{"id":269,"date":"2012-10-10T08:53:39","date_gmt":"2012-10-10T00:53:39","guid":{"rendered":"http:\/\/comp.utm.my\/azman2\/?page_id=269"},"modified":"2021-02-09T10:33:18","modified_gmt":"2021-02-09T02:33:18","slug":"completed-projects","status":"publish","type":"page","link":"https:\/\/people.utm.my\/ahmadsafuan\/completed-projects\/","title":{"rendered":"Research Activities"},"content":{"rendered":"\n
BIL<\/strong><\/td>NAME OF GRANT<\/strong><\/td>ROLE<\/strong><\/td>CATEGORY OF GRANT<\/strong> (UTM\/OTHERS)<\/strong><\/td>TYPE OF GRANT<\/strong><\/td>AMOUNT (RM)<\/strong><\/td>STARTING DATE<\/strong><\/td>ENDING DATE<\/strong><\/td>VOTE NO<\/strong><\/td><\/tr><\/thead>
 1<\/td>Alarming System for Peat Burning Problem<\/td>Project Leader<\/td>UTM<\/td>PRGS – ICC<\/td>RM 20000<\/td>12\/2020<\/td>11\/2021<\/td>Q.J130000.4451.4J482<\/td><\/tr>
 2<\/td>Settlement Behaviour of Soft Soil Reinforced By Soil Cement Columns Formed By The Deep Mixing Method<\/td>Project Leader<\/td>UTM<\/td>GUP (TIER 2)<\/td>RM 35000<\/td>05\/2012<\/td>04\/2013<\/td>Q.J130000.2622.05J73<\/td><\/tr>
 3<\/td>Developing Laboratory Equipment For Determining The Shear Wave Velocity of Sand<\/td>Project Leader<\/td>UTM<\/td>GUP (TIER 2)<\/td>RM 35000<\/td>12\/2012<\/td>12\/2013<\/td>Q.J130000.2622.06J95<\/td><\/tr>
 4<\/td>Development of Kenaf Geotextile for Ground Improvement<\/td>Project Leader<\/td>UTM<\/td>GUP (TIER 2)<\/td>RM 50000<\/td>7\/2016<\/td>6\/2018<\/td>Q.J130000.2522.14H33<\/td><\/tr>
 5<\/td>Consolidation Behavior Of Soft Ground Treated With A Group Of Bottom Ash Columns <\/td>Project Leader<\/td>UTM<\/td>GUP (TIER 2)<\/td>RM 50000<\/td>2\/2018<\/td>1\/2020<\/td>Q.J130000.2522.19H75.<\/td><\/tr>
 6<\/td>Preliminary Assessment of Seasonal Effects On Water Uptake Near Trees<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 2)<\/td>RM 35000<\/td>5\/2012<\/td>4\/2013<\/td>Q.J130000.2622.05J85.<\/td><\/tr>
 7<\/td>The Mechanical And Hydrological Effect of Vegetation On Slope Stabilization<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 2)<\/td>RM 29000<\/td>12\/2012<\/td>12\/2013<\/td>Q.J130000.2622.07J00<\/td><\/tr>
 8<\/td>The use of recycled glass in soft cohesive soil for unit shaft resistance improvement<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 2)<\/td>RM 35000<\/td>4\/2014<\/td>3\/2015<\/td>Q.J130000.2522.06H52<\/td><\/tr>
 9<\/td>The dynamic role of root water uptake in coupling to shear strength behavior on slope stability<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 2)<\/td>RM 20000<\/td>7\/2014<\/td>6\/2013<\/td>Q.J130000.2522.09H40<\/td><\/tr>
10 <\/td>Axially Loaded Bored Piles In Problematic Karstic Limestones Areas<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 1)<\/td>RM 48650<\/td>5\/2015<\/td>10\/2016<\/td>Q.J130000.2522.10H03<\/td><\/tr>
 11<\/td>Water flow and suction distribution improvement in a layered residual soil<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 1)<\/td>RM 50000<\/td>11\/2015<\/td>11\/2017<\/td>Q.J130000.2522.11H04.<\/td><\/tr>
