Top 12 Oracle Database Developer Skills to Put on Your Resume

In today's competitive job market, having a standout resume is crucial for Oracle Database Developers aiming for top-tier positions. Highlighting a balanced mix of technical prowess and soft skills not only showcases your comprehensive expertise but also positions you as a well-rounded candidate in the eyes of potential employers.

Oracle Database Developer Skills

1. PL/SQL
2. Oracle APEX
3. SQL Tuning
4. Oracle Forms
5. Data Modeling
6. RAC (Real Application Clusters)
7. Oracle Reports
8. Data Guard
9. Oracle 12c/19c
10. Performance Tuning
11. Oracle BI Publisher
12. Oracle ASM (Automatic Storage Management)

1. PL/SQL

PL/SQL, which stands for Procedural Language extensions to SQL, is Oracle Corporation's procedural extension for SQL and the Oracle relational database. It seamlessly integrates procedural constructs, such as loops and conditionals, with SQL, allowing developers to write code to manipulate data in an Oracle Database in a more powerful and flexible way.

Why It's Important

PL/SQL is important for an Oracle Database Developer because it allows for the execution of complex procedural logic within the Oracle database, enabling the creation of powerful data manipulation and business logic directly within the database environment for enhanced performance, security, and data integrity.

How to Improve PL/SQL Skills

Improving PL/SQL performance and maintainability involves adopting best practices, learning from authoritative sources, and continually refining your skills. Here are concise strategies with resources for an Oracle Database Developer:

1. Understand the Basics Thoroughly: Before optimizing, ensure a solid understanding of PL/SQL fundamentals.

2. Use Bulk Operations Wisely: Bulk operations (BULK COLLECT and FORALL) reduce context switches between SQL and PL/SQL, enhancing performance. Oracle Bulk Processing

3. Optimize SQL Calls Within PL/SQL: Minimize the number of SQL calls within loops; fetch data in batches if possible.

4. Employ Native Compilation: Native compilation converts PL/SQL code into machine code, improving execution speed. PL/SQL Native Compilation

5. Utilize Indexes Properly: Ensure that indexes are used effectively within your queries for better performance.

6. Avoid Hard Coding: Use constants, variables, and records to make your code more adaptable and easier to maintain.

7. Error Handling: Implement exception handling to make your applications more reliable and easier to debug. PL/SQL Error Handling

8. Instrument Your Code: Use tools like DBMS_APPLICATION_INFO and DBMS_PROFILER to monitor and understand performance. PL/SQL Profiling

9. Understand and Use PL/SQL Features Effectively: Features like collections, pipelined functions, and autonomous transactions can dramatically affect performance and functionality when used correctly.

10. Continuously Learn and Review: Stay updated with Oracle's documentation and resources. Engage with the community through forums and read authoritative books on Oracle PL/SQL programming.

11. Code Reviews and Refactoring: Regularly review and refactor your code. This not only improves performance but also maintainability.

12. Leveraging Oracle's Built-in Packages: Take advantage of Oracle's built-in packages for common tasks.

By focusing on these areas and utilizing Oracle's extensive documentation and community resources, developers can significantly improve the performance and maintainability of their PL/SQL code. Continuous learning and staying updated with the latest Oracle releases and best practices is key to becoming an efficient Oracle Database Developer.

How to Display PL/SQL Skills on Your Resume

2. Oracle APEX

Oracle APEX (Application Express) is a low-code development platform that enables developers to build scalable, secure web applications rapidly directly within the Oracle Database environment.

Why It's Important

Oracle APEX (Application Express) is important for an Oracle Database Developer because it provides a low-code development platform for building scalable, secure, and feature-rich web applications directly within the Oracle Database, significantly enhancing productivity and facilitating rapid application deployment.

How to Improve Oracle APEX Skills

Improving your skills in Oracle APEX as an Oracle Database Developer involves focusing on several key areas: understanding the core functionalities, exploring advanced features, and leveraging community resources for continuous learning. Here’s a concise guide to help you enhance your Oracle APEX capabilities:

1. Master the Basics: Ensure you have a solid foundation in SQL and PL/SQL, as these are crucial for developing with Oracle APEX. Oracle’s official documentation is a great start.

