization, Materials Science andEngineering A and others.420,000 420,000 - 420,0002 Pr<strong>of</strong>. Ir Dr.Mohd Zamin Synthesis Of Blast ResistantJumaatStructures1 Dynamic Data Logger 90,000 - 90,000 90,000 1 Austria/USA An internal 4 GB Flash-disk stores acquired dataWe need to collect different type <strong>of</strong> data: images, video clips, numerical and alphanumeric- A 30 GB ' automotive' hard-disk is also available as an optionfields, free text comments, date, time, location, etc.- Further data sources like GPS and CAN-bus can be acquired synchronized with analog and-It has a DVD-CD-RW drive as standard, to burn gigabytes <strong>of</strong> dataTouch-screen facility to capture data in real-time and/or post-event modedigital data. These features are powered by DEWES<strong>of</strong>t, data acquisition s<strong>of</strong>tware which- USB 2.0 interfaces to transfer data to another computerIt is also useful to read GPS input via an additional GPS logging utilitydisplays and stores data continuously and/ or triggered with pre- and post information.- The DEWE-201 can be connected to other PCs or Notebooks<strong>High</strong>ly customisable and can be easily modified to address vastly different data recording and- The integrated Pentium CPU <strong>of</strong>fers enough calculating power to do even complex online-mathematicsreporting needs.- The system has been verified according to several EN standards. For extreme applications,- Each <strong>of</strong> up to 16 input channels can be sampled individual from 1 up to 500 kS/ s, with 16-bit resolutionTo publish in Tier 1 journal, we need to have dynamic datalogger as it is useful in fatique a wide temperature range from -20 C to + 50 C has been proven.-The input channels can be configured for voltage / current, ICPï bridge and strain gage measurementsloading test.-For DSA applications ( Dynamic Signal Analysis) , an alternative A/ D converter with 24-bit resolution, more than 110 dB-The new DEWE-201 fits perfectly into any mobile application, where fast ( and slow) datadynamic and 200 kS/ S per channel is available as an option.acquisition is required. To name just some examples: brake test in vehicles, mobile shock--In addition to digital input and counter / encoder channels, up to several hundred quasi-static channels are available ( e.g. forand vibration tests, fault recorder, high-speed data logger, and many more.temperature measurements) .Analog is just the beginning2 Blast pressure gauges 36,000 0 36,000 36,000 10 USA Kulite HKM blast pressure gauges, with pressure ranges from 100kPa - 100MPa During blast there will propogation <strong>of</strong> shock waves and these waves cause vibration and shock Description <strong>of</strong> the pressure vs. time curve. Spatial and transient change in positivein the structure. The waves need to be measured. Blast pressure gauges are meant for duration and peak pressure. Flash diaphragm type transducers, relative position to blastmeasuring the blast gauges.Electrical resistance dynamic type strain gauges were used to wave measuring device type (strain gauges, LVDTs. piezo electric,) used for measuring blastmeasure the tensile strain in the reinforcement and pressure bars (load cells) in the dynamic pressure waves (positioning and protecting the gauge, amplifying the signal, establishingtests.pressure pr<strong>of</strong>iles)A strain gauge is device which experiences a change in resistance when it is stretched orstrained. As strain is applied to the gauge, the shape <strong>of</strong> the cross-section <strong>of</strong> the resistance wiredistorts, changing the cross-sectional area. As the resistance <strong>of</strong> the wire per unit length isinversely proportional to the cross-sectional area, there is a consequential change inresistance.There are two basic types <strong>of</strong> displacement transducers which are based on the change <strong>of</strong>output voltage as a result <strong>of</strong> specimen displacement. The number <strong>of</strong> specimens to be tested isexpected to be around 20 to 30. Thus, we need more gauges.3 <strong>High</strong> speed laser distance142,000 142,000 - 142,000 10 GermanyIt is used to evaluate the real changes <strong>of</strong> the element being subjected to blast load. It isgauges- Laser sensor up to 10 kHz measuring range 0.5-400generally placed at certain distance from the blast load so as to mearure the strains/stresses, - Laser sensor up to 10 kHz measuring range 0.5-400- Small sensor head due to separated electronic modulemonitor relative displacement etc.