 12<\/td>The decomposition effect on tropical fibrous peat compressibility using pulverised peat fuel ash<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 1)<\/td>RM 49930<\/td>11\/2015<\/td>5\/2017<\/td>Q.J130000.2522.12H59<\/td><\/tr>
 13<\/td>Development of forepoling design for tunnel construction<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 1)<\/td>RM 40000<\/td>10\/2016<\/td>9\/2018<\/td>Q.J130000.2522.15H35<\/td><\/tr>
 14<\/td>Assessment of soil fabric and partial saturation effect on compressibility behaviour of compacted tropical residual soil<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 1)<\/td>RM 50000<\/td>7\/2016<\/td>6\/2018<\/td>Q.J130000.2522.14H29<\/td><\/tr>
 15<\/td>Static And Cyclic Properties Of Soft Clay Stabilised With Coal Ash And Cement<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 1)<\/td>RM 50000<\/td>2\/2018<\/td>1\/2020<\/td>Q.J130000.2522.19H57<\/td><\/tr>
 16<\/td>Development of seismic fragility curve and optimal retrofit strategies for RC buildings in Sabah, Malaysia<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 1)<\/td>RM 49500<\/td>2\/2018<\/td>1\/2020<\/td>Q.J130000.2522.19H36<\/td><\/tr>
 17<\/td>Sustainable Utilisation of Coal Ash For Quality Pavement Material<\/td>Project Member<\/td>UTM<\/td>Others<\/td>RM 40000<\/td>12\/2019<\/td>11\/2021<\/td>R.J130000.7351.4B596<\/td><\/tr>
 18<\/td>Soil-Lime Stabilisation For Low Volume Road<\/td>Project Member<\/td>UTM<\/td>GUP (TIER 1)<\/td>RM 48750<\/td>2\/2018<\/td>1\/2020<\/td>Q.J130000.2522.20H12<\/td><\/tr>
 19<\/td>3-Dimensional characterization of slope failure mechanism due to climate change<\/td>Project Member<\/td>UTM<\/td>UTM Fundamental Research<\/td>RM 70000<\/td>1\/2020<\/td>6\/2023<\/td>Q.J13000.2516.20H90<\/td><\/tr>
 20<\/td>Alternative of Ground Improvement Solution on Marine Clay with Polyurethane Grout<\/td>Project Member<\/td>UTmappingM Encouragement Research<\/td>UTMER<\/td>RM 30000<\/td>11\/2019<\/td>4\/2022<\/td>Q.J130000.2651.18J00<\/td><\/tr>
 21<\/td>Jack Forces Mechanisms In Soft Ground Tunnel Lining<\/td>Project Member<\/td>UTM Encouragement Research<\/td>UTMER<\/td>RM 30000<\/td>11\/2019<\/td>4\/2022<\/td>Q.J130000.2651.17J59<\/td><\/tr>
 22<\/td>Underground Utility Surveying And Mapping For UTM Campus<\/td>Project Member<\/td>UTM Translational Research Grant<\/td>UTM-TRG 2.4<\/td>RM 186833.7<\/td>8\/2018<\/td>7\/2019<\/td>R.J130000.7352.4J341<\/td><\/tr>
 23<\/td>Bio-Mediated Soil Improvement In The Mitigation Of Liquefiable Sandy Soil<\/td>Project Member<\/td>High Impact Research Grant<\/td>HIR 7.4<\/td>RM 75000<\/td>4\/2018<\/td>3\/2021<\/td>Q.J130000.2451.04G57<\/td><\/tr>
 24<\/td>Evaluating and monitoring the effects of climate changes on landslide hazard zonation using Artificial Neural Network and real-time monitoring system<\/td>Project Leader<\/td>High Impact Research Grant<\/td>HIR 7.4<\/td>RM 120000<\/td>1\/2020<\/td>12\/2022<\/td>Q.J130000.2451.09G23<\/td><\/tr>
 25<\/td>Development of Subsurface Tropical Geoengineering Database for Iskandar Malaysia<\/td>Project Member<\/td>COE Research Grant<\/td>COE Grant<\/td>RM 50000<\/td>2\/2018<\/td>1\/2020<\/td>Q.J130000.2409.04G15<\/td><\/tr>
