Ginghis Bautista Maranan, Phd Email & Phone Number

Carlton, Vic, Au

Melbourne, Victoria, Australia

Key Projects:Maidstone Level Crossing Removal ProjectWestern Sydney Metro - SSTOMM7-M12 Integration ProjectWest Gate Tunnel ProjectWest Gate Bridge - Inspection/assessment

Melbourne, Victoria, Australia

Key Responsibilities:• Perform structural analysis and design of civil engineering projects, • Conduct proof engineering works and internal design verification, including addressing RFIs by clients• Study and apply VicRoads Technical Notes, Austroads, and any relevant Australian Standards document to the delivery of projects• Develop mark ups for drafters, and undertake reviews of drafting and understanding of specifications, drawings, plans and quality procedures• Author project proposal and technical reports (e.g. dilapidation reports, load-rating assessment reports, and inspection reports)• Liaise with BG&E colleagues and clientsAchievements:• Successfully completed the inspection and load rating assessment of 208 culverts (RCPs, brick barrels, brick arches, concrete arches) for the Ararat to Maryborough Rail Upgrade Project - Murray Basin Rail Project, including writing of reports• Performed structural assessment of Exford Road and Greig Road by Melton City Council, including writing of reports• Performed internal verification of the design of bridge and gantries for the Pakenham Road Upgrade project• Completed the structural analysis and design of culvert for Ballarto Road / Lyrebird Drive Intersection Upgrade

Albury, Australia

Key Responsibilities:* Performs structural analysis and design of multi-disciplinary projects including residential houses, commercial, educational and industrial buildings, bridges, board walks, concrete tank, public amenities, footings, retaining walls,solar shade structure, ramps, lifting frames, silos, platforms, etc. using manual calculations and/or software * Assess the structural integrity of existing and/or damaged structures, and provide upgrade or repair recommendations if necessary* Prepares structural drawings / sketches using AutoCAD and technical reports (e.g. inspection report, condition report)* Conducts site visit and inspection to ensure that design are followed through* Liaise with engineers, drafters, builders and clientsAchievements:* Completed more than 500 multi-disciplinary projects* Gained extensive experience in conducting manual calculations for designing and analysing structural members made up of steel, reinforced concrete, and timber materials* Developed code-based calculation tools (using freeware) that enhanced efficiency and effectiveness in conducting manual calculations* Became more accustomed in using Australian Standards pertaining to design loads (AS 1170), concrete (AS 3600), steel (AS 4100), timber (AS 1720), and bridge (AS 5100) structures* Became more experience in modeling and analysing structures using SPACEGASS and Structural Toolkit software* Gained significant understanding of the scope and nature of work in consultancy and construction industry

Adelaide, Australia

Glass FRP (GFRP) rebars are corrosion-free reinforcing composite for concrete infrastructures that demand durability and long-term sustainability. They are lightweight and have high tensile strength.Key Responsibilities• In charge of the delivery of structural design and analysis of concrete structures reinforced with GFRP composite rebars• Provision of technical support to customers and their engineers to help them understand how to design and construct structures• Preparation of GFRP rebar schedule and rebar take offAchievements• Assist Inconmat Australia in winning projects• Become more familiar with FRP-reinforced concrete design to CSA S6, CSA S806, ISIS Canada, ACI 440.1R• Enhance my skills in interpreting structural drawings • Develop Mathcad design calculation tools• Prepare spreadsheets for GFRP rebar quantity estimation

Key Responsibilities• Taught major civil engineering courses to undergraduate and postgraduate students• Delivered tutorials on building analysis and design using SAP2000• Conducted structural engineering-related research projects• Liaised with local companies/organisations• Supervised and mentored students on their projects Achievements• Upgraded my knowledge and skills in structural analysis and design of reinforced concrete, prestressed concrete, timber, and steel structures• Gained familiarity with New Zealand Standards (i.e. AS/NZS 1170, NZS 3101, NZS 3603, NZS 3404)• Acquired experience in using SAP2000• Received a salary increment from step 03 to step 04 for my satisfactory performance• Initiated the development of sustainable concrete using basalt rock dust• Received good evaluation from both the teaching team and students

Toowoomba, Australia

Key Responsibilities• Conducted structural assessment and failure analysis of new and innovative construction technologies/systems (GFRP-reinforced geopolymer concrete, damaged concrete piles repaired with GFRP jacket, composite sandwich panels) using experimental, analytical, and numerical methods• Evaluated the applicability of Australian Standards and other international guidelines to the new systems, and if not applicable, proposed new design recommendations and mathematical models• Provide technical advice/recommendations to our industry partners to enhance the structural performance of their products• Wrote project proposals and technical reports• Presented projects in meetings and conferences• Liaised with industry partners and team members• Served as a casual lecturer in civil engineering• Mentored and trained junior team members and studentsAchievements• Successfully managed and completed at least 4 industry-funded projects• Upgraded my knowledge and skills in structural analysis and design of reinforced concrete, prestressed concrete, timber, steel, and composites• Gained experience in SPACE GASS, STRAND7, ABAQUS, ANSYS• Became accustomed in Australian Standards (AS 1170 series, AS 3600, AS 1720, AS 4100), codes and other international design guidelines (ACI, CSA, NZS, NSCP)• Acquired proficiency in structural analysis and design of FRP-reinforced concrete to CSA S806, CSA S6, and ACI 440.1R• Gained knowledge and experience in retrofitting using GFRP jacket• Formulated design recommendations for GFRP-reinforced geopolymer concrete (GFRP-RGC) beams and columns• Developed mathematical models for predicting the flexural and shear capacities of GFRP-RGC beams, compression capacity of GFRP-RGC columns, and damaged piles repaired with GFRP jacket • Proposed design specifications for Queensland TMR GFRP-reinforced precast concrete planks• Received positive feedback from industry partners

Doctor Of Philosophy - Phd, Structural Engineering

Thesis: Structural behaviour of geoplymer concrete beams and columns reinforced with glass-fibre reinforced polymer (GFRP) rebars

Master Of Engineering - Meng, Civil Engineering

Activities and Societies: Association of Filipino Students in Japan Vice President Thesis Project: Comprehensive numerical analysis.

Bachelor Of Science - Bs, Civil Engineering, Gwa = 1.690 (With Distinction, Cum Laude)

Activities and Societies: CEAT-College Student Council Chairman, Educational Affairs Committee Head of Civil engineering Executive.

Education record

Activities and Societies: SPCNHS Badminton Varsity Graduated as the Class Valedictorian

Education record

Graduated as First Honour