UPGRADING OF THE JOHOR BAHRU CITY CENTRE DISTRICT (CBD) AREA DRAINAGE SYSTEM PROJECT DESCRIPTION 2019 CLIENT : ISKANDAR REGIONAL DEVELOPMENT AUTHORITY (IRDA) The objective of the project is to determine and identify existing flooded area within the Johor Bahru City Centre District area and proposed flood mitigation structures to reduce the occurrences of flash flood. Specific objectives are: • To update the database of the drainage networks within the Sg. Segget Catchment boundary. • To estimate existing and future flow and potential flooded area of Johor Bahru City Centre District area considering land use changes. • To propose an upgrade drainage system suitable for flood defence of the Johor Bahru City Centre District area. MOHAMAD NOR BIN SAID NOR ELIZA BINTI ALIAS MOHAMAD HIDAYAT BIN JAMAL MOHD RIDZA BIN MOHD HANIFFAH ERWAN HAFIZI BIN KASIMAN WAN MUHD HAIRI BIN WAN AB KARIM MOHD RADHIE BIN MOHD SALLEH PROJECT LEADER: NORHAN ABD RAHMAN/KAMARUL AZLAN BIN MOHD NASIR TEAM MEMBER: 1. 2. 3. 4. 5. 6. 7. 18 141
STRUCTURAL INTEGRITY ASSESSMENT FOR LIGHT RAIL TRANSIT LINE 3 PROJECT DESCRIPTION 2022 - 2023 CLIENT : PRASARANA MALAYSIA BERHAD This project is to provide Structural Assessment Service for 13 units of girder for LRT 3 line at Pasar Besar Meru, Klang. The work scope involves structural dynamic test, modal analysis and numerical modelling work. The results of the Structural Assessment will be the basis of repair work to ensure the girders are fit for service DR KHAIRUL HAZMAN PADIL DR YON KONG CHEN AMINNUDIN JAMERAN ( PHD STUDENT) PROJECT LEADER: PM DR NORHISHAM BAKHARY TEAM MEMBER: 1. 2. 3. 19 142
PROJEK PENYELIDIKAN PEMBANGUNAN EMPANGAN SABO DI GUNUNG JERAI, KEDAH PROJECT DESCRIPTION 2021 CLIENT : NATIONAL WATER INSTITUTE MALAYSIA (NAHRIM) Objektif penyelidikan ini seperti berikut: i) Melaksanakan penilaian awal kajian kemungkinan pembinaan empangan Sabo Tupah 1 dan Titi Hayun. ii) Melaksanakan, pemodelan aliran puing (debris flow) di kawasan kajian Tupah 1 dan Titi Hayun. iii) Melaksanakan konsep rekabentuk empangan Sabo dan komponen-komponen berkaitan seperti: a. Reka bentuk bahagian bukaan (opening) empangan; b. Rekabentuk badan utama empangan; c. Rekabentuk asas (foundation) empangan; d. Reka bentuk struktur appurtenant empangan. iv) Penyediaan Pelan Operasi dan Penyelenggaraan bagi Empangan Sabo sebelum dan selepas bencana aliran puing yang melibatkan kelodak, endapan dan sisa pepejal. ASSOC PROF. IR DR. AHMAD SAFUAN BIN A RASHID IR. DR. RINI ASNIDA BINTI ABDULLAH DR. SHAZWIN MAT TAIB TS. DR. MARIYANA AIDA AB KADIR DR. SITI NORAFIDA BINTI JUSOH DR. NAZIRAH BINTI MOHD APANDI DR. MUHAMMAD IRFAN BIN SHAHRIN DR. PRAMILA TAMUNAIDU DR. KHAMARRUL AZAHARI RAZAK KAMARUL AZLAN MOHD NASIR ASSOC. PROF. DR. MOHD REMY ROZAINY MOHD ARIF ZAINOL TS. DR. MASTURA AZMI DR. GOH THIAN LAI DR. CHONG KHAI LIN TS. DR. FAIZAH CHE ROS TS DR MOHAMAD ANUAR KAMARUDDIN TS. DR. MUHD HARRIS RAMLI DR. MAZLIN BINTI JUMAIN PROJECT LEADER: DR. NOR ELIZA ALIAS TEAM MEMBER: 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 20 143