 26<\/td>Automatic Wireless Accelerometer Monitoring (AWAM) system<\/td>Project Leader<\/td>Prototype Development Fund<\/td>PRGS – ICC<\/td>RM 20000<\/td>5\/2018<\/td>4\/2019<\/td>R.J130000.7751.4J342<\/td><\/tr>
27 <\/td>Distributed Optical Fibre Sensing Monitoring System Of Pile On Rainfall Induced Slope<\/td>Project Member<\/td>UTM Prototype Research<\/td>UTM PR<\/td>RM 72000<\/td>1\/2020<\/td>6\/2022<\/td>Q.J130000.2851.00L61<\/td><\/tr>
 28<\/td>3D analysis on failure behaviour of Deep Mixing Method<\/td>Project Leader<\/td>New Academic Staff<\/td>NAS<\/td>RM 20000<\/td>4\/2012<\/td>3\/2013<\/td>R.J130000.7722.4P045<\/td><\/tr>
 29<\/td>Crack Detection On Retaining Wall By Using Thermal Camera And Image Processing Technique<\/td>Project Leader<\/td>Industry International Incentive Grant<\/td>IIG<\/td>RM 20000<\/td>9\/2019<\/td>8\/2020<\/td>Q.J130000.3051.01M64<\/td><\/tr>
 30<\/td>Dapplication of Infrared Thermography (Irt) In Rock Slope Monitoring and Surveillance<\/td>Project Member<\/td>Industry International Incentive Grant<\/td>IIG<\/td>RM 20000<\/td>9\/2019<\/td>8\/2021<\/td>Q.J1300003052.01M78<\/td><\/tr>
 31<\/td>Correlation Between Radon\/Thoron Concentration With Commercially Available Used Building Materials <\/td>Project Member<\/td>UTMSHINE-Signature Grant<\/td>SGSHINE 3<\/td>RM 160000<\/td>4\/2019<\/td>9\/2021<\/td>Q.J130000.2417.07G82<\/td><\/tr>
 32<\/td>In-Situ Measurement Of Radon (222rn) And Thoron (220rn) Concentrations In Soil Gas, Water, And Air<\/td>Project Member<\/td>UTMSHINE-Signature Grant<\/td>SGSHINE 3.1<\/td>RM 90000<\/td>4\/2019<\/td>9\/2021<\/td>Q.J130000.2417.07G90<\/td><\/tr>
 33<\/td>Predicting Terrestrial Gamma Dose Rate Based On Geological and Soil Information<\/td>Project Leader<\/td>UTMSHINE-Signature Grant<\/td>SGSHINE 3.2<\/td>RM 40000<\/td>4\/2019<\/td>3\/2021<\/td>Q.J130000.2451.07G85<\/td><\/tr>
 34<\/td>Environmental Friendly Anti-Radon Building Materials For Mitigating Indoor Radon Concentration<\/td>Project Member<\/td>UTMSHINE-Signature Grant<\/td>SGSHINE 3.3<\/td>RM 30000<\/td>4\/2019<\/td>9\/2021<\/td>Q.J130000.2451.07G91<\/td><\/tr>
 35<\/td>The influence of plant diversity on slope stability<\/td>Project Leader<\/td>UTMSHINE<\/td>UTM SHINE<\/td>RM 50000<\/td>11\/2017<\/td>1\/2020<\/td>Q.J130000.2422.03G76<\/td><\/tr>
 36<\/td>Characteristics of Lateritic Soil Treated with Lime under Cyclic Wetting and Drying Conditions<\/td>Project Leader<\/td>Collaborative Research Grant<\/td>CRG 24.0<\/td>RM 100000<\/td>11\/2019<\/td>10\/2021<\/td>Q.J130000.2451.08G90<\/td><\/tr>
 37<\/td>Shear strength Behavior of Lateritic Soil Treated with Lime under Cyclic Wetting and Drying Conditions<\/td>Project Leader<\/td>Collaborative Research Grant<\/td>CRG 24.1<\/td>RM 40000<\/td>11\/2019<\/td>10\/2021<\/td>Q.J130000.2451.09G13<\/td><\/tr>
 38<\/td>Compressability Characteristic of Lateritic Soil Treated With Lime Under Cyclic Wetting and Drying Condition<\/td>Project Member<\/td>Collaborative Research Grant<\/td>CRG 24.3<\/td>RM 20000<\/td>11\/2019<\/td>10\/2021<\/td>R.J130000.7351.4B505<\/td><\/tr>
