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Jun 1990Mar 1995

Bachelor of Science in Civil Engineering

North-West Samar Estate University

Registered Civil Engineer with PRC number 0075734.

Work experience

Jul 2013Present

Structural Engineer

Beca Limited

Structural Engineer

Beca Limited – Oct 2007 – Present

85Molesworth St. Wellington

Construction Monitoring Works:

Selected Project List:

1.  Strengthening Totara Park Bridge (Project Value: 500, 000)

  • The scope of works includes installation of reinforced concrete shear keys to abutments and steel jackets on all piers.

2.  Construction Smart Motorway Project, Wellington - (Project Value: 50M)

  • The scope of works includes Geotechnical Investigation, Planning and Structural Input, ATMS / ITS Design and Design Management

3.  Construction of Akatarawa Bridge (Project Value: 2.2M)

  • The scope of works includes the replacement of existing bridge which was damage during heavy flooding with a 42m single span bridge.  The very first weathering steel bridge structure constructed in New Zealand.

4.  Construction of Datacom Expansion Abel Smith (Project Value: 5M)

  • The scope of works Geotechnical investigation, design and construction of new structural steel platform on piles to house new chillers and mechanical equipment.

Typical Tasks:

  • Review of the design and for construction drawings.
  • Review of the specification requirements to be familiar what site required. 
  • Review concrete design mix to ensure compliance to the specification. 
  • Review construction methodology per project main activity and discuss with the design team if at some point work method are not feasible and come up with recommendations
  • Responsible for responding to contractors query and provide them immediate solution to every problem encountered on site to prevent work delays. 
  • Responsible for the construction monitoring and reporting to designer by issuing the site visit report.
  • Responsible for gathering all QA work necessary for signing of PS4.

Brief Summary on the Typical Challenges on site:

  • Work method sometimes does not works in terms of stability of the structure to be lift in the event of an abrupt earthquake event.
  • Contractor encountered a contaminated soil that smell like a diesel/petrol and a lot of building services are within the project footprint.
  • During piling within the sea shore line, the founding depth achieved but the type of soil extracted at the founding level (9m depth) still soft and does not match with the bore test data.
  • During concrete pouring of the foundation - concrete mix was too slurry and slump reaches approximately 160-170.
  • Delivery of concrete mix sometimes delayed.
  • Possibility of undermining the existing structure by excavation to the inner extent of the existing structure. 


All highlight issues has been discuss primarily to Beca design team and came out with at a minimum 2 solution/s before issuing Engineers Instruction (EI) to the contractor.

Issues that will trigger health and issue to all workers and possibly to the public, we basically advised contractor for a halt and to put all necessary public notice and cordon the area.   Sample of contaminated soil send to specialist for further study/assessment.

Suggested to stop the excavation and call Geotech engineer to come to the site to investigate the extracted soil.  It was decided to push more up to 9.4m depth until base was felt hard and Geotech suggest to drive 100mm more to minimise inflows and possibly concrete pushing out of the steel pile casing.

To prevent damage to existing underground services during piling or excavation, the use of Hydro Vac excavator were suggested.

Half of the truck of concrete was rejected and a new batch of concrete arrived with 120mm slump.

Excavation is more common issue in an upgrade or retrofit job, we always suggest to provide temporary propping and if possible to shotcrete the outer face of the excavated ground adjacent to the existing structure to prevent ground collapse.

Any other minor issue are dealt on site via verbal instruction and follow-up with EI and advice contractor to send photograph to prove that the work has been done as per site instruction.