   • Oracle APEX Documentation

2. Utilize Oracle Learning Resources: Oracle offers a range of learning materials and tutorials that can help you deepen your understanding of APEX features and best practices.

   • Oracle APEX Learning Library

3. Practice Advanced Features: Dive into advanced topics such as dynamic actions, interactive reports, and RESTful services to create more sophisticated applications.

   • APEX Advanced Tutorials

4. Join the Community: Engage with the Oracle APEX community through forums, social media, and user groups to exchange knowledge and stay updated on the latest trends.

   • Oracle APEX Community

5. Experiment with Plug-ins: Enhance your applications by incorporating plug-ins. Experiment with different options to find what best suits your needs.

   • APEX World Plug-ins

6. Stay Updated: Oracle APEX is continuously evolving. Keep abreast of new releases and features to ensure you’re using the platform to its full potential.

   • APEX Release Notes

7. Contribute to Open Source: Consider contributing to open-source projects or sharing your own. This can be a valuable way to gain feedback and learn from the community.

   • GitHub Oracle APEX

Improving in Oracle APEX is a journey of continuous learning and practice. Leverage these resources and tips to enhance your development skills effectively.

How to Display Oracle APEX Skills on Your Resume

3. SQL Tuning

SQL tuning in the context of an Oracle Database Developer involves optimizing SQL queries to improve their execution speed and efficiency, reducing resource consumption, and ensuring the best use of Oracle's database engine capabilities. This process may involve rewriting queries, creating or modifying indexes, and utilizing Oracle-specific features and tools for performance enhancement.

Why It's Important

SQL Tuning is crucial for an Oracle Database Developer because it enhances query performance, ensuring efficient data retrieval, reduces system load, and optimizes resource usage, directly impacting application speed and user satisfaction.

How to Improve SQL Tuning Skills

To improve SQL tuning in an Oracle Database environment, follow these concise steps:

1. Understand the Execution Plan: Use the EXPLAIN PLAN statement to analyze how Oracle executes your SQL queries. This helps identify inefficient operations. Oracle Explain Plan

2. Index Optimization: Proper use of indexes can dramatically improve query performance. Consider creating indexes on columns used in WHERE clauses and JOIN conditions. Oracle Indexes

3. SQL Profile and Baseline: Utilize SQL Profiles and SQL Plan Baselines to influence the optimizer to choose the most efficient execution plan based on historical performance. SQL Plan Management

4. Gather Statistics: Regularly gather statistics on database objects to ensure the optimizer has up-to-date information regarding data distribution and volume. Optimizer Statistics

5. Avoid SQL Anti-Patterns: Refrain from practices like using non-sargable expressions or excessive JOIN operations, which can degrade performance. SQL Anti-Patterns

6. Use Oracle Hints: In cases where you know the most efficient path, you can use Oracle hints to guide the optimizer, though this should be done with caution. Optimizer Hints

7. SQL Tuning Advisor: Leverage the SQL Tuning Advisor for comprehensive performance recommendations. It analyzes SQL statements and suggests ways to improve efficiency. SQL Tuning Advisor

8. Monitor and Adjust: Continuously monitor performance and adjust your strategies as data and workload characteristics change.

By following these steps and keeping up with Oracle's evolving features, you can significantly enhance the performance of your SQL queries.

How to Display SQL Tuning Skills on Your Resume

4. Oracle Forms

Oracle Forms is a software product for creating screens that interact with an Oracle database. It provides tools for developers to build data entry systems and business logic quickly, allowing for the rapid development of database applications.

Why It's Important

Oracle Forms is important for an Oracle Database Developer because it provides a powerful, integrated environment to rapidly develop and deploy database-centric applications, enabling efficient data entry, updating, and retrieval directly from Oracle databases.

How to Improve Oracle Forms Skills

Improving Oracle Forms involves optimizing performance, enhancing user experience, and ensuring security. Here's a concise guide:

1. Performance Tuning: Focus on SQL optimization, use of built-in packages, and minimizing network traffic. Oracle provides guidelines for SQL Tuning.

2. User Interface Enhancement: Utilize PL/SQL libraries for modern UI components and leverage Java Beans for advanced functionalities. Reference Oracle's Form Personalization guide.

3. Security: Implement Oracle's recommended security practices, including encryption and database roles.

4. Version Upgrade: Regularly update to the latest Oracle Forms version for new features and improved performance. Check Oracle's upgrade documentation.