 39<\/td>Determination Of Permeability And Soil Water Characteristic Curve (SWCC) Of Lateritic Soil Treated With Lime Under Cyclic Wetting And Drying<\/td>Project Member<\/td>Collaborative Research Grant<\/td>CRG 24.02<\/td>RM 20000<\/td>11\/2019<\/td>10\/2021<\/td>R.J130000.7351.4B509<\/td><\/tr>
 40<\/td>Microstructural Characteristic Of Lateritic Soil Treated With Lime Under Cyclic Wetting And Drying Condition <\/td>Project Member<\/td>Collaborative Research Grant<\/td>CRG 24.4<\/td>RM 20000<\/td>11\/2019<\/td>10\/2021<\/td>R.J130000.7351.4B496<\/td><\/tr>
 41<\/td>Developing Geotechnical Computer Software for Slope Stability Analysis Based on Limit Equilibrium Method<\/td>Project Leader<\/td>Professional Development Research University<\/td>PDRU<\/td>RM 71000<\/td>7\/2012<\/td>6\/2013<\/td>Q.J130000.21A2.00E66<\/td><\/tr>
 42<\/td>Analysis of Strength Development in Non-Traditional Additives-Stabilized Malaysian Soils from Macro- and Micro- Structural Considerations<\/td>Project Leader<\/td>Professional Development Research University<\/td>PDRU<\/td>RM 65000<\/td>10\/2013<\/td>9\/2014<\/td>Q.J130000.21A2.02E00<\/td><\/tr>
 43<\/td>Developing Peat Fire Suppression Technology Solution<\/td>Project Leader<\/td>Professional Development Research University<\/td>PDRU<\/td>RM 138460<\/td>7\/2020<\/td>6\/2021<\/td>Q.J130000.21A2.05E16<\/td><\/tr>
 44<\/td>Landslide assessment in Korea and Malaysia region with climate change<\/td>Project Member<\/td>MATCHING GRANT<\/td>GUP<\/td>RM 60000<\/td>10\/2016<\/td>9\/2018<\/td>Q.J130000.3009.00M97<\/td><\/tr>
 45<\/td>The Effect of Catalyst on Soil Stabilisation by Application of Lime<\/td>Project Leader<\/td>Fundamental Research Grant Scheme<\/td>FRGS<\/td>RM 28500<\/td>02\/2007<\/td>9\/2007<\/td>78104<\/td><\/tr>
 46<\/td>Relationship between shear wave velocity and compressibility indices of cohesive soil using Constant Rate Strain equipped with bender element devices<\/td>Project Leader<\/td>Fundamental Research Grant Scheme<\/td>FRGS<\/td>RM 86526<\/td>12\/2014<\/td>11\/2016<\/td>R.J130000.7822.4F658<\/td><\/tr>
 47<\/td>Relationship of Tack Coat Application Factors In Assessing The Bonding Characteristics For Asphalt Pavement Surfacing Layers<\/td>Project Member<\/td>Fundamental Research Grant Scheme<\/td>FRGS<\/td>RM 72300<\/td>4\/2013<\/td>3\/2015<\/td>R.J130000.7822.4F201<\/td><\/tr>
 48<\/td>Effect of temperature variations and bacteria concentrations on the microbially induced calcite precipitation in residual soils<\/td>Project Member<\/td>Fundamental Research Grant Scheme<\/td>FRGS<\/td>RM 94000<\/td>12\/2014<\/td>11\/2016<\/td>R.J130000.7813.4F628<\/td><\/tr>
 49<\/td>The Effect of Soil Moisture Content on Shear Strength Behaviour for Rainfall Induced Landslides Prediction<\/td>Project Member<\/td>Fundamental Research Grant Scheme<\/td>FRGS<\/td>RM 94000<\/td>8\/2016<\/td>7\/2018<\/td>R.J130000.7822.4F853<\/td><\/tr>
 50<\/td>Engineering and Microstructural Characteristics of Lateritic Soil Treated with Ordinary Portland Cement Undercyclic Saturated (Wetting) and Unsaturated (Drying) Conditions<\/td>Project Leader<\/td>Fundamental Research Grant Scheme<\/td>FRGS<\/td>RM 112,000<\/td>9\/2019<\/td>8\/2021<\/td>R.J130000.7851.5F131<\/td><\/tr>