PRE-FEASIBILITY STUDY FOR SUNGAI JOHOR SMART DISASTER RISK MANAGEMENT To address the challenges, Iskandar Regional Development Authority (IRDA) proposed to establish a Smart Disaster Risk Management system (SDRM) which is a monitoring and management tool for river environment to consolidate data, analyse issues and formulate necessary actions to mitigate the impact of floods. SDRM will be an important component of IM’s Urban Observatory (IMUO) PROJECT DESCRIPTION 2022 CLIENT : YACHIYO ENGINEERING CO. LTD., JAPAN PROF DR KASTURI DEVI A/P KANNIAH DR ZULFAQAR SA’ADI DR KOGILA VANI A/P ANNAMMALA MUHAMMAD WAFIY ADLI RAMLI NURLIYANA MAHPOF PROJECT LEADER: PROF. ZULKIFLI YUSOP/DR.NOR ELIZA ALIAS TEAM MEMBER: 1. 2. 3. 4. 5. that aims to integrate data from various sources for better policy formulation and decision making. The aim of the study are i) to examine the actual situation of flood disaster management in Johor Bahru city (JB) and in the Johor River Basin (JRB), ii) to propose effective and efficient system for flood prevention and iii) to prepare appropriate action plans for future establishment of a flood prevention system 21 144
KAJIAN PELAN INDUK SALIRAN PERTANIAN TANJUNG KUPANG, GELANG PATAH, JOHOR SR MOHAMAD NOR SAID DR ERWAN HAFIZI KASIMAN DR MOHD RIDZA MOHD HANIFFAH DR NOR ELIZA ALIAS PROJECT LEADER: KAMARUL AZLAN BIN MOHD NASIR TEAM MEMBER: 1. 2. 3. 4. PROJECT DESCRIPTION 2022 CLIENT : JABATAN PENGAIRAN DAN SALIRAN NEGERI JOHOR (JPS) The primary goal of the study is to assess the efficiency of existing agricultural drainage system in Tanjung Kupang and to propose recommendations to overcome the problems to minimise the impact of surrounding development in the said area. In order to achieve this, the study shall meet the objectives as follows:- 3.1 To identify the existing issues in the Study Area that has been causing flooding 3.2 To create a database of the existing inventories which consists of agricultural drainage channels, flood gates and all other related structures. The consultant shall also provide an AutoCAD version of the database 3.3 To formulate comprehensive short term and long-term solutions for the flooding problems to reduce the adverse impacts and to protect the existing and future developments by providing an appropriate level of affordable flood protection. The proposed flood mitigation measures shall incorporate the concept of integrated flood management and river restoration, which requires minimization of structural intervention ensuring the effectiveness of the existing flood mitigation infrastructure network and drainage facilities within the Study Area, taking into account the environmental impacts, social and public expectations 22 145
KAJIAN PELAN INDUK SALIRAN PERTANIAN TANJUNG KUPANG, GELANG PATAH, JOHOR 2022 CLIENT : JABATAN PENGAIRAN DAN SALIRAN NEGERI JOHOR (JPS) 3.4 To optimise the effectiveness of the existing agricultural drainage system within the Study Area in a way that meets the needs of the community and where possible, by providing and maintaining related structures at an acceptable quality of service, taking into account environmental effects and public expectations 3.5 To generate Flood Hazard Maps using InfoWorks ICM (Integrated Catchment Modelling). The consultant is required to develop these river basin models using both 1-Dimensional (1-D) for in-bank and 2-Dimensional (2-D) mesh out-bank method for floodplain analysis. 146
