Advanced Data Center Infrastructure Design

Course Objectives

  • Explain the requirements and guidelines that are required to build a data centre
  • Explain the purpose and the concept of raised floor design and deployment
  • Demonstrate the architecture of an individual server farms
  • Explain the various services provided by Data Centre
  • Discuss the considerations in BC for backup and recovery

Learning Outcomes

  • Outline the guidelines  for planning a data centre
  • Elaborate how raised floor are designed and deployed in the data centre
  • Identify the architectural requirements that support individual server farms
  • Describe application, security and storage services used in data centre
  • Analyse the role of backup and recovery in data centres

Who Should Attend?

  • Students with IT background
  • IT Professionals

Learning Access

  • Handbooks
  • Lecture Slides
  • Videos
  • Quizzes
  • Online Lab

Course Duration

12 Weeks / 40 Hours



Exam Duration

90 Minutes

Number of Questions


Total Marks


Types of Questions

Multiple Choice Questions

Pass Percentage

50% (min)

Exam Pattern




After completing this course and successfully passing the certification examination, the student will be awarded the “Certificate in Advanced Data Center Infrastructure Design” certification.

If a learner chooses not to take up the examination, they will still get a 'Participation Certificate'

Module 1 : Data Centre Design - I

Guidelines for planning, data centre structures, non-raised and raised, aisles/ramp, compulsory local building codes

Module 2 : Data Centre Design - II

Raised floor design and deployment, floor tiles, equipment weight and tiles strength, electrical wire ways, cable trays, design and plan against vandalism

Module 3 : Server farms and Data Centre

Types of server farms a. Internet Server Farm, b. Intranet Server Farm, c. Extranet Server Farm, Types of Data Centre - a. Internet Data Centre, b. Corporate Data Centre, c. Software-defined Data Centre (SDDC) - i. Network Virtualisation, ii. Storage Virtualisation, iii. Server Virtualisation

Module 4 : Data Centre Layers and Services

Topologies in Data Centre – layers - a. Core Layer, b. Aggregation Layer, c. Access Layer - i. Front-end Segment, ii. Application Segment, iii. Back-end Segment, d. Storage Layer, e. Data Centre Transport Layer, Services-

a. IP Infrastructure Services

b. Application Services

c. Security Services

d. Storage Services

Module 5 : Business Continuity, Backup and Recovery

Business Continuity (BC) Infrastructure Services, Need for Redundancy, Information Availability, BC Terminology - BC Planning Life Cycle, BC Technology Solutions, Backup and Recovery Considerations, Backup Technologies, Use of Local Replicas, Local Replication Technologies, Restore and Restart Considerations, Modes of Remote Replications- Remote Replication Technologies- Asynchronous and Synchronous

  • 40 hours of high-quality eLearning
  • 12 Hrs Face to face delivery
  • High Student Engagement Platform - KRACKiN
  • Student e-Portfolio
  • Project/Case studies
  • Hands-on exercises
  • End module assessments
  • Dedicated Learning Advisors for training
  • 24x7 Online LMS

After the successful completion of this course, applicants can look for opportunities as:

  • Storage infrastructure manager
  • Infrastructure Technologist
  • Data centre operations manager
  • Programme manager - Data centre construction
  • Data centre solution architect
  • Automation engineer software-defined data centre

Request A Call