5. Integration and Web Services: Enhance capabilities by integrating with web services. Oracle Forms Services offer guidance on deploying forms as web services.

By focusing on these areas, you can significantly improve the efficiency and functionality of Oracle Forms within your database development projects.

How to Display Oracle Forms Skills on Your Resume

5. Data Modeling

Data modeling is the process of creating a visual representation of a database structure, defining how data is connected, stored, and accessed within an Oracle database environment. This includes designing tables, relationships, and constraints to ensure data integrity and optimize performance.

Why It's Important

Data modeling is crucial for an Oracle Database Developer because it provides a structured framework for designing, defining, organizing, and managing data, ensuring efficient data storage, retrieval, and integrity, which is essential for optimizing database performance and supporting business objectives.

How to Improve Data Modeling Skills

Improving data modeling, particularly for an Oracle Database Developer, involves understanding and implementing best practices that enhance database performance, maintainability, and scalability. Here are concise steps with resources for deepening your understanding:

1. Understand Business Requirements: Clearly define the data needs and processes of your business to ensure your model serves its purpose effectively.

2. Normalize Data: Apply normalization rules to reduce data redundancy and improve data integrity. Normalization in Oracle.

3. Use Oracle's SQL Model Clause: Leverage Oracle's SQL model clause for multidimensional analysis directly within SQL queries. SQL Model Clause.

4. Leverage Indexing: Properly utilize indexes to speed up query performance. Oracle Indexing Basics.

5. Implement Partitioning: Partition large tables to improve query performance and manageability. Partitioning in Oracle.

6. Adopt Entity-Relationship (ER) Modeling: Use ER diagrams to visualize database structures. Tools like Oracle SQL Developer Data Modeler can help. SQL Developer Data Modeler.

7. Consistency in Naming Conventions: Ensure consistent naming for tables, columns, and keys to improve readability and maintainability. Oracle Naming Conventions.

8. Optimize Data Types: Choose the most appropriate data types for your data to optimize performance and storage. Oracle Data Types.

9. Regularly Review and Refine: Continuously monitor performance and refine your model as business needs evolve.

10. Stay Updated and Get Certified: Keep up with Oracle updates and consider certification to deepen your expertise. Oracle Database Learning Subscription.

By following these steps and utilizing the provided resources, an Oracle Database Developer can significantly improve their data modeling capabilities, leading to more efficient, scalable, and maintainable databases.

How to Display Data Modeling Skills on Your Resume

6. RAC (Real Application Clusters)

RAC, or Real Application Clusters, is a technology from Oracle that allows multiple instances of the Oracle Database to run on several servers, providing high availability and scalability by distributing and balancing the load among the servers in the cluster. This setup enhances both performance and reliability for database applications.

Why It's Important

RAC (Real Application Clusters) is important for an Oracle Database Developer because it enables high availability, scalability, and reliability for databases by allowing multiple instances to access a single database simultaneously. This ensures continuous operation and workload balancing, vital for developing robust, enterprise-level applications.

How to Improve RAC (Real Application Clusters) Skills

Improving Real Application Clusters (RAC) in Oracle Database involves optimizing configuration, resources, and application design for better performance and scalability:

1. Load Balancing: Ensure proper load balancing setup. Use Oracle's Automatic Workload Repository to monitor and adjust workload distribution.

2. Connection Pooling: Implement connection pooling to reduce connection overhead. Oracle Universal Connection Pool (UCP) offers efficient connection pooling mechanisms.

3. Optimize Interconnect Configuration: Ensure the interconnect is properly configured for low latency and high bandwidth. Refer to Oracle's RAC Administration Guide for best practices.

4. Cache Fusion Efficiency: Monitor and tune Cache Fusion traffic for efficient data sharing among nodes. Oracle RAC Cache Fusion explains the underlying mechanisms and tuning strategies.

5. SQL Tuning: Analyze and optimize SQL queries for parallel execution. Oracle's SQL Tuning Guide provides insights into efficient query design.

6. Application Design: Design applications to be RAC-aware, minimizing inter-node traffic and leveraging local resources. Oracle's Real Application Clusters Administration and Deployment Guide covers application design considerations.

