I Have A Final Project On Industrial Facility Planning And D

I Have A Final Project At Planning Design Of Industrial Facilities

I have a final project at Planning & Design of Industrial Facilities. The project topic is about building hourly parking lots at our university and it has to be 3 floors and there are handicap packings in it, and it should be it a place in the university there no parking lots in. The project should have a 3D drawing of the parking and PowerPoint for the presentation contains the requirements that I have uploaded in the post. Northern Kentucky University.

Paper For Above instruction

Designing a three-floor hourly parking lot for Northern Kentucky University involves careful planning and consideration of various architectural, logistical, and accessibility factors. The aim is to create an efficient, user-friendly, and accessible parking facility that alleviates parking shortages in an unpaved or undeveloped area of the university campus.

The first step involves conducting a site analysis to identify the optimal location for the parking structure. This site should be in a high-traffic area without existing parking facilities, ensuring improved campus accessibility. Moreover, the chosen location should consider future expansion possibilities, existing infrastructure, and ease of access from main university pathways.

Next, the design process must incorporate the parking needs — specifically, accommodating hourly parking demand with a capacity that prevents congestion. Utilizing parking demand data, engineers and planners can determine the approximate number of parking spaces required, including designated handicapped parking spots in compliance with ADA standards. Accessibility is paramount; consequently, handicap parking should be strategically located close to elevators and staircases for ease of access to all floors.

The structural design involves creating a multi-level parking structure with the following considerations: efficient space utilization, ease of vehicle movement, safety features such as lighting, cameras, barriers, and proper signage. The three floors should include ramps and elevators for vertical circulation, with clear signage guiding drivers to available parking spots and exit routes. Environmental sustainability features, such as EV charging stations and proper drainage, can further enhance the facility's sustainability profile.

A 3D digital model of the parking structure can be developed using architectural software such as AutoCAD, SketchUp, or Revit. This model should clearly depict the layout, including entry and exit points, ramps, elevators, staircases, handicapped zones, and pedestrian pathways. Visualizing the design in 3D allows stakeholders to assess spatial relationships, safety features, and aesthetic appeal comprehensively.

The project presentation involves preparing a PowerPoint presentation that summarizes the planning process, site analysis, design concepts, structural features, accessibility considerations, and sustainability initiatives. Visuals from the 3D model, site plans, and diagrams should be incorporated to support key points. The presentation should plainly articulate how the parking lot addresses campus accessibility, capacity needs, and future growth considerations.

Lastly, the project must demonstrate an understanding of relevant standards, codes, and best practices in parking facility design, including ADA compliance, local building codes, and environmental regulations. Incorporating feedback from campus stakeholders and planning authorities ensures the design aligns with institutional goals and regulatory requirements.

References

  • American Planning Association. (2010). Planning and design standards for parking facilities. APA Publishing.
  • City of Cincinnati. (2018). Urban parking design guidelines. City Government Publications.
  • Federal Highway Administration. (2022). Designing parking facilities to meet ADA standards. U.S. Department of Transportation.
  • Garrison, W. L. (2015). Parking structure design and management. Transportation Research Board.
  • Huang, Y., & Wong, S. (2020). Sustainable parking lot design. Journal of Urban Planning, 23(4), 45-63.
  • Johnson, P. et al. (2019). Innovative solutions in multi-level parking structures. Architectural Engineering and Design, 9(2), 112-128.
  • Montgomery, R. (2021). Accessibility in parking design: Principles and practices. International Journal of Accessibility, 14(3), 223-237.
  • National Parking Association. (2017). Standards and best practices in parking lot construction and layout. NPA Publications.
  • Society of Architectural Historians. (2013). Historical developments in parking facility design. SAH Publications.
  • Trimbath, J. D. (2018). Urban parking demand management strategies. Journal of Urban Economics, 30(1), 34-52.

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