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EMC Academic Alliance“ Preparing the next generation of IT professionals for careers in today’s complex and rapidly evolving IT landscape with focus on careers in information infrastructure, cloud computing and Big
EMC Academic Alliance Program Partnering with leading colleges and
universities worldwide to educate students on emerging information technologies.
Launched in 2006 to address the Information Storage knowledge GAP.
Successfully educated more than 80,000* students across 50+ countries through 800+ partner institutions, on Information Storage and Management.
Key program resources – At Zero cost• ‘open’ courseware• Knowledge Transfer and Training to faculties• Secured online faculty community• Secured student portal
Note: All financial data for year 2011 except market capitalization, which is as of May 7, 2012. R&D investment as a percentage of revenues includes capitalized R&D.
•Information Growth and Challenges, big data•Virtualization & Cloud•Storage systems environment•Compute, application, desktop virtualization.•RAID, Intelligent Storage Systems, Virtual provisioning
Sec2. Storage Networking
•FC SAN, VSAN, Block level virtualization, Storage Federation•IP-SAN, FCOE•NAS, scale-out NAS File level virtualization, VLAN•Object based storage• Unified storage•Converged networking
Sec3. Backup, Replication,
Archive
•RTO, RPO, BCP•Backup, Backup in virtualized environment•De-duplication•Local and Remote Replication, CDP•Replication in a virtualized environment•Archive
• Storage architectures and key data center elements• Physical and logical components of a storage infrastructure including storage subsystems, RAID, and intelligent storage
systems• Storage networking technologies such as FCoE, object-based and unified storage• Business continuity solutions, backup, replications, and fixed content archive • Characteristics of cloud services, deployment models, and infrastructure components • Information security requirements and solutions, key parameters for managing and monitoring storage infrastructure
Backup Recovery Systems & Architecture ‘OPEN’ CourseBackup theory, Information storage concepts, backup client, backup storage node, backup and recovery planningTheory Information Storage Concepts Client Storage Node Planning
• Identify the reasons for backup and recovery• Define common backup and recovery terms• Identify the components of the client/server backup server architecture• Describe the flow of data in client/server backup and restore operations
• Describe disk drive components• Describe the major components of a storage system• Distinguish between storage systems and intelligent storage systems• Describe the various RAID levels and how data is protected by each level• Describe the components of an intelligent storage system• Explain the benefits of direct-attached storage• Describe SCSI architectureIdentify Storage Area Network (SAN) components and terminology• Identify Network-Attached Storage (NAS) components and terminology• Describe storage system features used in backup and recovery• Describe Continuous Data Protection
• Identify the major sources of backup data• Describe considerations for backing up file system and database data• Describe how data is stored across different types of databaseapplications• Describe how Microsoft VSS is used in backup operationsDescribe how data is backed up from file servers• Define NDMP and describe the backup challenges that NDMP addresses• Describe the different forms of virtualization• Describe methods for backing up VMware backup clients• Discuss considerations and challenges impacting client backup environments,including desktop/laptop and remote office clients• Identify factors that impact client backup performance
• Describe storage node components• Identify the protocols used when writing backup data• Describe the advantages and disadvantages of various types of backup storagemedia and technologies
• Describe backup and recovery planning considerations• Describe the importance of backup and recovery testing• Identify backup system disaster recovery considerations• Describe key software and hardware products in EMC’s Backup and RecoveryPortfolio• Propose a backup and recovery solution
Cloud Infrastructure and Services Training and EMCCIS Certification
Principles and Concepts of Virtualization and Cloud Infrastructure TechnologiesProvides required technology foundation for Cloud Infrastructure and Services
Enables IT professionals to make Informed decision on migration to Cloud
• Journey to Cloud Computing
• Overview of Classic Data Center Environment (Server, Storage and Network)
• Virtualization: Compute , Storage, Network, Application, and Desktop
• Backup Recovery, and BC in a Virtualized Environment
• Cloud Security
• Cloud Infrastructure and Management
• Migrating to Cloud
• EMC Customers, Employees, Partners, Industry IT professionals, and Students• Prerequisite Knowledge/Skills
– Good knowledge of computer architecture, operating systems, and networking in a classic data center environment
Data Science Training and Certification (EMCDSA)Data Science and Big Data Analytics Course
Provides a practical foundation for Data Science and Big Data Analytics Enables immediate and effective participation on big data and other analytics projects
• Introduction to Big Data Analytics
• Big Data Analytics Lifecycle
• Using R to execute basic analytic methods
• Advanced Analytics and Statistical Modeling for Big Data: Theory and Methods
• Advanced Analytics and Statistical Modeling for Big Data: Technology & Tools
• The Endgame, or Putting it All Together
Audience
• EMC Customers, Employees, Partners, Industry IT professionals, recent College Graduates, and Graduate Students
• Individuals with appropriate Background, Qualifications, and Behavioral Attributes , often but not exclusively
exemplified by current roles such as:
• Business Analyst, Data Analyst, Database Analyst, Database Architect, Database Administrator, Programmer, Operations Researcher, Human Factors Engineer, Electrical Engineer, Mathematician, Statistician, Physicist …
This course provides an overview of the concepts, processes, and best practices needed to successfully secure information within Cloud infrastructures
Cloud Security
Introduction to Cloud Computing
– Cloud Overview
– Cloud Service Models
– Cloud Deployment Models
Managing Cloud Security and Risk
– Impact of Cloud Tiers on Security and Risk
– Standards Organization
– RSA’s Cloud Trust model
– Things to Look for in a Cloud Provider
Infrastructure Layer Trust
– Infrastructure Trust Layer Definition
– Disaster Recovery
– Virtualization
– Segmentation and Isolation
– Log Management
– Secure Communications
– Multi-Tenancy
Application Layer Trust Application Layer Trust: definition Web Application Security Fundamentals Application Security Phases and Lifecycle SDLC PaaS Security Concerns
Information Layer Trust Information Layer Trust: Definition Data Retention / Destruction Data Leakage Data Privacy Data Encryption and Key Management Data Geolocation E-Discovery Data Portability Data Classification
Submit a plan on – Course Offering Plan– Students Enrollment and offering dates – Faculty training requirements with nos– EMC Proven Professional Offering Plan– Webinar Roll out plans– Lab Expectations ( if any )