- Small sensor head due to separated electronic module- Independent from object surface, bright and dark.In all blast test this instrument in recommended as the gauges can't be fixed to the test - Independent from object surface, bright and dark.- Very precise and fast measuring due to special analog moduleelement. In structural engineering study <strong>of</strong> displacement measurement needs this type <strong>of</strong> - Very precise and fast measuring due to special analog module- easy adjusting <strong>of</strong> measuring frequency and reaction time. M7 gauges by MEL Microelektronik GMBH. Range 200-800mm. gauges. The number <strong>of</strong> specimens to be tested is expected to be around 20 to 30. The test is - easy adjusting <strong>of</strong> measuring frequency and reaction time. M7 gauges by MELFrequency up to 10kHzexpected to be conducted in UPNM facilities. It is possible such gauges get damaged during Microelektronik GMBH. Range 200-800mm. Frequency up to 10kHztest due to debris so we need to have few additional gauges.4 <strong>High</strong> speed digitaloscilloscopes50,000 50,000 - 50,000 3 USA/Netherland318,000 192,000 126,000 318,000MS420 20 MHzThis equipment is necessary to measure and regulate the waveforms during the test. Also the AC/DC voltage, 400mV, 4V, 40V, 400V.-20 MHz bandwidthamount <strong>of</strong> waveforms at any time is required to be recorded for comparison with responses <strong>of</strong> AC/DC current: 40 mA, 300 mA, 20 A.- Auto-set function optimizes the position, range, time base and triggering to assure a stable display <strong>of</strong> virtually any waveform. the structure parallely obtained. Our collaborators recommended theAutomatic cursor tracking measurement.- XY mode- Many automatic measurement: frequency, Duty cycle, Average, Peak to peak and RMS- Waveform math: Add, Subtract, Multiply and divide- Average mode for smoothing- Persistence mode for observing dynamic signals- Store and recall up to 1000 waveform screens and waveform setups- USB interface and PC s<strong>of</strong>tware for transferring waveform and data3 Pr<strong>of</strong>.Dr Mohd Ali Chemically And1 Chemical Vapor Deposition95,000 95,000 - 95,000 1 Germany/ CVD process is utilised to produse carbon nanomaterials by deposition <strong>of</strong> carbon atoms in gas pase on catalyst at high Carbon nanomaterials (CNMs) will be produced by the CVD reactor to be involvedLab space available in blok W or blok VHashimElectrochemicallyReactor (CVD)Malaysia temperatures (500-1200 oC). It consists <strong>of</strong> quartz tubular reactor in a tubular furnace, closing flanges, gas flowmeters, inhetrogenious catalyst applications with ionic liquids. The CNMs properrtiese are affected byGenerated Superoxide Ionstainless steel piping. The system will be assembled in the lab <strong>of</strong> faculty.the production conditions. It is essential to use CVD system to optimize the productionIn Deep Eutectic Solventsconditions which satisfy the certain application, it is expected to produce good papersAnd Ionic Liquids And Theirpublishible in Q1 journals such as CARBON.Applications2 Multi unit Bio reactor 88,000 88,000 - 88,000 Malaysia/USA/G Production <strong>of</strong> Biodeisle with ionic liquid catalysts and DES separation and purification require semultinious processes.to The Bioreactor for this applications is not available in UM. However this system is important to Lab space available in block W (W1-03) for this instrument:ermany reduce the time <strong>of</strong> optimization. Multiunit reactor with exchangeable stirrers and other operating system, its performance is produce data for kinetics and operational optimizaton useful for Q1 such as Bioresourcesimilar to that <strong>of</strong> a small laboratory fermentor and to obtain the data by applying the same time parameter to starting and journal publication in the field <strong>of</strong> palm oil processing.finishing experiments by 6 units <strong>of</strong> fermentor at the same time.This arrangement is economic by applying small vessels with small volume <strong>of</strong> medium for various experiments. Two-fourperistaltic pumps automatically control the addition <strong>of</strong> corrective reagents. Temperature control is accomplished via heatingsystem and cold finger which can freeze.