7. Regular Monitoring and Review: Utilize Oracle Enterprise Manager (OEM) for ongoing monitoring and performance tuning of your RAC environment. The Enterprise Manager Cloud Control Documentation offers comprehensive guides on using OEM for RAC management.

By focusing on these areas, an Oracle Database Developer can significantly improve the efficiency and performance of Real Application Clusters.

How to Display RAC (Real Application Clusters) Skills on Your Resume

7. Oracle Reports

Oracle Reports is a tool used by Oracle Database Developers to design and generate formatted data reports from Oracle databases. It allows for the creation of sophisticated, data-driven reports in various formats, including web pages, PDF, and paper prints, enabling developers to present data in a structured and visually appealing manner.

Why It's Important

Oracle Reports is important for an Oracle Database Developer because it provides a powerful tool for generating complex, data-driven reports efficiently from Oracle databases, facilitating data analysis and decision-making.

How to Improve Oracle Reports Skills

Improving Oracle Reports involves optimizing performance, enhancing report design, and ensuring data accuracy. Here are concise tips:

1. Performance Tuning: Optimize SQL queries and PL/SQL code. Use Oracle's SQL Tuning Advisor and PL/SQL Profiler to identify and address bottlenecks.

2. Report Design: Utilize Oracle Reports Builder's features efficiently. Leverage templates and styles for consistency and professional appearance.

3. Data Accuracy: Implement validation mechanisms within your SQL queries or PL/SQL blocks to ensure data integrity. Regularly review Oracle's data integrity documentation for best practices.

4. Use Oracle Analytics: Consider integrating Oracle Analytics for advanced data visualization and insights, enhancing the value of your reports.

5. Education and Community Support: Continuously learn through Oracle's official documentation and participate in forums like Oracle Community to share knowledge and solve challenges.

Remember, improving Oracle Reports is an ongoing process of learning, applying best practices, and leveraging Oracle's extensive resources and community support.

How to Display Oracle Reports Skills on Your Resume

8. Data Guard

Data Guard is a feature of Oracle Database that provides high availability, data protection, and disaster recovery for enterprise data. It maintains one or more secondary databases (standby databases) as transactionally consistent copies of the primary database. In case of a primary database failure, Data Guard can switch operations to a standby database to ensure minimal downtime and data loss.

Why It's Important

Data Guard is crucial for Oracle Database Developers because it ensures data availability and disaster recovery by maintaining a real-time copy of the production database, allowing for seamless data protection, failover, and minimal downtime.

How to Improve Data Guard Skills

To improve Data Guard for an Oracle Database, focus on the following strategies:

1. Optimize Network Configuration: Ensure a reliable and fast network connection between the primary and standby databases. Use Oracle Net Services for efficient data transfer.

2. Tune Redo Apply: Adjust the redo apply rate on the standby database. Consult the Redo Apply Best Practices for detailed guidelines.

3. Use Flashback Technology: Enhance data protection and simplify the recovery process by utilizing Oracle Flashback Technology. It allows you to quickly revert changes without restoring from backup.

4. Implement Real-Time Apply: Start the managed recovery process with the REAL TIME APPLY feature, enabling the standby database to apply redo data as soon as it is received. Refer to the Managing Real-Time Apply section.

5. Monitor and Optimize Performance: Regularly monitor the performance of both primary and standby databases. The Oracle Data Guard Broker and Oracle Enterprise Manager are valuable tools for monitoring and managing Data Guard configurations.

6. Adjust Compression Settings: If using Data Guard Redo Transport Services, consider adjusting the compression settings to balance between network bandwidth usage and CPU overhead. Information on compression settings can be found under Redo Transport Services.

7. Frequent Switchover Tests: Regularly perform switchover tests to ensure the standby database can smoothly transition to the primary role. This also familiarizes the team with the process. Guidelines for switchovers are available in the Role Transitions section.

Enhancing Data Guard involves a combination of configuration optimization, leveraging Oracle technologies effectively, and regular testing to ensure high availability and data protection.

How to Display Data Guard Skills on Your Resume

9. Oracle 12c/19c

Oracle 12c and Oracle 19c are versions of Oracle Database, a comprehensive relational database management system (RDBMS) developed by Oracle Corporation. For an Oracle Database Developer:

• Oracle 12c (where "c" stands for "cloud") introduced in 2013, emphasizes cloud computing with features like Pluggable Databases (PDBs) for easier multi-tenancy, which improves resource utilization and simplifies database consolidation.

