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HORIZONS OF THE HUMANITIES
University of California Humanities Research Institute (UCHRI) needed a visual identity for a new initiative called Horizons of the Humanities that explores ideas around technology, social media and how it affects humanity. No one else has brought these ideas together in the same way and they wanted a dynamic, varied system they could use for materials over the course of their 3-year Mellon grant...
View full case study @ TRÜF
Adapting to Change | How a Construction Cost Estimating Service Reflects Post-Pandemic Architecture Trends
Introduction
The COVID-19 pandemic dramatically reshaped the world in many ways, and architecture and construction were no exception. As businesses, governments, and individuals adjusted to a new reality, architectural trends shifted to reflect the changing needs and priorities. The rise of remote work, health and wellness concerns, and sustainability considerations all influence post-pandemic architecture. For construction professionals, accurately predicting the costs associated with these evolving trends requires expertise and an adaptive approach. A construction cost estimating service plays a crucial role in translating these new architectural trends into budget forecasts that ensure projects align with both contemporary demands and financial realities.
Introduction
Health and Wellness in Architecture
The post-pandemic world has heightened awareness around health, safety, and wellness, influencing design priorities in both residential and commercial buildings. Features such as improved ventilation, touchless systems, enhanced cleaning protocols, and biophilic design are now at the forefront of architectural planning. Incorporating these features requires more thoughtful material selection, specialized systems, and layout adjustments—all of which affect the overall cost.
A construction cost estimating service helps by:
Calculating costs for enhanced HVAC systems: Modern ventilation systems that improve air quality are now considered a necessity in many buildings. Estimators evaluate the costs of high-performance HVAC systems, including filtration and UV systems to sanitize the air.
Incorporating biophilic design features: The integration of natural elements like indoor plants, green walls, or natural lighting can increase construction costs. Estimators forecast the costs of implementing these sustainable design features, which enhance the occupant's health and well-being.
Factoring in touchless and smart systems: The demand for touchless technologies in elevators, faucets, doors, and lighting has surged. These systems can significantly impact the budget, and estimators need to evaluate both installation and long-term maintenance costs.
Flexibility and Adaptability in Building Design
The pandemic has shown that flexibility in design is more critical than ever. The future of work is likely to involve a hybrid model, with employees spending time both in the office and at home. As a result, buildings must be adaptable, with spaces that can be easily reconfigured to accommodate changing needs. This adaptability requires careful consideration of layout, movable walls, and multipurpose rooms.
A construction cost estimating service assists by:
Assessing costs for modular and flexible construction systems: The use of modular systems that allow for easy reconfiguration of interior spaces can be more expensive upfront, but they offer long-term flexibility. Estimators calculate the initial and potential long-term costs of these systems.
Evaluating the expense of adaptable spaces: Offices that can easily transform into collaborative spaces or quiet zones for remote work require specialized designs and finishes. Cost estimators provide insights into how these flexible spaces impact the overall budget.
Factoring in future-proofing elements: Buildings that are designed to adapt to new technology, office layouts, or residential trends require investments in infrastructure such as extra power outlets, robust Wi-Fi networks, and data cabling. Estimators calculate these future-proofing costs into the initial budget.
Sustainability and Environmental Considerations
The pandemic has increased focus on sustainability, with more individuals and businesses prioritizing environmental impact and energy efficiency. In the post-pandemic era, green building practices are no longer a luxury but an expectation. From net-zero energy buildings to the use of sustainable materials, the integration of sustainability into architecture affects the overall cost structure.
A construction cost estimating service can support these efforts by:
Estimating costs for energy-efficient technologies: Solar panels, energy-efficient windows, green roofs, and sustainable insulation are in high demand as part of eco-conscious building practices. Estimators ensure that the integration of these technologies is adequately budgeted.
Accounting for green certification processes: Many buildings aim to achieve certifications such as LEED or BREEAM. The requirements for these certifications may increase both direct costs and timeframes. Estimators factor these additional requirements into the budget.
Evaluating lifecycle cost benefits: While sustainable materials and energy-efficient designs may increase upfront costs, they often provide long-term savings through lower operational expenses. Estimators incorporate these lifecycle savings into the cost estimate, demonstrating both the immediate investment and the long-term financial benefits.
Changes in Residential Design
The pandemic has also affected the way residential spaces are designed. As more people worked and studied from home, the demand for dedicated home offices, larger living spaces, and outdoor areas increased. Homeowners are seeking spaces that enhance their quality of life and provide greater comfort, privacy, and connection to the outdoors.
A construction cost estimating service helps by:
Estimating the costs for home office and study spaces: Dedicated home offices or study spaces require additional design considerations such as soundproofing, technology integration, and proper lighting. Estimators calculate the costs associated with creating these spaces.
