THESIS PROPOSAL
A brief introduction to the different depth and breadth topics I chose to study and analyze for the extent are outlined below
Uploaded on Dec. 13, 2016
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Uploaded on Jan. 20, 2016
Uploaded on Jan. 20, 2016
LIGHTING DEPTH
ELECTRICAL DEPTH
STRU. + MECH. BREADTH
Similar to what a lighting designer will perform in the industry, through this lighting depth process, conceptual development and schematic design will first be delivered, followed by design development and documentation of designs using several programming and design tools.
The overall concept for the lighting redesign is developed from one specific type of performance – Choreography. In addition, four different movements [Bend, Leap, Split, Twirl] will each present the inspiration of the related space to further incorporate and enhance the feature and function within that space. Where the initial schematic designs will be revised based on the feedback from lighting professionals within the design development process. Where the design criteria per IES Handbook and practical applications will also be addressed and considered during this stage.
Electrical depth will focus on sizing up the generator to accommodate non-interrupting show and performances during a power outage, which would ensure a complete enjoyable experience for the audience. With that being said, most or all theatrical loads, plus some of the HVAC loads within the black box theatre area will be connected to the standby power system.
First, list out all the theatrical equipment and loads which ensure and allows the performance to go on is essential. I will also have make decisions on what kind of air conditioning would I want to keep providing during an power outage, which determines whether a boiler or a chiller will be connected to that standby generator. From that point on I would be able to size my generator, redesign the riser diagram with additional generator transfer switches. I will also need to consider to enlarge the electrical room size relatively later on, as the generator would get larger.
Being a large complex with the entire building front wrapped around in curtain wall systems, along with the fact that an additional skylight will be installed on the top floor in the drafting studio areas for optimal daylighting techniques according to the architectural modification of my redesign. My structural breadth will be analyzing the change in roof structure in order to compromise the additional skylight, and mechanical breadth will integrate with some day-lighting studies.
Research is to be done to seek for the most appropriate roof structure, as well as shading techniques and opportunities, to help eliminating excessive/discomfort sunlight and some of the additional loads on the mechanical system. The effects of any changes on the existing structure of the building will be analyzed by calculating the change in load, connection to frame, and load distribution. A solar heat gain study will be performed to determine the new heating/cooling load, and then will determine the required mechanical systems. Furthermore, it will also be performed to determine any changes that will possibly be made to the mechanical systems.