Biotility: Research Facility Design and Construction Best Practices

Provides learners with emerging concepts and practices for creating research facilities.

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About this Course

The course provides a detailed description of current research facility design requirements, including facility energy needs and safety considerations. It focuses attention on emerging decarbonization strategies while offering broad perspectives on future intelligent building technologies and innovative approaches for retro-commissioning research facilities. The course concludes with detailed case studies demonstrating the best design practices for facilities operating in four different contexts.

Language Availability: English

Suggested Audiences: Academic Medical Centers, Biotechnology Companies, IBC Members, Institutional Officials, Research Administrators, Sponsors

Organizational Subscription Price: $675 per year/per site for government and non-profit organizations; $750 per year/per site for for-profit organizations
Independent Learner Price: $124.76 per person

Demo Instructions


Course Content

Module One - Introduction

This module describes current best practices for designing research facilities. It focuses attention on laboratory efficiency needs and safety requirements. The module concludes with a discussion of the criteria used to evaluate energy recovery strategies.

Recommended Use: Required
ID (Language): 21643 (English)
Author(s): Tyler Dykes, PE - Affiliated Engineers, Inc.; Yijun Wang, PE - Affiliated Engineers, Inc.

Module Two – Design and Construction Best Practices

This module explores emerging research building design and best construction practices, including the utilization of green infrastructure and decarbonization strategies. It discusses the fundamentals of intelligent buildings and the use of efficient lab equipment. The module concludes with a description of the need for future retro-commissioning of the research facilities.

Recommended Use: Required
ID (Language): 21644 (English)
Author(s): Tyler Dykes, PE - Affiliated Engineers, Inc.; Yijun Wang, PE - Affiliated Engineers, Inc.

Module Three – Case Studies

This module employs four case studies to illustrate the principles of current and future practices for the design and construction of research facilities. The module models the best practices by examining a food science facility, a vivarium facility, an academic research building, and a commercial biotech lab space.

Recommended Use: Required
ID (Language): 21645 (English)
Author(s): Tyler Dykes, PE - Affiliated Engineers, Inc.; Yijun Wang, PE - Affiliated Engineers, Inc.


FAQs

Who should take Biotility: Research Facility Design and Construction Best Practices?

Learners who wish to gain a foundational knowledge of the concepts and best practices in developing new research buildings should take Biotility: Research Facility Design and Construction Best Practices. The course is ideal for Academic Medical Centers, Biosafety Committee Members, Biotechnology Companies, Institutional Officers, and Research Administrators, and Sponsors.

How does Biotility: Research Facility Design and Construction Best Practices complement other CITI Program courses?

Biotility: Research Facility Design and Construction Best Practices imparts skills and knowledge that are a perfect complement to CITI Program’s Biotility: Driving Safety and Health Progress Using ISO 45001, General Laboratory Safety for Non-Laboratory Personnel, and Biotility: The Foundations of Lean Manufacturing as it provides foundational knowledge of the principles and practices for producing efficient and safe research sites.

How long will the course take a learner to complete?

The modules vary in length, from 15 minutes to 35 minutes. The total time of the combined modules is 1 hour 10 minutes.

Is the course eligible for continuing medical education credits?

The course does not currently have CE/CME credits available.


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