Experience

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  Hiroshima university

  Dec 2015 - Dec 2015

  Hiroshima univarsity (hu) - universiti sains malaysia (usm) student forum 2015

  Student Panel and PresenterPresentation on the topic "Food Problem" and "Globalization"

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  King mongkut's university of technology thonburi

  Jul 2016 - Aug 2016

  Global experience in civil engineering practice collaboration with kmutt, bangkok, thailand

  Course During Semester Break Course Objectives: 1. Enhance students’ understanding of civil engineering practice in the foreign country2. Increase students' awareness of global industry demand3. Develop globally competent engineersCourse Outcomes:1. Able to solve open-ended engineering problems with global impacts using fundamental engineering principles2. Able to communicate and work effectively in the cross-cultural settingIce Breaking Session | In Class Structural Analysis Workshop | Wooden Bridge Competition | Cultural Tour | Local Thai Cuisine | Structural Design | Exploring the Sustainability of Public Transportation Show less

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  Wk & partner consult sdn. bhd.

  Jul 2017 - Sept 2017

  Civil and structural engineer trainee

  I have undergone my internship starting from 3rd July 2017 until 8th September 2017 at a consultant company, WK & Partners Consult Sdn. Bhd. (refer hereon as WKNPC) in Seri Kembangan, Selangor. WKNPC is established by a group of practicing engineers with a high commitment to provide excellent civil and structural consultancy services to the client. These are all the tasks equivalent to a fresh graduate engineer that had been given and completed by me during my internship period:• Completed calculation of industrial building systems (IBS) content scoring.• Satisfactorily reduced IBS score by considering ACOTEC (concrete wall panel with 50% of brick wall weight) for residential partition, instead of using brick wall with zero IBS score or ALC block wall with many crack issues.• Prepared & modified structural drawings using AutoCAD.• Manual & computational structural design calculation of RC superstructures• Calculated column load, cut & fill for earthwork project.• Assisted senior engineer in the supervision of dynamic pile tests during site visits, inspection & meetings. • Prepared site progress report on pile driving stages & pile integrity tests.• Assisted senior engineer for the submission to the authorities & liaising with the corresponding authority bodies.• Explored new engineering software: Revit & ProtaStructure.• Involved in the vendor application with Sime Darby.• Exposed to the earthworks, precast & cast in-situ concrete, fabric steel bar.• Observed how pile driving analyzer (PDA) performs during pile driving & learned hydraulic injection piling method.• Studied method of statement for production & QA/QC procedures for manufacturing & supply of precast concrete. Show less

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  School of civil engineering, universiti sains malaysia

  Sept 2017 - Jun 2018

  Student researcher - final year project

  Abstract:Bolted structural glass facades have evolved to the point where the technique appears to have matured and become the most transparent facade system available mainly for storefront, walkways and lobby areas in buildings. The point fixed glass façade system (PFGFS), also known as a spider glass system, is popular and considered to be a more elegant façade option compared to the framed glass façade system. The system is fixed to the support structure using special bolt fittings and structural spider arms, which implies that the glass must be drilled and tempered. Consequently, the glass is significantly weakened exactly at the position where peak stresses occur when forces are applied. In this research, the stress distribution on point-fixed bolted glass system subjected to static loading is investigated by means of numerical modelling and parametric analyses. A numerical model was constructed according to the specifications specified in past research project, implemented using ABAQUS software and subjected to a compressive load during three points bending test. The model was validated by comparing the past experimental results with the numerical results. By means of non-linear finite element analyses, the stress distribution of the glass panel has been investigated. The influence of the number of connectors, hole-to-edge distance, spacing of the bolt connections, hole diameter, the arrangement of connectors and thickness of glass pane on stress distribution were determined through the parametric study. Objectives: • To study the distribution of stress on point-fixed bolted glass system subjected to static loading.• To investigate the effect of geometrical properties of point-fixed bolted glass on the distribution of stress around the bolted connection. Benefit: Structural optimisation of point-fixed bolted glass system based on the determination of the stress distribution around the vicinity of the bolt holes Show less