Factoring in outdoor living spaces: Outdoor areas such as patios, gardens, and outdoor kitchens have become essential. Estimators evaluate the costs of landscaping, outdoor furniture, and specialized features like fire pits, ensuring that the outdoor living space is fully integrated into the budget.
Evaluating the impact of larger floorplans: As more people seek larger homes to accommodate home offices and extended family, the costs of materials and labor can increase. Estimators adjust the budget based on changes in square footage and layout.
Conclusion
The post-pandemic era has brought about a new wave of architectural trends focused on health, flexibility, sustainability, and comfort. As architects and builders embrace these trends, construction cost estimating services play a crucial role in ensuring that projects meet both the design requirements and the budget constraints. From advanced HVAC systems to sustainable building materials and adaptable layouts, accurate cost estimations are key to successfully implementing these changes. As the world continues to adapt, construction professionals must remain agile and responsive to the evolving needs of the built environment, ensuring that both current and future construction projects reflect the demands of a post-pandemic society.
Physical design module: With this module, we can create a 3D model of the substation. This module comes with various design checks necessary for physical design. This module is an add-on to Autodesk Inventor so users will have an additional advantage of using the features of the inventor as well.
2. Secondary design module: This module is used for the protection and control design of the substation. This module comes with various automatic tools for wiring and panel design. This module is an add-on to AutoCAD Electrical so users will have an additional advantage of using the features of Autocad electrical as well.
Substation Design Suite (P&C): Intelligent and Automated Schematics
AutoCAD electrical and SDS toolkit provides ways to create intelligent and automated schematics. SDS toolkit provides real time error checking comparing the number of insertions with the catalogue part number and allows us to make the change. Also, SDS toolkit allows users to reuse the information again and again which has once created in our schematic.
Substation Design Suite™ Physical
Substation Design Suite Physical extends the capabilities of Autodesk products to automate design and specification of a complete intelligent 3D substation.
Automated Substation Tools
SDS saves designers time by automating certain substation-specific modeling tasks with specialized substation design tools for above-grade, below-grade, and equipment design.
Improved Design Quality
Model-based design combined with automation of routine tasks and design checks significantly reduces costly human error in the electrical substation design process.
Flexible Design
Because SDS is built on Autodesk products, it provides an established platform with which electrical designers are already familiar. The extensive base of skilled software users can quickly become highly productive, minimizing the high training costs and turnover associated with proprietary platforms.
High Business Value
At an affordable purchase price, SDS leverages your Autodesk product investment into a specialized electrical substation designing workstation. It offers tremendous value by improving designer productivity and providing better information to improve construction effectiveness.
Substation Design Software is a powerful, full set of tools that support the design, construction & management of electrical substations.
Physical design module: With this module, we can create a 3D model of the substation. This module comes with various design checks necessary for physical design. This module is an add-on to Autodesk Inventor so users will have an additional advantage of using the features of the inventor as well.
2. Secondary design module: This module is used for the protection and control design of the substation. This module comes with various automatic tools for wiring and panel design. This module is an add-on to AutoCAD Electrical so users will have an additional advantage of using the features of Autocad electrical as well.
Substation Design Suite (P&C): Intelligent and Automated Schematics
AutoCAD electrical and SDS toolkit provides ways to create intelligent and automated schematics. SDS toolkit provides real time error checking comparing the number of insertions with the catalogue part number and allows us to make the change. Also, SDS toolkit allows users to reuse the information again and again which has once created in our schematic.
Substation Design Suite™ Physical
Substation Design Suite Physical extends the capabilities of Autodesk products to automate design and specification of a complete intelligent 3D substation.
Automated Substation Tools
SDS saves designers time by automating certain substation-specific modeling tasks with specialized substation design tools for above-grade, below-grade, and equipment design.
Improved Design Quality
Model-based design combined with automation of routine tasks and design checks significantly reduces costly human error in the electrical substation design process.
Flexible Design
Because SDS is built on Autodesk products, it provides an established platform with which electrical designers are already familiar. The extensive base of skilled software users can quickly become highly productive, minimizing the high training costs and turnover associated with proprietary platforms.
High Business Value
At an affordable purchase price, SDS leverages your Autodesk product investment into a specialized electrical substation designing workstation. It offers tremendous value by improving designer productivity and providing better information to improve construction effectiveness.
Substation Design Software is a powerful, full set of tools that support the design, construction & management of electrical substations.
Substation Design Suite consists of two modules
1. Physical design module: With this module, we can create a 3D model of the substation. This module comes with various design checks necessary for physical design. This module is an add-on to Autodesk Inventor so users will have an additional advantage of using the features of the inventor as well.
