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DB Foundations
Oracle Database Foundations teaches core relational concepts, SQL fundamentals, architecture, data types, constraints, and basic admin tasks, enabling learners to design, query, and maintain Oracle databases effectively.
65
Minutes
45
Questions
65
Passing Score
$95
Exam Cost
Who Should Take This
It is ideal for new or junior database professionals, developers, and system administrators who have limited exposure to Oracle technologies. These learners seek to validate foundational knowledge, gain confidence in writing SQL, and prepare for entry‑level database roles or further Oracle certifications.
What's Covered
1
Relational Database Concepts
2
SQL Fundamentals
3
Database Architecture
4
Data Types and Constraints
5
Database Administration Basics
What's Included in AccelaStudy® AI
Adaptive Knowledge Graph
Practice Questions
Lesson Modules
Console Simulator Labs
Exam Tips & Strategy
20 Activity Formats
Course Outline
62 learning goals
1
Relational Database Concepts
2 topics
Database Fundamentals
- Identify the key characteristics of relational databases including tables, rows, columns, primary keys, and foreign keys.
- Describe the purpose of database management systems and differentiate Oracle Database from other RDBMS platforms.
- Explain entity-relationship modeling concepts including entities, attributes, relationships, cardinality, and ER diagram notation.
- Analyze a simple data scenario to determine appropriate entities, relationships, and primary key selections for database design.
- Identify the key components and features of Database Fundamentals and describe their primary functions within Oracle Database Foundations.
- Deploy Database Fundamentals with integration to monitoring, logging, and alerting services for operational visibility.
- Analyze Database Fundamentals configurations to identify security vulnerabilities, bottlenecks, and optimization opportunities.
Data Modeling and Normalization
- Identify normal forms (1NF, 2NF, 3NF) and describe the rules for eliminating data redundancy through normalization.
- Apply normalization rules to decompose unnormalized data into properly structured relational tables.
- Explain denormalization tradeoffs for performance optimization while maintaining data integrity.
- Evaluate a database schema to identify normalization violations, redundancy issues, and recommend structural improvements.
- Configure Data Modeling and Normalization with appropriate settings and parameters for a production deployment scenario in Oracle Database Foundations.
- Assess Data Modeling and Normalization implementations against best practices to identify gaps and recommend improvements.
- Name the prerequisites, dependencies, and supporting services required for implementing Data Modeling and Normalization.
2
SQL Fundamentals
2 topics
Data Retrieval
- Identify SQL SELECT statement components including column selection, table references, WHERE clauses, and ORDER BY sorting.
- Construct SQL queries with JOIN operations (INNER, LEFT, RIGHT, FULL) to retrieve data from multiple related tables.
- Implement aggregate functions (COUNT, SUM, AVG, MIN, MAX) with GROUP BY and HAVING clauses for data summarization.
- Analyze query requirements to construct efficient SQL statements combining joins, subqueries, and aggregation.
- Evaluate Data Retrieval alternatives and tradeoffs to recommend the optimal approach for given constraints.
- Recognize common terminology, acronyms, and best practices associated with Data Retrieval.
Data Manipulation
- Identify SQL DML statements (INSERT, UPDATE, DELETE, MERGE) and their syntax for modifying table data.
- Implement INSERT, UPDATE, and DELETE operations with subqueries, conditional logic, and transaction control.
- Explain transaction management with COMMIT, ROLLBACK, and SAVEPOINT for maintaining data consistency.
- Compare different DML approaches to recommend the most efficient method for bulk data operations.
- List the configuration options and parameters available for Data Manipulation and describe when each is appropriate.
- Apply Data Manipulation configuration patterns to meet specific business requirements including compliance needs.
3
Database Architecture
2 topics
Oracle Architecture Components
- Describe Oracle Database architecture including instance (SGA, background processes) and database (datafiles, control files, redo logs).
- Identify Oracle memory structures including shared pool, buffer cache, redo log buffer, and PGA components.
- Explain Oracle Database storage hierarchy including tablespaces, segments, extents, and data blocks.
- Analyze how Oracle processes SQL statements through parsing, optimization, and execution phases.
- Implement Oracle Architecture Components following best practices for security, performance, and reliability.
- Diagnose Oracle Architecture Components issues by analyzing metrics, logs, and configuration to determine root causes.
Database Objects
- Identify database object types including tables, views, indexes, sequences, synonyms, and materialized views.
- Explain index types (B-tree, bitmap, function-based) and their impact on query performance.
- Describe view creation, inline views, and materialized views for data abstraction and performance.
- Evaluate schema design to recommend appropriate indexes, constraints, and object types for workload optimization.
- Analyze Database Objects configurations to identify security vulnerabilities, bottlenecks, and optimization opportunities.
- Identify the key components and features of Database Objects and describe their primary functions within Oracle Database Foundations.
4
Data Types and Constraints
2 topics
Data Types
- Identify Oracle data types including VARCHAR2, NUMBER, DATE, TIMESTAMP, CLOB, BLOB, and their storage characteristics.
- Explain data type selection criteria based on storage efficiency, precision requirements, and query performance.
- Implement implicit and explicit data type conversions using TO_CHAR, TO_NUMBER, TO_DATE, and CAST functions.
- Analyze data requirements to select appropriate Oracle data types balancing storage, performance, and application needs.
- Name the prerequisites, dependencies, and supporting services required for implementing Data Types.
- Configure Data Types with appropriate settings and parameters for a production deployment scenario in Oracle Database Foundations.
Constraints and Integrity
- Identify constraint types: PRIMARY KEY, FOREIGN KEY, UNIQUE, NOT NULL, and CHECK for maintaining data integrity.
- Implement table constraints with appropriate naming conventions, deferrable options, and cascade behaviors.
- Explain referential integrity enforcement with foreign key constraints and ON DELETE CASCADE/SET NULL options.
- Evaluate constraint configurations to ensure data integrity without negatively impacting DML performance.
- Explain how to troubleshoot common issues with Constraints and Integrity including error messages and diagnostic procedures.
- Evaluate Constraints and Integrity alternatives and tradeoffs to recommend the optimal approach for given constraints.
5
Database Administration Basics
2 topics
User and Security Basics
- Describe Oracle user accounts, authentication methods, and the role of profiles for resource limits.
- Explain privilege management with system privileges, object privileges, and role-based access control.
- Implement basic GRANT and REVOKE operations for controlling database access.
- Analyze access requirements to design appropriate role hierarchies and privilege assignments.
- Compare User and Security Basics deployment patterns to determine the best architecture for availability and scalability needs.
- List the configuration options and parameters available for User and Security Basics and describe when each is appropriate.
Backup and Recovery Basics
- Identify Oracle backup types including full, incremental, and archive log backups for data protection.
- Explain Recovery Manager (RMAN) basic concepts for automated backup and recovery operations.
- Describe Oracle Data Pump utility for logical database export and import operations.
- Compare backup strategies to recommend appropriate data protection approaches for different recovery requirements.
- Describe the architecture and workflow of Backup and Recovery Basics including integration points with related services.
- Implement Backup and Recovery Basics following best practices for security, performance, and reliability.
Scope
Included Topics
- All domains in the Oracle Database Foundations certification exam guide.
- Core topics: Relational Concepts, SQL Basics, DB Architecture, Data Types, Normalization, ER Modeling.
- Oracle services, tools, and best practices relevant to this certification.
- Scenario-based problem solving at the Foundational level.
Not Covered
- Topics outside the official exam guide scope.
- Programming language specifics beyond the exam requirements.
- Specific pricing values that change over time.
- Third-party products beyond basic integration awareness.
Official Exam Page
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