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  Usm engineering campus

  Sept 2018 - Aug 2020

  Graduate research assistant

  Website ResearchGate:https://www.researchgate.net/profile/Farhanah-FaisalScope of Work:• Research University Grant (RUI) recipient for 2 years to perform study focusing on seismic analysis, design & detail for earthquake resistant buildings.• Performed non-seismic (BS 8110) & seismic (EC 8 & Malaysia NA to EC 8) design of existing RC buildings comprise of a single, 3, 5, 9, 10 & 12-storey.• Experienced in determining the seismic effects on the basis of linear-elastic behaviour of structure subjected to lateral force method & modal response spectrum analysis using Tekla Structural Designer. • Assessed technical specifications on RC slab, beam, column & shear wall detailing to EC8.• Provided various estimates for material cost analysis (concrete & steel). • Investigating the effect of ground conditions on seismic design of RC buildings.• Structural cost comparison between conventional and seismic design.• Successfully submitted & currently under review a research journal titled ‘A Review on the Factors that Influence the Cost Increase for Reinforced Concrete Structural Frame in Malaysia by incorporating Seismic Design’.• Participated in AWAM International Conference in Civil Engineering 2019 as a presenter on an accepted research paper “Evaluation of Cost Analyses for Earthquake Reinforced Concrete Buildings based on Malaysian NA to EC 8”.• Involved in a research project on Analysis and Design of Buildings in Penang Island considering seismic effect according to Malaysian NA to EC 8 as a joint collaboration with IEM Penang Branch which leads by IEM Earthquake Design Sub-Committee. • Outcome: Graphical representation on the cost of low, mid & high-rise buildings (based on concrete & steel reinforcement demand) for non-seismic (EC 2) & seismic (EC 8) design with respect to the ground condition in Penang Island. Show less

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  Gps consulting engineers sdn. bhd.

  May 2021 - Aug 2021

  Civil and structural engineer

  Project: Proposed Mixed Development at KL Metropolis Plot 5A, consisting of 2 blocks of 10 floors signature tower, 1 block of 55 floors corporate tower, 3 blocks of residential towers 53 floors, 59 floors and 55 floors respectively, 1 block of 48 floors hotel tower, 5 levels of podium retail, 8 levels of podium carpark, 2 levels of sub-basement carpark and 5 levels of basement carpark. (Estimated Project Cost: RM 2 Billion)• Teamed up with professional, senior & junior engineers to complete the project.• Collaborated with members of other engineering (architects) in a team for the coordination of the civil and structural elements.• Loading calculation based on BS 6399.• Load taking (shear & bending moment) using PROKON.• Responsible for analysis, design & detailing of slabs (1 & 2-way), RC & PT beams (simply-supported, continuous & cantilever) & staircases for Hotel Tower Level 6 & typical floor Level 7 manually and using spreadsheet.• Updated structural framing upon receiving revised architectural drawing.• Reported to senior engineers after evaluation structural framing drawings & schedules using ZWCAD.• Modified slab and beam design due to the change in FFL & SL values.• Calculated column hanging loads due to the change in total void areas. • Added new secondary beams due to the change in location of AAC wall. Show less

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  Hss engineers bhd

  Nov 2021 - Sept 2022

  Graduate structural engineer

  Project: Engineering, Procurement, Construction & Commissioning Contract of The East Coast Rail Link (ECRL) Project.• Technical report consists of scope of structural works, design principles, design criteria & design load.• 3D modelling, assign gravity load based on BS6399, wind load based on MS1553, seismic load based on BS EN 1998, analysis & reinforced concrete design based on BS8110 for both station & platform using ProtaStructure.• 3D modelling, assign gravity based on BS8110 & wind loading based on MS1553, analysis & steel design based on BS5950 for station roof, walkway roof, platform canopy roof & pedestrian bridge using STAAD.PRO v22.• Station preliminary design structural calculations report for 6 ECRL Station: Jerteh, Pasir Puteh, Dungun, Bandar Permaisuri, Kota Bharu & Kuala Terengganu.Project: Proposed Design and Build for 1 Block of 20-Storeys LHDNM Corporate Office consist of:a) 11-storeys of podium with office at level 1, 2, 9 - 11 and car park at level 2 - 9b) 9-storeys of office tower at level 12 - 20• Pile group analysis involving distribution of load for pile group & pileeccentricity check based on updated pile deviation drawing from sitecontractor.• Pile cap design, reinforcement calculation & details, check for normal &punching shear requirements according to BS8110 using SAFE.• 3D modeling (column, beam, slab, flat slab), assign gravity & wind loading& analysis of 20-storeys office building using ETABSProject: Development of Consumer Landing Station, 2-Storeys Electrical UtilityBuilding, 1-Storey Utility Building 7 and Infrastructure Works.• 3D modeling, analysis and design of 2-storeys electrical utility building, 1-storey utility building 7 and 275kV transformer using Esteem & RCC design spreadsheets to BS8110 to produce layout plan, foundation, pile cap, slab & beam details & column schedule. Show less

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  Worley

  Sept 2022 - now

  Graduate structural engineer (offshore)