Initial Seismic Assessment, Detailed Seismic Assessment and Strengthening:

Selected Project List:

1.  Detailed Seismic Assessment of 'The Station Hotel' (2-storey timer building)

2.  Detailed Seismic Assessment of Brighton Mall (2-storey tilt-up wall building)

3.  Detailed Design and Strengthening of Fulton Hogan Offices (2-storey RC building)

4.  Detailed Seismic Assessment of University of Canterbury Buildings  Stocks     

    • EN20 – Dangerous Goods Store (Civil Engineering)
    • GS10 – ELC Montana Early Learning School
    • GS52 – Warehouse
    • Many more to mention

5.  Detailed Seismic Assessment of University of Waikato (4-storey RC building)

6. Seismic Assessment of Istanbul Government Buildings

    • Hazim Ersu Primary School Building (5 storey) – Concrete Structure-         
    • Fatih Mehmet Akif Primary School Building (4 storey) – Concrete Structure
    • Kagithane Zafer Primary School Building (2 Storey) – Concrete Structure
    • Sultangazi Cebeci Primary School Building (3 Storey) – Concrete Structure
    • Bakirkoy Primary School (3 Storey) – Concrete Structure

7.  Initial Seismic Assessment of Buildings from various clients

    • City Councils
    • Banks
    • Commercial Properties
    • Residentials


  • Obtain drawings from the clients/city council archives. 
  • Review drawings and conduct site visual inspection to record damages on the building.
  • Recommend/request intrusive inspection to ascertain the structural system of the building, in case drawing is not available. 
  • Responsible in carrying-out Initial Seismic Assessment (ISA) using Initital Evaluation Procedure (IEP) spreadsheet and Detailed Seismic Assessment (DS) on the building.
  • Responsible in providing report highlighting the critical structural weakness of the building (CSA) and explaining the effect of the damage observed on the property and its potential significance to the seismic performance of the building. 
  • Coordinate and discuss the outcome of the analysis with the job manager and come-out with possible solutions on buildings identified to be potentially earthquake risk/prone.
  • Summarises the results of the assessment in terms of the building scores in accordance to New Zealand Society of Earthquake Engineering (NZSEE).
  • Carryout concepts for strengthening work.
Oct 2007Jul 2013

Structural Engineer

Beca Limited

Industrial, Civil and Power Project:  Design of Equipment Foundation, Pipe support, Tank Foundation, Reservoir, Winery and Bus Insulator Support for Power Project and Communication Masts and Foundation.

Idustrial Projects:

Design of Post Tensioned Reservoirs and Clarifiers

  • Blenheim Low Reservoir, 10,000m³ and Valve chamber, Marlborough District Council
  • Victoria Domain Reservoir, 3000m³, Marlborough District Council
  • Porirua Clarifier (40m. d[email protected] 5500m³) and Pump Station, Puriroa District Council

Reservoir Strengthening Works:

  • Structure: Mac Cormack PT(5000 m³) and Huntsbury RC (5000 m³) Reservoirs (C/C)


  • Responsible in checking design parameters required for the assessment/design of reservoir.
  • Coordinate and discuss with the senior engineer all parameters required for the design/analysis prior to work execution.
  • Responsible in the detailed design of a reservoir - horizontally post tensioned and vertically prestressed.
  • Carryout detailed design of in-situ valve chamber.
  • Responsible in producing sketches for cad works.
  • Involved in seismic assessment, strengthening and retrofit of existing reservoir.

Bluescope Project -Sydney Australia – March 2008

  • Involved in the detailed design of Gantry, Pre-classifier Tower and pipe supports.
  • Responsible in equipment foundations design subject to vibration.

Kupe Power Plant Project – Taranaki – October 2007

  • Responsible in the detailed design of equipment stands, pipe racks and tank foundation.
  • Involved in the structural design and analysis of equipment platforms, gantry, auxiliary and ancillary buildings.
  • Involved in the structural design analysis of oil tank ring beam foundations.
  • Provide drafting works as support to cad team.

Power Projects:

HVDC Pole 3 Switchyard Upgrade Project - 220kV AC yard and 350kV DC yard  (Benmore & Haywards, NZ - Feb 2011) 

  • Responsible in the detailed design of all rigid bus stand supports in accordance to IEEE 693 and Transpower standards. 
  • Responsible in the design of communication masts and foundation.
  • Responsible in producing Cad drawings for equipment supports and foundation from design phase to construction.
  • Responsible in the design coordination with the clients and taking action of the comments received from the peer reviewer.

