RedVector RV-10582

Data Centers: Connectivity Requirements and Architectural Layouts

Data Centers: Connectivity Requirements and Architectural Layouts

1 hr. Online Course

Level: Intermediate

Item#: RV-10582

SME: Greg Scheurich

This course will be discontinued on 02/06/2024

Once a site for a data center has been identified and acquired, the multi-year process of design, construction, testing & commissioning, and equipment installation begins. Data Centers are resource hogs - but above all, they require tremendous amounts of power and data communication to operate effectively and efficiently. Appropriate network (power & communication) designs are essential; robust and redundant facilities are mandatory to a 24x7x365 uptime environment. Housing this equipment through appropriate site (Civil) and superstructure (Structural) design and construction efforts is the first layer of defense against network or equipment failure. So, what does it take to make a data center run reliable? In this course, we will review the connectivity demands and requirements for fiber and power, as well as some of the best practices for architectural and structural layouts in modern data centers.
Course Objectives
By the end of this course, you will be able to:
  • Describe and identify the utility requirements for fiber and power within the data center
  • List the power requirements for dual feeds
  • Label the elements of a typical data center floor plan
  • Explain and identify the features of a raised floor system
  • Identify and explain the electrical infrastructure needed for a typical data center
SUBJECT MATTER EXPERT: Greg Scheurich
Greg has earned degrees in Civil & Environmental Engineering from the University of Illinois, Urbana-Champaign. He also holds an MBA with a concentration in Finance from the University of Texas in Dallas. He has also completed additional graduate program work towards an MS in Petroleum Engineering at the University of Texas in Austin.
 
Greg has extensive MEP experience, having been involved in the design and construction of critical facilities for 15 years for MCI, Verizon, Sprint, and EDS. He has been with the Corps of Engineers for over 5 years, currently working as the Deputy Chief of the Engineering Branch, Ft. Worth District, and previously as the Ft. Worth District Sustainable Design Program Manager.
 
Greg is a licensed Professional Engineer in the state of Texas, a LEED accredited Professional, and a Certified Energy Manager. He has delivered a number of industry papers and presentations on topics such as Sustainability, Energy Efficiency, and Engineering Economics at various conferences. He has guest lectured at SMU and the University of Texas at Arlington, and was a board member for the United States Green Building Council Program Working Group for Greenbuild.
State Licenses
AL - Engineer (General - ,)
AR - Engineer (General - ,)
DE - Engineer (General - ,)
FL - Contractor, Certified (General - 0612682)
Accreditation: FL DBPR Approved Provider 0001771
FL - Contractor, Electrical (Technical - 0801263)
Accreditation: FL DBPR Approved Provider 0001771
FL - Contractor, Electrical Specialty (General - 0801263)
Accreditation: FL DBPR Approved Provider 0001771
FL - Contractor, Palm Beach County (General - 0612682)
Accreditation: FL DBPR Approved Provider 0001771
FL - Contractor, Pinellas County (General - 0612682)
Accreditation: FL DBPR Approved Provider 0001771
FL - Contractor, Registered (General - 0612682)
Accreditation: FL DBPR Approved Provider 0001771
FL - Engineer (General - 0000271)
Accreditation: FBPE Approved Provider 33
GA - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
GA - Engineer (General - ,)
IA - Engineer (General - ,)
ID - Engineer (General - ,)
IL - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
IL - Engineer, Professional (General - ,)
IL - Engineer, Structural (General - ,)
IN - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
KS - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
KS - Engineer (General - ,)
KY - Engineer (General - ,)
LA - Engineer (General - ,)
MD - Engineer (General - ,)
ME - Engineer (General - ,)
MI - Engineer (General - ,)
MN - Engineer (General - ,)
MO - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
MO - Engineer (General - ,)
MS - Engineer (General - ,)
MT - Engineer (General - ,)
NC - Engineer (General - ,)
ND - Engineer (General - ,)
NE - Architect (General)
Accreditation: Vector Solutions is authorized by IACET to offer 0.10 CEUs for this program
NE - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
NE - Engineer (General)
Accreditation: Vector Solutions is authorized by IACET to offer 0.10 CEUs for this program
NH - Engineer (General - ,)
NJ - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
NJ - Engineer (General - 24GP000006300)
NM - Engineer (General - ,)
NV - Engineer (General - ,)
NY - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
NY - Engineer (General)
Accreditation: Vector Solutions is authorized by IACET to offer 0.1 CEU for this program.
OH - Engineer (General - ,)
OK - Engineer (General - ,)
OR - Engineer (General - ,)
PA - Code Official,Certified (UCC) (General)
PA - Engineer (General - ,)
PR - Engineer (General - ,)
SC - Engineer (General - ,)
SD - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
SD - Engineer (Technical - ,)
TN - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
TN - Engineer (General - ,)
TX - Engineer (General - ,)
UT - Engineer (General - ,)
VA - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
VA - Engineer (General - ,)
VT - Engineer (General - ,)
WA - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
WI - Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
WI - Engineer (General - ,)
WV - Engineer (General - ,)
WY - Engineer (General - ,)
Professional Organizations
American Academy of Environmental Engineers - AAEES - Member (General - ,)
American Institute of Architects - AIA - Architects (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
Canada - Alberta Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
Canada - Alberta Engineer (General - ,)
Canada - British Columbia Architect (AIBC) (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
Canada - British Columbia Engineer (General - ,)
Canada - Manitoba Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
Canada - Manitoba Engineer (General - ,)
Canada - New Brunswick Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
Canada - New Brunswick Engineer (General - ,)
Canada - Newfoundland and Labrador Engineer (General - ,)
Canada - Northwest Territories and Nunavut Engineer (General - ,)
Canada - Northwest Territory Architect / Restricted Practitioner (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
Canada - Nova Scotia Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
Canada - Nova Scotia Engineer (General - ,)
Canada - Ontario Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
Canada - Ontario Engineer (General - ,)
Canada - Prince Edward Island Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
Canada - Prince Edward Island Engineer (General - ,)
Canada - Quebec Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
Canada - Quebec Engineer (General - ,)
Canada - Saskatchewan Architect (General - RV1680-2026)
Accreditation: AIA Registered Provider J315
Canada - Saskatchewan Engineer (General - ,)
Canada - Yukon Engineer (General - ,)
National Institute for Certification in Engineering Technologies - NICET (General - ,)
Ontario Association of Certified Engineering Technicians and Technologists - OACETT - Certified Member (Contribution to Technical Knowledge)