2. Secondary design module: This module is used for the protection and control design of the substation. This module comes with various automatic tools for wiring and panel design. This module is an add-on to AutoCAD Electrical so users will have an additional advantage of using the features of Autocad electrical as well.
Substation Design Suite (P&C): Intelligent and Automated Schematics
AutoCAD electrical and SDS toolkit provides ways to create intelligent and automated schematics. SDS toolkit provides real time error checking comparing the number of insertions with the catalogue part number and allows us to make the change. Also, SDS toolkit allows users to reuse the information again and again which has once created in our schematic.
Substation Design Suite™ Physical
Substation Design Suite Physical extends the capabilities of Autodesk products to automate design and specification of a complete intelligent 3D substation.
Automated Substation Tools
SDS saves designers time by automating certain substation-specific modeling tasks with specialized substation design tools for above-grade, below-grade, and equipment design.
Improved Design Quality
Model-based design combined with automation of routine tasks and design checks significantly reduces costly human error in the electrical substation design process.
Flexible Design
Because SDS is built on Autodesk products, it provides an established platform with which electrical designers are already familiar. The extensive base of skilled software users can quickly become highly productive, minimizing the high training costs and turnover associated with proprietary platforms.
High Business Value
At an affordable purchase price, SDS leverages your Autodesk product investment into a specialized electrical substation designing workstation. It offers tremendous value by improving designer productivity and providing better information to improve construction effectiveness.
--- In an attempt to redefine computing style, the Intel Twin River Fabric Dual-Screen Laptop has ditched the metal chassis.
Pre-engineered metal buildings offer flexible design options and can be embellished to have great curb appeal. They also fit all manner of budgets.
Alison and Peter Smithson: The Arts Barn, University of Bath, England; 1980-1990 (incomplete)
This science based university wanted to continue supporting music drama and arts activities which took place in an old undersized barn and its outbuilding. Smithsons by this time had some experience of drip-drip of funding and their proposals for a new building incorporating some existing buildings went for a very flexible approach with no less than 14 components building offering maximum flexibility for growth as funds became available. Unfortunately, the simple fact that funds quite often do not materialise for ages and the needs of the buildings change greatly meant that not one of these options was built apart from the first phase of this recreational building, a small performance auditorium at the east end of the campus was handed over to the university in 1990.
One part of the original Arts Barn and Smithsons multi-functional performance space continue to function despite very limited ancillary spaces essential to manage a multi-purpose space. Some of the original windows had to be blocked to create these essential areas to the detriment of the building and its use. There have been two unsuccessful architectural competitions to enlarge and create an appropriate arts centre for this well used and flourishing art recreational building.
The location of old Barn and the new auditorium was used by Smithsons to full advantage by forming an edge to a forecourt situated to the east of E6 acting as satellite or a gate house.
Peter Smithson wrote “ … the Art Barn …changes one’s perception of this space at the east end of the campus…the whole entrance side—suddenly, with one small intervention, seems like an old market square that can accept many different activities at many different times and seems perfectly suited to each; for example: first point of contact with the university community…student car boot sales…drive and ride for town festivals… students happenings… student rag assembly point… morris dancing… and so on.”
One must not be mislead by the simplicity of this building of sound construction using durable materials in a rectangular form. The simplicity of wall surfaces, both external and internal has been achieved by considerable hard work by architects and the structural engineers. The load-bearing external cavity wall construction supporting an irregular plan form with twin gantries falling in one direction giving an asymmetrical section, relies heavily on lateral support offered by deep steel trusses, gantries and side galleries. A rather complicated system of vertical steel reinforcement rods in hollow concrete blocks filled with concrete at every fourth course and horizontal mesh steel in the coursing, in the areas where the supports were not available.
This seems to be in keeping with Smithsons constant experimenting with the building process resulting in thoroughly ‘conglomerate structure’ and alludes to Hugo Haring school of thought.
Another old theme of half complete building compared with a kind of ‘ruin in advance’ was also mentioned by Smithsons “ …a place that can be walked through like a ruined abbey … like San Galgano, to name one sufficiently modest … columns standing bare; inside, outside, both seemingly pastoral and as one”. Unfortunately stainless steel has never made a good ruin, but good construction and a sensible location would at least ensure (I hope) that the building is incorporated in a future larger project. In a way I am relieved that Alison’s ‘Hexenhaus’ like spidery cellular structures were never constructed as their scale, location and design seemed completely out of character with the ‘mat’ of original campus. These intrusions were very likely to be in the way of recently built huge expansion to sports facilities next to the Arts Barn and were very likely to face a ‘Robinhood’ like fate.
Source 1, 2, b&w photos and information from AJs, 30 November 1983 and 16 January 1991
