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Our Services

1

Product Development

Product development includes a four step process which defines the needed level of productization, standard repeatable products, design options, and areas of flexibility. 

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2

Product Implementation

Once a product platform is developed it can be implemented on projects. This includes feasibility studies, entitlement packages, and permit sets.

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3

Product Maintenance

During manufacturing and construction additional data will become available like cost information and best practices for different manufacturers. This information is embedded into the product platform for the future.

Product Development Process

A four step process to understand your platform type and then develop it.

01

Understand the Market and Desired Benefits

The initial phase involves a thorough understanding of the target market segment and geographic regions. This analysis is crucial in defining the Minimum Viable Product (MVP), ensuring the product aligns with market needs and regulatory requirements.

02

Balance Standardization and Customization

Once the MVP is defined, it's time to find the right balance between creating a standardized product and allowing for flexibility in design. This involves setting clear goals for cost, speed, and certainty, and then evaluating how much standardization is needed to achieve those goals.

03

Define the Products Housed in the Product Platform

Before the team dives into full development, it is important to define the roadmap. This is done by defining how much of a building typology's program is accomplished through products and industrialized construction, versus conventional methods. 

04

Develop each Defined Product

With the roadmap in hand from step 3, the team is now able to fully develop each part of the productized system. This includes high fidelity building information models which can inform cost analysis. TAPD utilized a design thinking framework to fully vet each product prior to implementaiton.

Utilization of Design Thinking

During step 4 - Develop Product, the Design Thinking Roadmap is a helpful tool to fully explore more complex products.

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Implementing Products

Product platforms offer exceptional efficiency by enabling the deployment of standardized components across various projects. This reusability minimizes design and engineering efforts, leading to rapid cost recovery and enhanced profitability.

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Engineer-to-Order

AEC Industry Baseline

All construction projects are at least Engineer-to-Order [ETO]. There are some things that are known, like the structural capacity of lumber or the burn rate of gypsum.

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Modify-to-Order

Industrialized Construction Baseline

Most industrialized construction manufacturers have requirements on how to build up walls and floors [assemblies] and how modules or panels should connect on site [interfaces]. Otherwise, Modify-to-Order [MTO] is very similar to ETO.

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Configure-to-Order

Mass Customization

Configure-to-Order [CTO] offers customer or project choice when designing projects. CTO provides a good balance between standardization and controlled flexibility.

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Select-to-Order

Catalog of Choices

Select-to-Order [STO] is the most standardized option and is ideal for systems needling little to know variation. The project reconciliation phase is required to show that the product complies with geographic requirements [like seismic, wind and snow loads]

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Partner Companies for Project Delivery

For architectural and structural engineering services needed for project delivery, please our partner companies. For developed product platforms, project delivery can be performed faster and with less soft cost.

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torrelko

Full-service architecture practice with expertise in industrialized construction technology. 

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Provides project delivery scope aligned to product platform type.

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Full-service structural engineering practice with expertise in steel and wood industrialized construction technologies. 

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Product Maintenance

Product platforms serve as dynamic knowledge repositories, accumulating valuable insights with every project. This iterative learning process empowers developers and manufacturers to refine costs, streamline the supply chain, and perfect design details over time.

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