Value Engineering

DimensionCanada Networks Inc., work out alternatives and options with a view to improve the overall solutions. We take into consideration the entire building life cycle, aiming to provide a clear basis for decision-making, minimizing risk taking and possibility of not appropriate choices. We adapt and optimize the façade systems and solutions for a specific project, taking into consideration functionality, sustainability and costs. Our value engineering concept provides optimization of cost by limiting the glass wastage and reducing the aluminum consumption.

Facade value engineering is the process of optimizing the design and construction of a building's facade to achieve the desired aesthetic and performance goals while also minimizing costs. This process involves analyzing the design and materials of the facade and identifying areas where cost savings can be made without compromising the design intent or performance requirements.

Value engineering of a facade typically involves the following steps:

1. Design analysis: The design of the facade is analyzed to identify areas where improvements can be made to reduce costs without compromising performance.
2. Material selection: The materials used in the facade are evaluated to identify alternative materials that can achieve the same performance goals at a lower cost.
3. Performance optimization: The performance of the facade is optimized by selecting materials and design solutions that are more energy-efficient, sustainable, and durable.
4. Construction optimization: The construction process is optimized to reduce costs, increase efficiency, and minimize waste.
5. Lifecycle cost analysis: The lifecycle cost of the facade is analyzed to ensure that the design and construction choices are cost-effective over the long term.

Overall, facade value engineering is an important process that helps architects, engineers, and building owners achieve their design and performance goals while also minimizing costs. It requires a careful balance of design, engineering, and cost considerations to achieve the desired outcome.