• Oracle 19c, released in 2019, is the terminal release of the 12c family and is considered the long-term support version. It enhances stability, performance, and security, offering features such as Automatic Indexing, Active Data Guard DML Redirection, and Real Application Clusters (RAC) improvements, aiding developers in building and maintaining efficient and secure database applications.

Why It's Important

Oracle 12c/19c is important for an Oracle Database Developer because it introduces advanced features like Multitenant architecture for efficient database consolidation, improved performance, enhanced security measures, and support for JSON and in-database analytics, facilitating the development of modern, scalable, and secure database applications.

How to Improve Oracle 12c/19c Skills

Improving Oracle 12c/19c performance and efficiency as a Database Developer involves several key practices:

1. SQL Optimization: Focus on writing efficient SQL queries. Use the EXPLAIN PLAN statement to understand the execution plan and make adjustments accordingly. Oracle SQL Tuning Guide

2. Indexing: Properly index tables to speed up data retrieval. However, be mindful of the trade-offs, as too many indexes can slow down DML operations. Indexing Best Practices

3. PL/SQL Optimization: Use PL/SQL efficiently for procedural logic. Bulk processing with BULK COLLECT and FORALL can significantly reduce context switches between SQL and PL/SQL. PL/SQL Optimization Techniques

4. Partitioning: Partition large tables based on access patterns or business logic, which can greatly improve query performance and manageability. Partitioning Guide

5. Memory Management: Adjust memory allocation for Oracle Database processes appropriately. Use Automatic Memory Management (AMM) for simpler configuration. Memory Configuration and Use

6. Concurrent Processing: Design applications to handle concurrent transactions efficiently, minimizing locking and contention. Application Developer's Guide

7. Regular Maintenance: Regularly gather statistics for the optimizer, monitor and analyze SQL execution with tools like AWR, and perform housekeeping tasks. Managing Performance

8. Use Oracle Features: Leverage Oracle Database features like Advanced Compression, In-Memory Database, and Automatic Data Optimization for better performance and storage efficiency. Database Performance Guide

9. Learn and Adapt: Stay updated with Oracle's latest features and best practices. Oracle's official documentation and forums are excellent resources. Oracle Database Online Documentation

By focusing on these areas, you can significantly improve the performance and efficiency of Oracle 12c/19c databases.

How to Display Oracle 12c/19c Skills on Your Resume

10. Performance Tuning

Performance tuning in the context of an Oracle Database Developer involves optimizing database systems and SQL queries to improve efficiency, reduce response times, and ensure resource-effective operations, aiming for enhanced overall performance and user satisfaction.

Why It's Important

Performance tuning is crucial for an Oracle Database Developer because it optimizes database query performance, ensuring efficient resource usage, faster response times, and improved overall application performance, leading to enhanced user satisfaction and reduced operational costs.

How to Improve Performance Tuning Skills

Improving performance tuning in the context of an Oracle Database Developer involves several strategic steps. Here are concise strategies:

1. SQL Optimization: Focus on writing efficient SQL queries. Use Oracle's Explain Plan to understand and optimize query execution paths.

2. Indexing: Properly utilize indexes to speed up data retrieval. Understand when to use different types of indexes like B-tree or Bitmap. More details on indexing can be found in the Oracle documentation on indexes.

3. Database Configuration: Tune database parameters for optimal performance. Oracle's Automatic Database Diagnostic Monitor (ADDM) helps identify bottlenecks.

4. Partitioning: Use partitioning to improve query performance and manageability for large tables. Oracle's partitioning guide offers in-depth strategies: Partitioning in Oracle.

5. Connection Pooling: Efficiently manage database connections to reduce overhead. Oracle's Universal Connection Pool (UCP) is a resource for this.

6. PL/SQL Optimization: Write efficient PL/SQL code. Utilize Oracle's PL/SQL Profiler to identify performance hotspots.

7. Regular Maintenance: Perform routine maintenance tasks such as updating statistics, rebuilding indexes, and purging unnecessary data to keep the database running efficiently.

8. Use Oracle AWR and ASH Reports: Analyze Automatic Workload Repository (AWR) and Active Session History (ASH) reports for comprehensive performance insights.

