Entries should originate from an undergraduate engineering or architecture curriculum and all team members must be enrolled in an undergraduate program during the semester/term they contribute to the design.
Introduction
Buildings are at the heart of modern society. They provide us with places to work, entertainment venues, education facilities and housing for our families. Since we spend a large portion of our lives indoors, it is important to ensure buildings operate effectively, keeping occupants healthy and happy. For many residential buildings, such as homes, one must satisfy only a small number of individuals. For large buildings, especially those that include various space types, providing proper occupant comfort is much more difficult. Having a system in place for occupants to provide feedback, and a building operator to address solutions in a smart and efficient manner, is critical to maintaining a positive built environment for all.
Scope
Design an indoor farming system to meet the needs of your local community with regards to single or multi-family residential construction. The system can be designed for new or renovation construction types. The system should identify issues and provide solutions and/or next steps to solve these problems.
The system shall take into account multiple system variables, including space temperatures, humidity, lighting, acoustics, and outdoor conditions to determine the best course of action to be integrated into a residence.
Constraints
Designs should accommodate single-family residences (4,000 ft2 [372 m2] or smaller) or multi-family residences (20,000 ft2 [1,858 m2] or smaller. Assume the residences have heating, cooling, and ventilation systems that meet all ASHRAE standards. Designs shall consider all types of HVAC systems (constant volume, VAV, heat pumps etc.) that could be used in single or multi-family residential construction in your local area.
Judging
This project is intended to challenge not only design and engineering skills, but also your ability to foresee and correct both common and complex building issues related to indoor farming.
Projects shall be evaluated, at a minimum, according to the following criteria. For items not covered specifically below, judging will be based on the merits of the proposal and documentation presented as justifications. Teams are urged to use their creativity, but like most real life situations, the proposed solutions must adhere to industry approved engineering guidelines, utilize currently available technology, be financially feasible, and be deployable from concept through construction within a reasonable timeframe.
Depth and breadth of solutions considered to each occupant issue
Creativity and innovation of the proposed solution
Quality of the reporting methods used for occupants and building operators
Use of ASHRAE Standards and other related materials
Submission
Entries must be submitted electronically by June 8, 2021 to the ASHRAE Society FTP site established for this purpose. Only teams who register will receive the FTP site information, so please register at least 30 days prior to this date to allow for processing. The submission must be limited to a 25-page maximum technical report. The document must be formatted to 8.5 x 11 inch paper with margins of 1 inch, a font size of 11 points using either Arial or Times New Roman, and a line spacing not less than the Microsoft Word standard of 1.15. All documents must be delivered in PDF format and should be clearly readable in black and white print
Prizes
Awards will be presented to the winners at the 2022 ASHRAE Winter Meeting to be held in Las Vegas, Nevada, United States of America as follows:
1st place
2nd place
3rd place
Rising Star
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