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Content Description

Mechanical Parking: A Catalyst for Innovation in Building Design, 2024
CEU: 0.1 | CEU Code: SI-EN-195501-0325

SilMan Automated Parking Systems As the population grows, urban centers are becoming denser and land more valuable. Architects are looking for parking solutions that provide space-saving benefits to high-density residential and commercial developments. This course discusses the performance of mechanical parking systems, also known as automated parking orhigh-density parking (HDP), and how they reduce space required for vehicle storage, increase safety, and minimize the environmental impact of parking vehicles. Specifications and installation are also examined. 60 minutes.

Learning Objectives

  • Explain how mechanical parking can improve the financial performance of the building project and increase building design opportunities, such as green space.
  • Summarize the implementation and basic operation of semi-automated and automated parking systems.
  • Describe how mechanical parking systems lessen the environmental impact of parking vehicles by reducing water pollution and decreasing energy requirements needed for HVAC air quality control.
  • Identify how mechanical parking systems improve parking facility security by reducing opportunities for theft and vandalism.
  • Discuss how mechanical parking systems can help reduce pedestrian and vehicle accidents, improving safety.

Faculty BIO

The instructor of this course is a SME. The course has been written by qualified education developers and is conducted in accordance with all applicable regulations.


Referenced Codes & Standards with this Course

Format Year Publisher Type Title Annual Price
2010
DOJ
Federal Guideline
2020
OSHA
Federal Guideline
GROUPS
X