DEFECT INSPECTION AND MONITORING FOR SUSPENDED SLAB AT FGV PASIR GUDANG, JOHOR DARUL, TAKZIM PROJECT DESCRIPTION 2021-2022 CLIENT : DELIMA OIL PRODUCTS SDN BHD On January 2021, 2 represent persons from the Facultyl of Civil Engineering, Universiti Teknologi Malaysia (UTM) visited Delima Oil Products Sdn Bhd a for kick-off meeting regarding the defect inspection and monitoring works for the suspended slab located in Delima Oil Products Sdn Bhd’s factory (FGV building). On the same day, the UTM team has been conducted rapid inspection and measurement by using a non-a destructive test (NDT) site at a specific suspended slab in the FGV building. The purpose of measurement is to know the type of defect and to propose a monitoring test to the client for further precaution and technical advice. The works start after receiving the letter of award (LoA) and the duration of works for this project is between 5th April 2021 – 9 th November 2021 including some delay due to the movement control order (MCO) announced by Malaysian National Security Council during COVID-19’s pandemic period. In this project, two main parameters were measured and monitored; crack and deflection by using specific physical measurements. A. DR. NUR HAFIZAH ABD KHALID DR. AZMAN MOHAMED ASSOC. PROF. DR. ABDUL RAHMAN MOHD.SAM MR. RAJA EZAR ISHAMUDDIN B RAJA ABDUL LATIFF ZULKIFLY ABDUL WAHID ASSOC. PROF. DR. MUSHAIRRY MUSTAFFAR SR. TS. DR. RADZUAN SAARI MR. KAMRUL ZAMAN KAMISAN MR. HAIRUL HAIRI HARUN MR. NAWAWI MOHD SALLEH PROJECT LEADER: DR. NUR HAFIZAH ABD KHALID TEAM MEMBER: 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 23 147
From the results, it was found that there is very minimum crack and deflection movement within the project duration and this gives insight that there is no significant sign of horizontal and vertical movement appearing at the selected existing defect structure. In this case, it is advised that no loading is allowed to maintain no horizontal and vertical movements at the existing defect area. For another reason, it was spotted that the degradation of concrete found at a few slab structures and it could reduce the durability and reduce the service life of the concrete structures. DEFECT INSPECTION AND MONITORING FOR SUSPENDED SLAB AT FGV PASIR GUDANG, JOHOR DARUL, TAKZIM PROJECT DESCRIPTION 2021-2022 CLIENT : DELIMA OIL PRODUCTS SDN BHD 148
FORMULATION AND PROPERTIES OF LATEX MODIFIED MORTAR PROJECT DESCRIPTION 2021 CLIENT : KANEKA (MALAYSIA) SDN BHD In the construction industry, concrete and mortar are the main cementitious materials that have been used mainly for the building because of its durability, strength and costeffective. However, there are certain problems that occur in the ordinary mortar and concrete which are the porous nature of the concrete and mortar itself that brought low durability as the microcracks and pores will be formed that generally affect the strength properties of the ordinary mortar and