Building structures: commercial, residential, industrial, religious, etc.

Long-span structures: bridges, convention halls, stadia, etc.

Non-building structures: piers, storage tanks, towers, silos, chimneys, etc.

A successful design is one that is aesthetic and functional with subtle integration of its design disciplines: architectural, structural, mechanical, electrical, IT, plumbing and other minor disciplines. We also know well by our own experience that a great design is only achieved by a multidisciplinary approach. We work together, as in Sir Ove’s tradition, with architects and other consultants from the earliest stage possible, and try to see things in the others’ perspectives to produce an integrated structure that would best meet your requirements.

This service includes architecture, civil, structural and geotechnical design and/or construction supervision of buildings and infrastructures. We offer the added value of state-of-the-art, high-performance and cost-effective design and engineering tailored to your project requirements. We consider the latest material/construction technology, computing power and local conditions best suited for your project requirements.

Our designers are experienced with various building design and engineering projects using state-of-the-art building technology and/or design standards in Indonesia and worldwide: Great Britain, Turkey, Botswana, Singapore, Philippines, Hongkong, China, Japan and North America – including some works with world-class architects such as Paul Tange, Renzo Piano and Kisho Kurokawa.

Post-Earthquake Structural Assessment

Post-Fire Structural Assessment

Property Due Diligence Survey

Earth, Wind, Fire and Water are the ever-present elemental threats to buildings around the world. Design standards were established to mitigate such risks. However, with the advances in construction technology and improved understanding of the elementals, older standards become obsolete and hazard requirements change over the building age. Is your building today beyond its design life? Will your building meet the minimum standard requirements? Does your facility have potential exposure to fire or strong earthquake in the near future?  How much loss a disaster cost your business? Answers for such questions may have great impact on your strategic business planning.

This service offers professional survey and investigation on existing buildings to assess design compliance to the applicable engineering codes and standards, to assess and quantify damages on buildings, to assess and quantify risks of potential damage from earthquakes, etc.

Design of Base Isolation Systems

Design of Energy Dissipation Systems

Seismic Retrofit of Existing Buildings

 “… In addition to Istanbul, other at-risk mega-cities (with populations of more than 10 million and a significant seismic hazard) include Tehran, Jakarta, Manila, Cairo, Tokyo and Los Angeles.” 1999 Koçaeli, Turkey, EERI Earthquake Reconnaissance Report

The new 2012 Indonesian Seismic Code has given way to a new era of earthquake engineering in Indonesia. It redefines the seismic hazard distribution in Indonesia and increases seismic design requirements equal to the current standards applicable in North America. We offer advanced earthquake engineering solutions i.e. state-of-the-art earthquake protection device, advanced material technology, performance-based design and advanced non-linear analysis capability provide alternative structural system leading to cost effective high performance buildings.

You may require such advanced earthquake engineering service for buildings with unorthodox design, high-value essential or mission critical facilities, monumental buildings or other buildings where high performance, i.e. minimal damage and/or operational interruption caused by earthquakes are essential. We can also optimise conventional earthquake-resistant structures and improve their performance using performance-based design and/or advanced non-linear analysis.

Our earthquake engineering specialists have long experience in using performance-based design, non-linear analysis, fibre-composite materials, energy dissipation device or base isolation systems in designing hi-tech high-performance structures in Japan and California. We also have long experience in performance-based seismic retrofit design for existing buildings in Europe, Far East and North America.