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Course Criteria
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3.00 Credits
Credit Hours: 250 Introduction to HP OpenView Network Node Manager (NNM) fundamental concepts Includes how to use HP OpenView NNM to maximize a network's availability and performance Prerequisite(s): Course Corequisites:
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50.00 Credits
Credit Hours: 050 Examination and overview of the Teradata Architecture Includes the features and benefits of using the Teradata Database Also includes data distribution, access, storage and data protection methods, suite of complementary load, and management services Prerequisite(s): Course Corequisites:
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3.00 Credits
Credit Hours: 150 Concepts, techniques, and skills to submit high volume Teradata jobs Includes performing SELECT, INSERT, UPDATE and DELETE operations in a batch environment using the Teradata Application Utilities for maximum performance and efficiency Prerequisite(s): Course Corequisites:
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3.00 Credits
Credit Hours: 200 Concepts and techniques to define the processes and procedures to follow when designing a database for implementation on a Teradata system Includes how to transform a logical data model into an extended data model Includes the CREATE TABLE statement, aspects of table design, Teradata data distribution, access, and use of derived data, similarities between join and aggregation processing, and the implementation of Referential Integrity Also includes the steps to optimize space management Prerequisite(s): Course Corequisites:
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3.00 Credits
Credit Hours: 200 Overview and applications to address the tuning and performance functions of the Teradata Database Includes an in-depth examination of the processes and procedures to follow once a Teradata Database has been implemented and is in production Includes troubleshooting performance issues and tuning the various system components for maximum performance Includes coding strategies for joins and the various secondary indexes Also includes the EXPLAIN facility is introduced and its use in analyzing query performance Prerequisite(s): Course Corequisites:
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3.00 Credits
Credit Hours: 100 Examination of the differences between Teradata standard Structured Query Language (SQL) and ANSI SQL for those individuals who are familiar with standard, non-Teradata SQL Includes an application focus on the Teradata differences to ANSI SQL and how they function in a parallel processing environment Prerequisite(s): Course Corequisites:
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3.00 Credits
Credit Hours: 150 Survey and application of the administrative activities associated with a Teradata installation Includes the Teradata Warehouse environment, including Databases, Users, Space Allocation and client software interfaces Includes access rights, roles, profiles and session accounting functions, such as administrative utilities including the Database Window, FERRET, CheckTable, and the Recovery Manager Also includes aDDition and Teradata Archive/Recovery Utility and its use to backup, restore, rollback and rollforward tables and databases Prerequisite(s): Course Corequisites:
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3.00 Credits
Credit Hours: 150 Concepts, techniques, and Database Administrator tools to manage a Teradata Warehouse Includes a study of the installation and use of the Teradata Manager suite of tools Includes ways to monitor performance in the system, such as Performance Monitor (PMON) and ResUsage Also includes Teradata Active Systems Management (TASM) including the Database Query Log, Priority Scheduler and Teradata Dynamic Workload Manager Prerequisite(s): Course Corequisites:
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3.00 Credits
Credit Hours: 200 Concepts, techniques, and skills to use VMware ESX ServerTM a virtual infrastructure software for consolidating and partitioning servers in high-performance environments Includes the use of VMware ESX ServerTM by itself and in conjunction with VMware VirtualCenter virtual infrastructure management software Prerequisite(s): Course Corequisites:
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3.00 Credits
Credit Hours: 200 Techniques and applications to work in Teradata SQL Includes how to retrieve and manipulate data with Teradata Structures Query Language (SQL) using both American National Standards Institute (ANSI) standard conventions and Teradata extensions to the language Prerequisite(s): Course Corequisites:
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