Graduate Certificate in Management of Technology, Management of Technology

Activities and societies: Founding Chairman if EGSC

Data Analyst

Hand-on courses related to Data analysis. SQL, Python, Pandas, Initial and exploratory data analysis

PhD, Civil & Environmental Engineering; Civil Engineering

Grade: 5 Activities and societies: Engineering Graduate Students\' CouncilActivities and societies: Engineering Graduate Students\' Council Thesis title: Seismic Retrofit of Highrise Concrete Buildings in Singapore.; Involved with more than 10 projects on structural engineering, foundations, soil structure interactions and also attended related conferences, workshops and numerous seminars. Attended 1st workshop on Developments in Offshore Technology: Offshore Geotechnics Attended Offshore Maritime Symposium 2012, NUS, Singapore.

Bachelor of Science (B.Sc.), Civil Engineering

Grade: 4.62 Activities and societies: Debate team, Blood donation group, Work for deprived children.

Courses, Business Administration and Management, General

Courses. Teaching

Rhino 3D, Parametric Design

Lecturer

Associate Research Fellow

Structural Engineering Research Specialist at Mid-Rise Residential Cold-Formed steel Building project.

Analysis and design of cold-formed steel mid-rise buildings under ARC Steel research HUB. Staff in the Sustainable Building Research Center @ UOW. Industry-focused and application-oriented researcher.
I performed following specific structural engineering design tasks –

1. Design of hot-rolled and cold-formed steel structures
2. Design and development of a 200 KN lateral load testing facility
3. 3D design and printing of innovative connections to speed up cold-formed steel construction
4. Design and development of strap braced shear panels following Australian standards – AS4600, AS 1170.2 and AS 1170.4
5. Direct strength method based CFS section design

This job required me to extensively use various finite element based structural analysis software, such as SpaceGass, ETABS, SAP2000, SAFE, Strand7, ABAQUS, ColdSteel, Thinwall, CUFSM, EnduroCAD, AutoDesk Revit, Inventor.

I am intensively involved in the following projects

Sub Project 1: Initial stiffness and fracture of bolted connections using ABAQUS
Sub Project 2: Development of high strength Strap braced shear panels
Sub Project 3: Structural comparison of CFS intensive mid-rise residential buildings against reinforced concrete alternative
Sub Project 4: Bearing strength of untightened bolted connections under repeated loading
Sub Project 5: Full-scale 3D analysis of CFS intensive mid-rise residential building using equivalent shell elements in ETABS
Sub Project 6: Innovative Connections
Sub Project 7: Design of clip angles
Sub Project 8: Design of nailed connections
Sub Project 9: Development of high strength artificial hail-stones
Sub Project 10: 3D printed innovative connections

Structural Engineering and Project Management consultant

Structural Engineering and project management related consultations for a very promising Start-Up company

Structural assessment and design of Solar mounts on the ground and rooftop.
Design of foundations for solar panel mounts.
Assessment of local structural engineers for structural certification purposes.

Structural assessment and design of Solar mounts on the ground and rooftop.
Design of foundations for solar panel mounts.
Assessment of local structural engineers for structural certification purposes.

Postdoctoral Research Fellow

Finite element simulation of the fracture initiation using the domain integral method.
Cleavage fracture assessment of steel to be used to build ships for the Arctic.
Ice structure interaction simulation using discrete element method
Modelling and simulation of Multi-body hydrodynamics interaction between ship, wave and ice.

Plan, development, execution and closing of structural and offshore engineering research projects. Manage a team of PhD researchers, lab technicians and undergraduate students.

Research Engineer

Research Engineer under Centre for Offshore Research and Engineering.

1. Fracture simulation of CHS X and K joints for Jack-up rigs.
2. Design of welded connections in CHS X and K Joints.
3. Failure Assessment of Thick-Walled Circular Hollow Section (CHS) Joints in Jack-ups – Phase I: Development of the Fundamental Approach

Plan, development, execution and closing of structural and offshore engineering research projects. Manage a team of PhD researchers, lab technicians and undergraduate students.

Research Scholar

Research Scholar under Hazard, Risks and Mitigation research group.

Seismic vulnerability assessment and Fibre-reinforced polymer-based retrofit design and analysis for high-rise Reinforced concrete residential buildings in Singapore.

1. Ambient vibration study to determine the vulnerability of High-rise concrete buildings in Singapore
2. Seismic behaviour of non-conforming T-beam-wide-column joint

Extensively used experiments, data analysis and FE simulations using SAP2000, ETABS and ABAQUS

Plan, development, execution and closing of structural and offshore engineering research projects. Manage a team of PhD researchers, lab technicians and undergraduate students.

Graduate Teachng Assistant

Tutor for several undergraduate and postgraduate level courses

Project 1: Arctic floater and mooring system design – Stage 2
Scope: Detailed Design of a semi-submersible for Arctic operations, enhanced ice load estimation, coupled mooring systems, and ice load analysis
Duration: July 2015 to May 2016
Project 2: Arctic floater and mooring system design – Stage 1
Scope: Conceptual Design of a semi-submersible for Arctic operations, preliminary ice load estimation, and initial coupled mooring systems and ice load analysis
Duration: July 2014 to June 2015

Project 3: Assessment of Cleavage Fracture for Structural Steels in Arctic Applications
Scope: To develop a statistical criterion to assess the applicability of steel material in the low-temperature environment of the Arctic based on extensive range of experiments and numerical analysis
Duration: March 2013 to June 2014

Project 4: Failure Assessment of Thick-Walled Circular Hollow Section (CHS) Joints in Jack-ups – Phase I
Scope: To develop strength and deformation-based failure criteria for Thick-Walled Circular Hollow Section (CHS) Joints in Jack-ups
Duration: July 2012 to February 2013

Project 5: Seismic behavior assessment of non-conforming T-beam-wide-column joint
Scope: To develop detailed structural model for retrofitted and non-retrofitted non-conforming T-beam-wide-column joints based on experiments and advanced finite element analysis
Duration: August 2010 to June 2012

Project 6: Ambient vibration study to determine the vulnerability of High-rise concrete buildings in Singapore
Scope: To derive simple formulation to estimate natural periods of the high-rise residential buildings of Singapore. To determine the earthquake damage potentials of the high-rise buildings based on soil properties and advanced structural analysis
Duration: August 2008 to June 2012

Design Engineer

Design and analysis of steel truss structures.

Design, analysis and checking of small steel towers. Supervision of the construction work of such towers.

Field research officer

Field survey, collection of primary and secondary data, compilation and analysis of the data, and other related services as required by the BUET team of consultants.

Field Research Officer

Field survey, collection of primary and secondary data, compilation and analysis of the data, and other related services as required by the BUET team of consultants.