concrete. In order to improve the quality and properties of ordinary mortar, addition of polymer latex would be ideal as it is very economical and has unique properties such as good tensile strength, adhesion and durability that would repair the ordinary mortar. In this study, raw material which is latex was characterized through microstructure examination by viscosity test, moisture content, pH value, spectroscopy and particle size. Latex was added into ordinary cement mortar with specific cement-sand ratio and water-cement ratio to get an optimum mix formulation and similar solid content of latex modified mortar under compressive strength test. An overview on how polymer latexes affect the ordinary cement mortar was discussed in this study. Latex modified mortar at optimum mix formulation and similar solid content were determined and characterized on its physical and mechanical properties. Physical properties was determined using water absorption test, density test, Initial Surface Absorption Test (ISAT), setting time test and Ultrasonic Pulse Velocity (UPV) while mechanical properties through flexural strength and splitting tensile strength including the compressive strength. The microstructure and morphology of the latex modified mortar are also conducted through such tests and analysis which are Scanning Electron Microscopy (SEM), Fourier Transform Infrared Spectroscopy (FT-IR), X-ray Diffraction (XRD). This study demonstrated that latex material has specific elements and chemicals contain in the latex which will benefit the ordinary mortar in term of the physical and mechanical properties. PROF. DR. MAT UZIR BIN WAHIT PROJECT LEADER: DR. NUR HAFIZAH ABD KHALID TEAM MEMBER: 1. 24 149
RAW COPPER SLAG ANALYSIS PROJECT DESCRIPTION 2021-2023 CLIENT : MALAYSIA MARINE AND HEAVY ENGINEERING SDN. BHD. Characterization on the copper slag with 50 samples and the 4 test was involved; (1) Moisture Content (Qty :50 sample) (2) Sieve Analysis (Grading) (Qty :50 sample) (3) Water Soluble Contaminant (Conductivity) (Qty :50 sample) (4) Moh's Hardness (Qty :50 sample) PROF. DR. ZAITON ABDUL MAJID DR. AFIKAH BINTI RAHIM PROJECT LEADER: DR. NUR HAFIZAH ABD KHALID TEAM MEMBER: 1. 2. 25 150
VERIFICATION AND PERFORMANCE STUDY OF PILOT TRIAL SEWAGE TREATMENT PLANT, RENOLUX ENGINEERING SDN. BHD. PROJECT DESCRIPTION 2019-2021 CLIENT : RENOLUX ENGINEERING SDN. BHD The project evaluates the performance of a pilot-scale Advanced Immobilized Cell Reactor (AICR) system in treating domestic wastewater. The system was designed to treat a flow rate of 150 PE, which is equivalent 33.75 m3/day. The evaluation was carried out for about one year. The system was monitored for typical water quality parameters as stipulated in Regulations in Environmental Quality (Sewage) 2009. DR. NUR SYAMIMI ZAIDI DR. MOHD. HAFIZ PUTEH PROJECT LEADER: AZMI ARIS TEAM MEMBER: 1. 2. 26 151