<strong>Research</strong>ers working on Nanocatalyst preparation ( Dr. when the work starts, it should be operated 5 times per weekMohammed Abdulrahman , Adeeb Hayyan (PhDcandidate) )Biodeisle researchers ( Adeeb Hayyan, Maan Hayyan 5 days a weekand Kaveh Shabaz)3 Real Time UV-VisSprectrometer90,000 - 90,000 1 Approved at the VM LAB183,000 273,000 - 273,0004 Dr. Hazlie bin Mokhlis Study on the <strong>Impact</strong> <strong>of</strong>Solar Energy Penetrationon the National Power Grid1 1. Real Time Digital Simulator(RTDS)400,000 400,000 - 400,000 1 Canada Real Time Digital Simulation (RTDS) is a state <strong>of</strong> the art,real time simulator for power system studies,closed loop protection Without this equipment the power system analysis cannot be verified for accuracy.As a result In the present Power Sytem Lab, there is enough space to accommodate this equipmentrelay system testing,control testing,training and research. Presently power system studies are done on stand alone commercial it will impede <strong>HIR</strong> work on Solar Energy penetration into the grid. It is expected that 3/4 Q1 with slight renovations<strong>of</strong>tware which are not real time. With this purchase <strong>of</strong> RTDS more accurate analysis <strong>of</strong> power system can be done especially paper can be publishedSolar Energy penetration into the grid. PI ( Dr Halim ) have got experience in handling RTDS before in the work place beforejoining UMMaster and PHD students who are doing studies on Heavy usage by the researcher <strong>of</strong> power system groups.power system analysis. This include the renewableenergy connection to the grid. Besides, the RTDS canbe made available to the consultant who are doing thepower system analysis and power system protectiontesting.400,000 400,000 - 400,0005 Pr<strong>of</strong>. Dr. T.M. Indra Experimental InvestigationMahlia<strong>of</strong> New Bioenergy sourcesfrom Tropical Biodiversity1 Rheometer set 190,000 - 190,000 190,000 1 Germany/ The Rheometer Calibration Fixture is designed for calibration verification and calibration adjustment <strong>of</strong> the torsion spring in This equipment is necessary to measure the way in which a liquid, suspension or slurry flowsUSA/ either the Model 280 or the Model 286 Rheometers. This instruction describes checking and adjusting the strength <strong>of</strong> the in response to applied forces. 15 Tier 1 ISI journal papers will be published. Here is some list <strong>of</strong>New Zealand/ torsion spring such that a known torque will produce a known deflection, (dial reading). In this calibration known weights will tier 1 ISI journal for publication. 1st Renewable & sustainable energy review 2nd biomass &Sweeden be used to produce a known amount <strong>of</strong> angular rotation <strong>of</strong> the bob shaft, or dial reading.bioenergy 3rd energy 4th fuel 5th applied energyPotential users typically involve reseachers doingenergy from bi<strong>of</strong>uel. At least 2 PhD and 2 MScpostgraduate students will be trained using thisinstrument.Frequently used (3 days per week)2 Digital calorimeter 198,000 198,000 - 198,000 1 Germany/ The 6100 Continuously Compensated Calorimeter is a compact, static jacket calorimeter that operates at approximately room This machine need to define cal<strong>of</strong>ic value <strong>of</strong> potential bio energy souces or to measure caloricUSA/ temperature taking full advantage <strong>of</strong> modern microprocessor capabilities. The microprocessor controller in the 6100 will value <strong>of</strong> fuel sample. This equipment can help to publish 3 Tier 1 ISI journal papers. 1: EnergyNew Zealand/ automatically monitor the jacket temperature and apply the required corrections in real time. The advantages <strong>of</strong> this system 2:Fuel 3:Applied energySweeden include less water, less energy, andless hardware while still affording good precision. The 6100 model also uses the traditional removable bomb and bucketdesign. This combination along with a reasonable price makes it attractive forwaste and refuse disposal work and student instruction. Semi-Automatic Oxygen FillLike the 6200 Calorimeter, the 6100 Calorimeter has a semi-automatic system for charging the bomb with oxygen where theoxygen feed is controlled by a solenoid installed inside the calorimeter. The bomb is filled by slipping the filling hose connectoronto the bomb inlet valve and pushing the touch screen to start the filling sequence. Filling then proceeds automatically at acontrolled rate to an established operating pressure388,000 198,000 190,000 388,000Energy Efficiency laboratory (level2 Blok M)Potential users typically involve reseachers doingenergy from bi<strong>of</strong>uel. At least 2 PhD and 2 MScpostgraduate students will be trained using thisinstrument.Frequently used (3 days per week)-updated on 2nd March <strong>2012</strong> -