Engineering for Infrastructure.
MATAPPLY connects engineering knowledge, structural analysis, materials, simulation, optimization and product engineering to the challenges involved in construction and infrastructure development.
Engineering challenges across the built environment.
Construction and infrastructure projects must balance structural performance, safety, durability, materials, cost, constructability and lifecycle requirements. From individual components and structures to large infrastructure systems, engineering decisions influence performance throughout the asset lifecycle. MATAPPLY connects these challenges to the engineering knowledge required to understand and improve them.
Where the engineering problems occur.
Buildings & Structures
Engineering of structural systems, components and materials for buildings and complex structures, with focus on strength, performance, durability and efficiency.
Bridges & Transportation
Engineering structures and systems supporting roads, railways, bridges and transportation infrastructure.
Water Infrastructure
Engineering systems, structures, materials and equipment used in water supply, treatment and distribution.
Energy Infrastructure
Engineering structures, equipment and supporting systems used across energy generation, transmission and distribution.
Industrial Facilities
Engineering structures, equipment supports and systems for industrial plants and large-scale facilities.
Civil Infrastructure Systems
Engineering analysis and optimization of complex infrastructure assets and interconnected systems.
What needs to improve?
Infrastructure engineering involves long service lives, complex loading conditions, material constraints and significant cost and safety considerations. MATAPPLY approaches these challenges through specific engineering problems.
Reduce Weight
Reduce structural and component mass while maintaining strength, stiffness, safety and durability.
EXPLORE PROBLEM → PROBLEM / 02Reduce Cost
Reduce material, construction and lifecycle costs while maintaining required performance and safety.
EXPLORE PROBLEM → PROBLEM / 03Increase Performance
Improve structural, thermal, mechanical and operational performance of infrastructure systems.
EXPLORE PROBLEM → PROBLEM / 04Improve Constructability
Improve designs and components for fabrication, assembly, construction efficiency and repeatability.
EXPLORE PROBLEM → PROBLEM / 05Reduce Development Time
Accelerate engineering analysis, design development, validation and decision-making.
EXPLORE PROBLEM → PROBLEM / 06Create Something New
Develop new structural concepts, components and infrastructure solutions with engineering insight.
EXPLORE PROBLEM →What knowledge can solve it?
Construction and infrastructure challenges require engineering knowledge spanning structures, materials, simulation, optimization and product development.
CAE & FEA
Simulation and engineering analysis for understanding structural, thermal and mechanical behaviour.
EXPLORE KNOWLEDGE → KNOWLEDGE / 02Advanced Materials
Materials selection, performance and engineering applications for demanding structural environments.
EXPLORE KNOWLEDGE → KNOWLEDGE / 03Engineering Optimization
Optimization methods for improving structural performance, material efficiency and lifecycle cost.
EXPLORE KNOWLEDGE → KNOWLEDGE / 04Engineering AI
AI and machine learning for engineering prediction, design exploration and infrastructure decision support.
EXPLORE KNOWLEDGE → KNOWLEDGE / 05Product Engineering
Engineering components, equipment and systems for performance, manufacturability and lifecycle requirements.
EXPLORE KNOWLEDGE → KNOWLEDGE / 06Product Strategy
Connecting engineering decisions with project requirements, technology opportunities and commercial objectives.
EXPLORE KNOWLEDGE →How MATAPPLY can help.
Engineering knowledge becomes valuable when applied to real structures, components, infrastructure systems and development decisions. MATAPPLY connects technical engineering capabilities to practical engineering challenges.
Engineering Analysis
Structural, thermal and computational engineering analysis to understand infrastructure behaviour and identify opportunities for improvement.
Product Engineering
Engineering support for components, equipment, materials and systems used within infrastructure projects.
Engineering Optimization
Systematic improvement of structural performance, material efficiency, cost and lifecycle requirements.
Engineering Intelligence
Combining engineering knowledge, computational methods and AI to improve infrastructure engineering decisions.
From industry to action.
MATAPPLY connects the infrastructure environment, the engineering problem, the relevant knowledge and the engineering response into one continuous decision process.
Where?
The infrastructure environment defines the structural, operational, material and lifecycle constraints.
What?
A measurable engineering challenge defines what needs to improve.
How?
Engineering knowledge provides the methods needed to understand and solve the infrastructure challenge.
What next?
The relevant engineering capability is applied to the structure, component, system or engineering decision.
Start with the engineering problem.
Tell MATAPPLY what you are trying to improve, build, understand or decide. The relevant engineering knowledge can then be connected to the challenge.
START WITH A PROBLEM