SCREENING OF POTENTIAL NEW EMERGING POLLUTANTS (NEP) AT PART OF SG. ULU BENUT, SIMPANG RENGAM, KLUANG, JOHOR PROJECT DESCRIPTION 2019 - 2020 CLIENT : BADAN KAWAL SELIA AIR JOHOR (BAKAJ) Due to the presence of municipal landfill, chicken farming activities, residential and urban areas that are situated not far from the Simpang Renggam Water Treatment Plant (WTP), there has been a growing concern on the presence of the new emerging pollutants (NEPs) in the water source of the WTP. Badan Kawal Selia Air Johor (BAKAJ) has therefore appointed Universiti Teknologi Malaysia (UTM) and Universiti Tun Hussein Onn Malaysia (UTHM) to assess the presence of these chemicals at the upstream rivers of the WTP DR. JUHAIZAH TALIB MS. SITI HANNA ELIAS PROJECT LEADER: AZMI ARIS TEAM MEMBER: 1. 2. intake point. The main objective of the assessment was to determine the types of NEPs that are presence in the river water during dry and wet period. The study was carried out between April and October 2019, which represent a relatively dry and wet weather, respectively. Samples were collected at eight sampling locations that represent various activities and sources that have the potential of discharging NEPs that eventually flow into the river. 27 152
DEVELOPMENT OF MOBILE APPS FOR NATIONAL RIVER TRAIL The Ministry of Environment and Water (KASA) has recently announced an initiative to create 10,000 km of National River Trails (DSK) throughout Malaysia by 2030. In addition to being used for recreational and eco-tourism activities, the DSK was developed as a measure to control water pollution and to create a sense of shared responsibility to the community towards the river. To enable DSK to fully benefit the public, a digital platform system was developed as a media to deliver information to users. This platform will provide facilities regarding the existence of the trail and its features, which are provided and the activities that can be carried out and also serve as a communication channel for users to provide feedback, reports and suggestions. PROJECT DESCRIPTION CLIENT : NATIONAL WATER RESEARCH INSTITUTE MALAYSIA (NAHRIM) DR. MOHD NADZRI MD REBA; DR. MOHD RIZALUDIN MAHMUD DR. NOORDYANA HASSAN, MS. NURUL NADIAH YAHAYA MR. ZULKIFLI SAID PROJECT LEADER: AZMI ARIS TEAM MEMBER: 1. 2. 3. 4. 5. 2020 - 2021 28 153
OUTCOME EVALUATION STUDY FOR SUNGAI SEGGET (PACKAGE 1 AND PACKAGE 2) PROJECT WHICH IS PART OF RM KE-10 BENEFITS STUDY IN ISKANDAR MALAYSIA PROJECT DESCRIPTION CLIENT : ISKANDAR REGIONAL DEVELOPMENT AUTHORITY (IRDA) Social impact and outcome of Sg Segget Rehabilitation project. DR GAUTAM LALIT SHAH PROJECT LEADER: DR MOHD BADRUDDIN BIN MOHD YUSOF TEAM MEMBER: 1. 2019 29 154
KAJIAN KESAN TERHADAP ALAM SEKITAR (EIA), PUSAT PEMINDAHAN BAKRI, MUAR PROJECT DESCRIPTION CLIENT : JPSPN KPKT EIA KAJIAN KESAN TERHADAP ALAM SEKITAR DR GAUTAM LALIT SHAH PROJECT LEADER: DR MOHD BADRUDDIN BIN MOHD YUSOF TEAM MEMBER: 1. 2021 30 155
FEASIBILITY STUDY OF IMELEVATED INTERSECTION (PERSIMPANGAN BERTINGKAT) FROM EDL- JOHOR BAHRU CITY CENTER – STULANG LAUT. RANHILL BERSEKUTU PROJECT DESCRIPTION CLIENT : ISKANDAR REGIONAL DEVELOPMENT AUTHORITY (IRDA) SOCIAL FEASIBILITY STUDY DR GAUTAM LALIT SHAH PROJECT LEADER: DR MOHD BADRUDDIN BIN MOHD YUSOF TEAM MEMBER: 1. 2020 31 156