Winery Projects:

Damage Assessment on Winery Tanks:

Yealands, Pernod Ricard and Gisborn Wine Tank - Blenheim

Project Century – Lion Nathan Breweries (Auckland, NZ)


  • Involved in the damage inspection of the winery tanks.
  • Involved in damage assessment work.
  • Involved in seismic assessment  of tanks.
  • Involve in tank strengthening works.  

McWilliams Wine Tank, Au -Structural Engineer – March 2009

  • Responsible in the detailed design of 235kL Spirit Tank Foundation based on API 650 as required by the client.

Civil Projects:

Hanua-4 Watermain Project (Auckland, NZ), Nov 2010

  • Responsible in the design of Valve Cambers, 3D modelling of Valve chamber required for construction sequence and detailing.
May 2004Jul 2007

Structural Engineer - Concrete Team Lead

Mitsubishi Heavy Industry


O-Mon Thermal Power Plant and Mekong Delta Transmission Network, Tran Nguyen Han Street, Hanoi, The Socialist Republic of Vietnam.

Rabigh Independent Water Steam Power (IWSPP) Project, Rabigh Saudi Arabia - Combined Cycle Power Plant-3-300MW Oil/Gas Fired Thermal Power Plant

Map Ta Phut 2x717MW Coal Fired Power Plant Project in Thailand.

25CC Tuxpan V - 495MW Project, Electricidad Sol de Tuxpan, Mexico.

Pagbilao Coal Fired Power Plant Upgrade, Philippines.

  • Involved in the design team coordination meeting.
  • Involved in the design of gantry, pipe, racks, cooling towers and more...
  • Responsible in carrying out detailed design of auxiliary and ancillary buildings (warehouse, control house, and miscellaneous facilities),
  • Design of non-standard pipe support, equipment foundation, and pipe rack foundation. 
  • Able to provide detailed drawing using AutoCAD.
  • Work closely with section managers and senior engineers to obtain effective and quality outcome of the design works.
  • Responsible in the design and preparation of calculation sheet for various power plant structures.
  • Prepare detailed drawings from preliminary to construction drawing.
  • Provide bill of quantity for procurement purposes.
  • Responsible in responding site queries.

Akatarawa Bridge

Construction of Akatarawa Bridge

NTaQ Smart Motorway Project

Construction of NTaQ Smart Motorway Project

Design and Construction of Blenheim Low 40m Diameter Reservoir


Kupe Power Plant Project, Taranaki

Transpower - HVDC Pole 3 Upgrade

Design of AC/DC Stand Supports, Foundations, Lightning Masts and High Tensile Hollow Core Gantry

Hunua 4 - Watermain Project

Valve Chamber 3D construction sequence

Detailed Design of Security Archive Building Offices

Sap Model of Jarden Mile Security Building Offices

Detailed Design of 2- Storey Brighton Mall, Christchurch

Sap Model of Brighton Mall

Seismic Assessment for Istanbul Risk Mitigation Emergency and Preparedness Project

Bakirkoy Primary School, Fatih Memmet Akif Primary School,Hazim Ersu Primary School, Kagithane Zafer Primary School and Sultangazi Cebezi Primary School


Structural Engineer
With experience in industrial project, involved more in designing of post tensioned circular reservoir and pipe supports, equipment foundation design and with power plant, Seismic Assessment and Detailed Seismic Assessment. Experienced in the design of Power Plant Equipment Stand Support using IEEE693.


Jul 1995Present

Philippine Institute of Civil Engineering (PICE)

PICE - Philippine Chapter
Jun 2007Present

Institution of Professional Engineers (Graduate Membership)

Jul 2010Jul 2016

Civil Engineering Licensure Certificate

Philippine Regulatory Commision PRC)