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Computational Design Sprint

 
 

A Computational Design Sprint is a framework for rapidly addressing complex business challenges that helps to streamline creativity, accelerate design, and align teams within a time-boxed, data-driven environment. 

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Streamline Creativity

A Computational Design Sprint is an iterative process consisting of four symbiotic phases:

 
 
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Understand

Map the problem space and break the challenge down into smaller, discrete questions. Create shared knowledge and align the team on a common goal.

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Explore

Generate a range of ideas, mindful of both feasibility and scope, but open to those not immediately apparent. Iterate concepts and hone-in on a single solution to prototype.

Build

Build a prototype to validate or invalidate assumptions, or fill the gaps in our knowledge.

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Demo

Test and validate the prototype with a select group of users. Based on findings, outline next steps.

 

Quick, tangible outcomes

Compress what usually takes months to learn into just a few days. 

 
 

Computational Design Sprints provide teams with tangible results to further iterate or transition into development.

Product Strategy

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Digital Product

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Physical Product

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Interested in using data, algorithms, and a streamlined process to tackle your next product development challenge?

 
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