OUTCOME STUDY FOR THE UPGRADING OF THE FLOOD MITIGATION SYSTEMS OF SUNGAI AYER MOLEK AND ITS TRIBUTARIES PROJECT DESCRIPTION CLIENT : ISKANDAR REGIONAL DEVELOPMENT AUTHORITY (IRDA) SOCIAL IMPACT OF A FLOOD MITIGATION PROJECT DR GAUTAM LALIT SHAH PROJECT LEADER: DR MOHD BADRUDDIN BIN MOHD YUSOF TEAM MEMBER: 1. 2022 32 157
TIDAL MONITORING AT MMHE WEST YARD (QUAY 6), PASIR GUDANG, JOHOR FOR KASAWARI KSDP-A JACKET AND KDSP-A TOPSIDE LOADOUT OPERATION PROJECT DESCRIPTION CLIENT : MALAYSIA MARINE HEAVY ENGINEERING (MMHE) SDN. BHD. ASSOC. PROFF. DR. MUSHAIRRY MUSTAFFAR MUHAMAD AZRIL HEZMI KAMRUL ZAMAN KAMISAN HAIRUL HAIRI HARUN. PROJECT LEADER: SR. TS. DR. RADZUAN BIN SAARI TEAM MEMBER: 1. 2. 3. 4. 2021 FKA Survey Team have been appointed by MALAYSIA MARINE AND HEAVY ENGINEERING (MMHE) SDN. BHD. to provided realtime tidal monitoring at MMHE West Yard (Quay 7) for a period of 14 days from 4th to 18th March 2021 and 2 days real time tidal monitoring during KASAWARI KSDP-A Jacket (23rd to 24th April 2021) and KSDP-A Topside (9th to 10th JUNE 2021) loadout operations. The observed tidal data at MMHE West Yard (Quay 7) were compared with predicted tidal data of nearest Standard Port (Johor Port, Pasiri Gudang). 33 158
TIDAL MONITORING AT MMHE WEST YARD (QUAY 6), PASIR GUDANG, JOHOR FOR KASAWARI KSDP-A JACKET AND KDSP-A TOPSIDE LOADOUT OPERATION CLIENT : MALAYSIA MARINE HEAVY ENGINEERING (MMHE) SDN. BHD. 2021 The comparison aims to analyze the difference between real time tidal observation refer to MMHE Chart Datum against the Johor Port predicted tides. Reliable tidal information is important and required by MMHE engineering team for loadout planning, preparation and operations. 159
REAL-TIME TIDAL MONITORING FOR KASAWARI OFFSHOR STRUCTURE LOADOUT OPERATION AT MMHE WEST YARD (QUAY 6), PASIR GUDANG, JOHOR FKA Survey Team has been appointed by MALAYSIA MARINE AND HEAVY ENGINEERING SDN. BHD. to conduct tidal monitoring at MMHE West Yard (Quay 7) for a period of 14 days from 23rd December to 6th January 2023 before offshore structure loadout operation. Then 2 days real time tidal monitoring during KASAWARI Jacket (22nd and 23rd January 2023) and Topside (9th and 10th March 2023) Loadout Operations. The real-time tidal observation refer to MMHE Chart Datum were compared with Johor Port predicted tidal data. The comparison aims to analyze the difference between real-time tidal observation and predicted tide. Tidal reliable information is important and required by PETRONAS and MMHE engineering team for loadout planning, preparation and operations. PROJECT DESCRIPTION CLIENT : MALAYSIA MARINE HEAVY ENGINEERING (MMHE) SDN. BHD. DR. AHMAD RAZALI YUSOFF KAMRUL ZAMAN KAMISAN HAIRUL HAIRI HARUN PROJECT LEADER: SR. TS. DR. RADZUAN BIN SAARI TEAM MEMBER: 1. 2. 3. 2023 34 160
POINT CLOUDS ACQUISITION OF SENTOSA SOUND OF VESSEL (SOV) USING TERESTRIAL LASER SCANNER (TLS) AND STRUCTURE FROM MOTION USING DRONE (SFMD) PROJECT DESCRIPTION CLIENT : MTTJ ENGINEERING SDN. BHD ASSOC. PROF. DR. MUSHAIRRY MUSTAFFAR DR. KHAIRUL ZAN YAHYA, MUHAMAD AZRIL HEZMI, KAMRUL ZAMAN KAMISAN HAIRUL HAIRI HARUN. PROJECT LEADER: SR. TS. DR. RADZUAN BIN SAARI TEAM MEMBER: 1. 2. 3. 4. 5. 2022 FKA Survet Team has been appointed by MTTJ ENGINEERING SDN. BHD. to carry out the field data acquisition of point clouds of the Sentosa’s Sound Vessel (SOV) Iconic Structure, which is still under construction, using Terrestrial Laser Scanner (TLS) and Structure from Motion Technique from Drone (SFMD) methods. 35 161
