UTC's key staff has more than 35 years’ experiences in structural engineering, software development for structural analysis including classic calculation and numerical simulations (finite element method (FEM), boundary element method (BEM)), design of building and products.

Structure design

Building design

Product design

Finite element analysis (FEA) simulation

Impact assessment up to 16G acceleration

Investigation in structures related failures

Product development

Typical softwares in applications:
Nastran
Ansys
Solidworks
AutoCAD

Other expert areas, please refer to

Crane accident investigation and failure analysis

Failure analysis services

Forensic accident investigation

Traffic accident reconstruction

Corrosion engineering

Fire investigation

Expert witness in litigation and insurance claims

Condition assessment

Industrial technical training courses:

1. Industrial Failure Analysis - Investigation, causes, mechanisms and prevention
2. Applied Metallurgy - Compositions, microstructure, process and properties of metals and alloys
3. Corrosion - mechanisms, investigation and prevention
4. Fire Investigation
5. Structual analysis in design and failure investigation
6. Human factors in design and accident investigation

Our key experts had provided these services to regional countries and beyond, including Singapore, Malaysia, China, Thailand, Philippines, Indonesia, India, Japan, Korean, The Netherland, Italy, etc.

UTC's key staff has more than 30 years’ experiences in design and structural substantiation of various building design, product design and structural analysis using classic calculation and finite element analysis (FEA) numerical simulation. It covers wide range from high rise buildings, shopping mall complex, multi-story industry buildings, to bungalow with swimming pool complex, amply theatre etc. Among high rise buildings in the region; either offices, residential buildings or mixed developments such as Sun Plaza; the structures are designed with reinforced concrete frame/shear wall systems, composite frame or pre-stress RC with the techniques of stage-post tension or pre-tension, withstanding seismic load, wind load in accordance with relevant building authorities’ code of practice.