 51<\/td>Assessment of Disturbance Impact of Hydraulic Jack In Pile Penetration in Clay Using Transparent Soil and Particle Image Velocimetry<\/td>Project Leader<\/td>Exploratory Research Grant Scheme<\/td>ERGS<\/td>RM 121500<\/td>6\/2013<\/td>5\/2015<\/td>R.J130000.7822.4L097<\/td><\/tr>
 52<\/td>Patterns of Soil Moisture Profile Due To Tree Induced Suction and Relict Structure On Slope<\/td>Project Member<\/td>Exploratory Research Grant Scheme<\/td>ERGS<\/td>RM 50000<\/td>6\/2012<\/td>5\/2014<\/td>R.J130000.7822.4L065<\/td><\/tr>
 53<\/td>Determination of Failure Mechanism For Uplift Capacity In Sand Using Particle Image Velocimetry (PIV)  <\/td>Project Member<\/td>Exploratory Research Grant Scheme<\/td>ERGS<\/td>RM 113600<\/td>6\/2013<\/td>5\/2015<\/td>R.J130000.7822.4L130<\/td><\/tr>
 54<\/td>Development of Testing to Establish the Relationship Between Undrained Shear Strength and Consolidation Ratio (CR) of Soil<\/td>Project Leader<\/td>Prototype Research Grant Scheme<\/td>PRGS<\/td>RM  60000<\/td>8\/2013<\/td>7\/2015<\/td>R.J130000.7822.4L620<\/td><\/tr>
 55<\/td>Early warning and Real-Time Monitoring System of Landslide using Distributed Optical Fibre Strain Sensing<\/td>Project Member<\/td>Prototype Research Grant Scheme<\/td>PRGS<\/td>RM  120200<\/td>2016<\/td>2018<\/td>–<\/td><\/tr>
 56<\/td>Site Application Of Slope Monitoring System Using Automatic WirelessAccelerometer Monitoring (Awam) System<\/td>Project Leader<\/td>Prototype Research Grant Scheme<\/td>PRGS<\/td>RM 107000<\/td>8\/2019<\/td>7\/2021<\/td>R.J130000.7851.4L701<\/td><\/tr>
 57<\/td>Aftermath Of Flood Disaster: Sediment Fingerprinting Study In Upper Sg Kelantan Basin<\/td>Project Member<\/td>Trans Disciplinary Research Grant Scheme<\/td>TRGS<\/td>RM 109120<\/td>4\/2015<\/td>12\/2015<\/td>R.J130000.7809.4L826<\/td><\/tr>
 58<\/td>Development of a preliminary design chart for practical use for the deep mixing method<\/td>Project Leader<\/td>Research Grant Awarded By Ministry Of Science Technology And Innovation (Mosti)<\/td>Science fund<\/td>RM 146000<\/td>10\/2012<\/td>12\/2014<\/td>R.J130000.7922.4S051<\/td><\/tr>
 59<\/td>Development of Slope Monitoring System by Automatic Wireless Accelerometer Monitoring System<\/td>Project Leader<\/td>Research Grant Awarded By Ministry Of Science Technology And Innovation (Mosti)<\/td>Science fund<\/td>RM 333440<\/td>10\/2015<\/td>9\/2017<\/td>R.J130000.7922.4S124<\/td><\/tr>
 60<\/td>Biomediated Soil Improvement<\/td>Project Member<\/td>Research Grant Awarded By Ministry Of Science Technology And Innovation (Mosti)<\/td>Science fund<\/td>RM 195900<\/td>11\/2012<\/td>4\/2015<\/td>R.J130000.7913.4S053<\/td><\/tr>
 61<\/td>Application of Shallow Foundation For Construction In Industrialized Building System<\/td>Project Member<\/td>Research Grant Awarded By Ministry Of Science Technology And Innovation (Mosti)<\/td>Science fund<\/td>RM 178500<\/td>8\/2013<\/td>8\/2015<\/td>R.J130000.7922.4S077<\/td><\/tr>