HYDROGRAPHIC SURVEY FIELD DATA COLLECTION SERVICES PROJECT DESCRIPTION CLIENT : RMC UTHM ASSOC. PROF. DR. MUSHAIRRY MUSTAFFAR MUHAMAD AZRIL HEZMI KAMRUL ZAMAN KAMISAN HAIRUL HAIRI HARUN. PROJECT LEADER: SR. TS. DR. RADZUAN BIN SAARI TEAM MEMBER: 1. 2. 3. 4. 2021 Hydrographic Survey for Reservoir Storage Volume Capacity Estimation 36 162
ESTIMATING OF ROCK RESERVE, GEOLOGICAL SURVEY AND QUARRY FEASIBILITY STUDY FOR PROPOSED QUARRY ACTICITI AT PT 18, MUKIM PADANG PELIANG, DAERAH PENDANG, KEDAH DARUL AMAN. PROJECT DESCRIPTION CLIENT : IZ ENVIRONMIND SDN. BHD. ASSOC. PROF. MOHD FOR MOHD AMIN DR. AHMAD RAZALI YUSOFF KAMRUL ZAMAN KAMISAN HAIRUL HAIRI HARUN PROJECT LEADER: SR. TS. DR. RADZUAN BIN SAARI TEAM MEMBER: 1. 2. 3. 4. 2023 (1) To Estimate Quarry Rock Volume Reserve (2) To Estimate The Life Span of Quarry and Stripping Ratio 37 163
KAJIAN RANCANGAN KAWASAN KHAS SUNGAI SKUDAI, MAJLIS BANDARAYA JOHOR BAHRU (MBJB) PROJECT DESCRIPTION CLIENT : MAJLIS BANDARAYA JOHOR BAHRU PROJECT LEADER: TS. DR. NUR SYAMIMI ZAIDI (SEKTOR ALAM SEKITAR) 2020 RKK Sungai Skudai (MBJB) ini bertujuan untuk menyediakan Pelan Tindakan Pembangunan Sungai Skudai yang bermatlamatkan pemuliharaan sungai dan kualiti air serta memajukan sungai sebagai aset pembangunan metropolitan Johor Bahru ke arah pencapaian Bandaraya Bertaraf Antara Bangsa. 38 164
PELAN INDUK LANDSKAP MAJLIS PERBANDARAN BATU PAHAT JOHOR DARUL TAKZIM PROJECT DESCRIPTION CLIENT : MAJLIS PERBANDARAN BATU PAHAT PROJECT LEADER: TS. DR. NUR SYAMIMI ZAIDI (SEKTOR ALAM SEKITAR) 2021 Projek ini bertujuan untuk menyemak semula kesesuaian dan keberkesanan polisi, strategi, kaedah kawalan, garis panduan pelaksanaan dan cadangan projek landskap terdahulu yang telah disediakan di dalam Pelan Induk Landskap Majlis Perbandaran Batu Pahat (2008-2020). Selain itu, ia juga menjadi asas rujukan bagi perancangan, pembangunan, penguatkuasaan dan pengurusan landskap yang sistematik dengan landskap yang menarik dan beridentiti melalui pembangunan rangkaian hijau dan kemudahan rekreasi yang berfungsi ke arah pembangunan Bandar Berkarbon Rendah. 39 165
RANCANGAN KAWASAN KHAS PEMBANGUNAN TAMAN NEGARA, ENDAU ROMPIN, JOHOR PROJECT DESCRIPTION CLIENT : PERBADANAN TAMAN NEGARA JOHOR 2022 RKK Taman Negara Endau Rompin Johor bertujuan untuk menyediakan RKK Pembangunan Taman Negara Endau Rompin, Johor sebagai satu pelan pengurusan pemuliharaan dan pelan tindakan pembangunan bagi menyokong pengiktirafan Taman Negara Endau Rompin sebagai ASEAN Heritage Park (AHP). Taman Negara Endau Rompin mempunyai keluasan kira-kira 891km2. Ia merupakan kawasan mega-diversiti kedua terbesar selepas Taman Negara Pahang. Taman Negara Endau Rompin di bahagian Johor telah ditubuhkan pada tahun 1993 (No. Warta Kerajaan Negari Johor: 1200 dan 1201) dan merupakan kawasan perlindungan terbesar di Selatan Semenanjung Malaysia. PROJECT LEADER: TS. DR. NUR SYAMIMI ZAIDI (SEKTOR ALAM SEKITAR) Jumlah keluasan