Computational Parametric Design (CPD), Modelling & Simulation

Computational Parametric Design (CPD) integrates digital computing with building physics to optimise the design and performance of buildings. At Deerns, our CPD experts collaborate closely with architects to deliver data-driven insights that enhance both the aesthetic and technical aspects of building projects. Our goal is to create sustainable, efficient, and high-performing buildings that meet our clients' strategic objectives and budget requirements.

What we do

CPD is an innovative approach that provides architects and engineers with comprehensive, data-driven insights to create high-performance buildings that meet both aesthetic and technical requirements. CPD enables visualisation and simulation that helps to significantly improve the dialogue between architects and engineers, leading to a more efficient design process. Furthermore, clients and professional teams can better understand how buildings will perform, and overall building performance is improved.

Our Services Include:

Daylight and Lighting: Enhancing natural light use while balancing artificial lighting needs.
Thermal Comfort: Optimising heating, cooling and overall thermal comfort for occupants.
Acoustics: Mitigating noise and enhancing sound quality within building environments.
Resource Efficiency: Reducing resource consumption and improving sustainability.

Deerns’ Approach to CPD

Computational Parametric Design (CPD) represents the evolution of building simulation techniques. Instead of isolating individual variables, CPD integrates multiple factors into a cohesive model. This allows for a holistic analysis of building performance and areas of improvement. Deerns’ approach involves several key steps:

Integrating Building Physics and Digital Computing: We combine robust building physics expertise with digital computing and computer science to create comprehensive models.
Developing 3D Models: By creating detailed 3D models, we visualise and simulate various building performance aspects such as air flow, light distribution, and thermal dynamics.
Simulating Multiple Scenarios: CPD allows us to simultaneously evaluate different design scenarios, providing data-driven insights for informed decision-making.
Continuous Iteration and Optimisation: We conduct extensive iterations to find the optimal balance between different performance factors, ensuring cost-effective and sustainable solutions.

Here’s where we offer Unparalleled Value

The use of CPD at Deerns provides significant advantages to our clients, ensuring that their projects are not only efficient and sustainable but also optimised for long-term performance.

Empowering Architects: Using CPD, we are able to provide architects with detailed insights and options, allowing them to make informed design choices at the outset of a project without compromising aesthetics.
Enhanced Sustainability: By modelling and simulating various design options, we ensure environmentally friendly and resource efficient final designs.
Improved Planning and Efficiency: Early integration of CPD helps avoid costly changes later, reducing both capital expenditure (CAPEX) and operational expenditure (OPEX).
Risk Reduction: By addressing potential issues early in the design phase, CPD minimises the risk of suboptimal solutions, late design changes and unnecessary expenses.

Flagship Project: Schiphol Airport

The Schiphol Airport project exemplifies the power of CPD. Our team utilised CPD to evaluate different structural and architectural scenarios, creating an online platform for continuous input and analysis. This platform provided a range of solutions, allowing the client to make informed decisions about terminal length, height and other critical factors. This process demonstrated CPD’s ability to achieve high-quality, precise evaluations and optimise digital infrastructure.