Newtecnic Facade Engineering

Façade concept development

Existing and new designs are made buildable

Optimized design

Optimization for fabrication and installation reduces risk and cost, and cuts installation time.

BIM compatible

Total compatibility with all commercial AEC technology means clear communication for all stakeholders.

Geometry development

Ultra-realistic 3D assets for better communication, collaboration and innovation.

Constructability evaluation

We’ll tell you how to build your dreams.


Technical challenges are met with specially developed algorithms that solve complex problems.

Exciting generative design

Generative design, which automatically creates designs based on function related physics, is introduced to projects to develop new exciting geometry that often copies nature’s forms.

The progress of automated generative design is unstoppable as 3D simulation technology makes component and system manufacturing simpler and more efficient and productive.

Additive manufacture and 3D printing

Go beyond 3D printing with manufacturing systems that efficiently and precisely reproduce digital designs.

Fabrication schedule

Introduce efficiency into manufacturing for higher quality with zero waste.

Maintenance optimization

Maintenance is engineered at an early stage for lower long-term operating cost.

Robotic and drone incorporation

Drones for inspection and maintenance. Robots for 24/7 construction efficiency.

Material evaluation

Make the right materials decision based on physics and facts. Include all related data to get the big picture.

Complexity simplified

Being the largest component of a building, the façade can also be the most complex and costly. Clever people using technology keeps it simple and within budget.

Risk is Reduced

New methods and technologies have been developed by Newtecnic to ensure that risk is significantly reduced for façade design, engineering, fabrication, assembly, installation and maintenance.

Proven Technology Lowers Cost

Using a combination of industry proven technologies, a dedicated team of highly skilled, qualified and experienced engineers creates more imaginatively conceived facades that cost less, reduce energy consumption, look good, are easier to maintain and last longer.

Faster installation Times

Facades are easier and quicker to make and install with assured quality throughout the building lifecycle.

Proven Engineering Methods

Newtecnic’s building engineering methods have been proven across the world in partnership with developers, architects and building owners and operators.

Working for Signature Architects

Much of this technology was developed for signature architects who defy convention with dramatic, complex, multi-curved-geometry structures. These advanced structures cannot be built by traditional means.

First Principles Applied

Newtecnic has engineering expertise, new technology and practices that revolutionise façade design and construction bringing projects to completion on time, to budget and with design and engineering methods reasoned from first principles.

Physics Based Approach and 3D Twin

Using our physics-based approach and developing a cloud hosted 3D digital twin of the proposed structure, challenges and issues can be defined and resolved early in the project.

Whole Lifecycle

Robust quality assured design and engineering outcomes that consider not just the façade itself but its whole lifecycle are developed.

Component Simulation

We have developed technology to simulate the building envelope and its individual components, as well as the junctions between different elements of the facade and the core structure.

Revealing the Truth

By revealing, through physics, an understanding of previously hidden component and fabrication data, Newtecnic introduces absolute control and outcome certainty to the most complex building facades.

Imagine and Build

Designers are free to stretch their imagination in the knowledge that their ideas can be built in the most efficient and cost-effective way possible.

Beyond Human

Newtecnic has developed algorithms and topology optimisation routines that optimise generative design creating shapes that are beyond what a human designer can produce but are none-the-less buildable.