 62<\/td>Reliability of tensile strength obtained from diametrical compression test on rock<\/td>Project Member<\/td>Research Grant Awarded By Kagoshima College, National Institute Of Technology<\/td>Networking Grant<\/td>RM 20000<\/td>10\/2015<\/td>9\/2016<\/td>S.J130000.7622.4X126<\/td><\/tr>
 63<\/td>Real Time Monitoring of Geo-Disaster due to Climate Change<\/td>Project Member<\/td>Research Grant Awarded By Yonsei University<\/td>Networking Grant<\/td>RM 60000<\/td>6\/2016<\/td>5\/2017<\/td>R.J130000.7309.4B233<\/td><\/tr>
 64<\/td>Kajian Kesesuaian Lokasi Baru Pemancar Sispelsat Jabatan Laut Malaysia<\/td>Project Member<\/td>Contract Research DTD<\/td>Contract Research<\/td>RM 48140<\/td>2\/2018<\/td>3\/2018<\/td>R.J130000.7627.4C171<\/td><\/tr>
 65<\/td>Rock Slope Monitoring And Surveillance Using Terrestrial Laser Scanning (TLS) And Global Positioning Systems (GPS)<\/td>Project Leader<\/td>Contract Research DTD<\/td>Contract Research<\/td>RM 176841.2<\/td>3\/2019<\/td>3\/2020<\/td>R.J130000.7651.4C253<\/td><\/tr>
 66<\/td>Development of a comprehensive model for rock slope monitoring using infra-red thermal remote sensing on UAV platform<\/td>Project Member<\/td>Contract Research DTD<\/td>Contract Research<\/td>RM 176841.2<\/td>3\/2019<\/td>3\/2020<\/td>R.J130000.7652.4C255<\/td><\/tr><\/tbody><\/table>

Total Grant Received (Project Leader<\/strong>) = RM 1934267.20<\/strong> (24 Projects)
Total Grant Received (Project Member<\/strong>) = RM 2924264.90<\/strong> (42 Projects)
Total Grant Received (Project Leader & Project Member<\/strong>) = RM 4858532.10<\/strong> (66 Projects)<\/figcaption><\/figure>\n","protected":false},"excerpt":{"rendered":"

BIL NAME OF GRANT ROLE CATEGORY OF GRANT (UTM\/OTHERS) TYPE OF GRANT AMOUNT (RM) STARTING DATE ENDING DATE VOTE NO  1 Alarming System for Peat Burning Problem Project Leader UTM PRGS – ICC RM 20000 12\/2020 11\/2021 Q.J130000.4451.4J482  2 Settlement Behaviour of Soft Soil Reinforced By Soil Cement Columns Formed By The Deep Mixing Method … <\/p>\n

Continue reading “Research Activities”<\/span><\/a><\/p>\n","protected":false},"author":1,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"footnotes":""},"class_list":["post-269","page","type-page","status-publish","hentry"],"_links":{"self":[{"href":"https:\/\/people.utm.my\/ahmadsafuan\/wp-json\/wp\/v2\/pages\/269","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/people.utm.my\/ahmadsafuan\/wp-json\/wp\/v2\/pages"}],"about":[{"href":"https:\/\/people.utm.my\/ahmadsafuan\/wp-json\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"https:\/\/people.utm.my\/ahmadsafuan\/wp-json\/wp\/v2\/users\/1"}],"replies":[{"embeddable":true,"href":"https:\/\/people.utm.my\/ahmadsafuan\/wp-json\/wp\/v2\/comments?post=269"}],"version-history":[{"count":6,"href":"https:\/\/people.utm.my\/ahmadsafuan\/wp-json\/wp\/v2\/pages\/269\/revisions"}],"predecessor-version":[{"id":1124,"href":"https:\/\/people.utm.my\/ahmadsafuan\/wp-json\/wp\/v2\/pages\/269\/revisions\/1124"}],"wp:attachment":[{"href":"https:\/\/people.utm.my\/ahmadsafuan\/wp-json\/wp\/v2\/media?parent=269"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}