kawasan Taman Negara Endau Rompin Johor adalah 48,905.79 hektar. Kawasan kajian melibatkan keluasan seluas 51,356.79 hektar. Sejumlah 48,905.79 hektar adalah kawasan Taman Negara Endau Rompin Johor. Kawasan kajian juga melibatkan beberapa petempatan pekan dan perkampungan orang asli di dalam kawasan kajian yang berkedudukan sama ada berada di dalam, berdekatan atau sebagai penghubung ke kawasan taman negara ini. Taman Negara Endau Rompin Johor terletak di dalam kawasan Kompleks Hutan Endau Rompin-Sedili di bawah Kajian Semula Pelan Induk Rangkaian Ekologi Central Forest Spine. 40 166
ADVISORY AND CONSULTANCY IN MSM SUGAR REFINERY (JOHOR) SDN BHD FOR ENVIRONMENTAL COMMITTEE MEMBERS (ECM) PROJECT DESCRIPTION CLIENT : MSM SUGAR REFINERY (JOHOR) PROF. TS. DR. ZAINURA ZAINON NOOR PROF. TS. DR. AZMI ARIS DR. YONG EE LING DR. JUHAIZAH TALIB@HARUN DR. SALMIATI DR. MARIA NUID MS. RABIATUL SUFFIAH ABDUL AZIZ (RESEARCH ASSISTANT) MS. SITI HANNA ELIAS (LABORATORY ENGINEER), MR. MOHD FAIZ FOZE (LABORATORY CHEMIST) PROJECT LEADER: TS. DR. NUR SYAMIMI ZAIDI TEAM MEMBER: 1. 2. 3. 4. 5. 6. 7. 8. 9. 2022 MSM Sugar Refinery (Johor) (MSMJ) is obtaining DOE’s approval for running back the operation, and consequently upgrading its current Industrial Effluent Treatment System (IETS). In doing so, MSMJ has invited the Center for Sustainability and Water Security (IPASA), UTM as the authorized Technical Third Party for advising the MSMJ with regards to the IETS operation and its monitoring performance, as well as remedial measures. The objectives of the project are (i) To assess and monitor the current operations of MSMJ’s IETS and its performance, (ii) To propose feasible improvements for the IETS to meet the intended standard stipulated by the DOE (during contravention period), and (iii) To perform an environmental impact study of the wastewater discharge from MSMJ’s IETS to the surrounding area. 41 167
CONSULTATION PROJECTS UNDER THE FACULTY OF CIVIL ENGINEERING (2019 - 2023)
PROJEK PERUNDINGAN DI BAWAH FAKULTI KEJURUTERAAN AWAM (2020 - 2022) 169
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SPECIAL APPRECIATION Prof. Ir. Dr. Azlan Adnan Prof. Ir. Dr. Mohd Fadhil Md Din Prof. Dr. Zainura Zainon Noor Prof. Madya Dr. Abd Rahman Mohd Sam Prof. Madya Dr. Izni Syahrizal Ibrahim Prof. Madya Dr. Mohd Khairi Abu Husain Prof. Madya Dr. Tan Cher Siang Prof. Madya Dr. Rozana Zakaria Prof. Madya Ir. Dr. Rini Asnida Abdullah Prof. Madya Dr. Haryati Yaacob Ir. Dr. Noor Nabilah Sarbini Dr. Ahmad Razin Zainal Abidin Dr. Erwan Hafizi Dr. Mohd Hafiz Puteh Dr. Zulkiflee Ibrahim Dr. Dayang Zulaika Abang Hasbollah Dr. Ilya Khairani Othman Dr. Nor Hasanah Syukor Lim Dr. Salmiati DESIGNER NUR HAIRUL MUSZAFFAR BIN MOHD SAAD (012-7334998) AFIQAH NURNABILAH BINTI MD YAN (019-5159479) AUNI AQILAH BINTI HAZMAN (013-7330425) dan semua yang terlibat dalam menghasilkan buku ini secara langsung dan tidak langsung 177
RESEARCH PROFILES & CONSULTANCY PROJECTS FACULTY OF CIVIL ENGINEERING UNIVERSITI TEKNOLOGI MALAYSIA 81310 UTM JOHOR BAHRU TEL: 07-5531581 WEBSITE: HTTPS://CIVIL.UTM.MY/ FACEBOOK: HTTPS://WWW.FACEBOOK.COM/FKAUTM E-MAIL: [email protected]