9. Monitor and Analyze: Continuously monitor database performance using tools like Oracle Enterprise Manager. Dive deeper into Oracle's performance monitoring capabilities here.

10. Educate Yourself: Stay updated with the latest best practices and features from Oracle. Oracle's Performance Tuning Guide is a valuable resource.

By systematically applying these strategies, Oracle Database Developers can significantly enhance database performance.

How to Display Performance Tuning Skills on Your Resume

11. Oracle BI Publisher

Oracle BI Publisher is a reporting tool that allows Oracle Database Developers to design and generate reports from various data sources, including Oracle databases, with flexible layout options and the ability to distribute reports in multiple formats (e.g., PDF, Excel, HTML).

Why It's Important

Oracle BI Publisher is important for an Oracle Database Developer because it enables the efficient creation, management, and delivery of highly formatted reports directly from Oracle databases, significantly enhancing data analysis, reporting capabilities, and decision-making processes.

How to Improve Oracle BI Publisher Skills

Improving Oracle BI Publisher as an Oracle Database Developer involves enhancing data modeling, report design, and optimization. Here are concise steps:

1. Understand Data Model: Deeply understand the data model to create efficient queries. Oracle Data Modeling

2. Use Templates Effectively: Master BI Publisher's layout templates for efficient report design. BI Publisher Templates

3. Optimize SQL Queries: Ensure your SQL queries are optimized for performance. SQL Tuning Guide

4. Leverage Caching: Use BI Publisher's caching feature to improve report generation speed. Caching in BI Publisher

5. Use Bursting: For large volumes of personalized reports, use the bursting feature to distribute efficiently. Report Bursting

6. Monitor and Analyze: Regularly monitor the performance and usage of your reports to identify potential areas for improvement. Performance Monitoring

7. Stay Updated: Keep your skills and your BI Publisher environment up to date with the latest features and best practices. Oracle BI Publisher Blog

8. Engage with the Community: Join forums and user groups to share insights and get advice from fellow professionals. Oracle Community

By focusing on these areas, you can significantly improve the performance and usability of Oracle BI Publisher in your environment.

How to Display Oracle BI Publisher Skills on Your Resume

12. Oracle ASM (Automatic Storage Management)

Oracle ASM (Automatic Storage Management) is a data management solution integrated into the Oracle database environment, providing simplified storage management with optimized performance, redundancy, and scalability for database files. It automates the layout of data files, control files, and log files to optimize performance and remove the need for manual data storage configuration, benefiting Oracle Database Developers by streamlining database storage and management tasks.

Why It's Important

Oracle ASM simplifies database storage management by automatically managing disk space, optimizing database performance, and enhancing data availability, allowing an Oracle Database Developer to focus more on development tasks rather than on complex storage configurations.

How to Improve Oracle ASM (Automatic Storage Management) Skills

Improving Oracle ASM involves optimizing its configuration and usage to enhance database performance and storage efficiency. Here are concise steps tailored for an Oracle Database Developer:

1. Balance Workloads: Ensure data is evenly distributed across disks in disk groups to prevent hotspots and maximize performance. Use the ASM rebalance operation if needed. Oracle Documentation on Rebalancing Disk Groups.

2. Proper Disk Group Configuration: Configure disk groups according to your workload requirements. Differentiate between high-performance and high-capacity storage. Disk Group Configuration Best Practices.

3. Use ASM Disk Group Templates: Customize and use ASM templates for optimal redundancy and striping settings based on the nature of the files stored. Managing Disk Group Templates.

4. Monitor and Manage Space: Regularly monitor space usage and manage it effectively to avoid running out of space, which can lead to performance issues. ASM Space Management.

5. Upgrade and Patch ASM: Keep your ASM and Oracle Grid Infrastructure up to date with the latest patches and versions to benefit from performance improvements and new features. Oracle ASM Upgrades.

6. Optimize Network Configuration: If using ASM with Oracle Real Application Clusters (RAC), ensure the network configuration is optimized for inter-instance communication. Oracle RAC Networking Best Practices.

7. Leverage ASM Performance Views: Utilize Oracle's performance views (e.g., V$ASM_DISKGROUP, V$ASM_OPERATION) to monitor and analyze ASM performance, helping identify and troubleshoot issues. Viewing ASM Performance.

For a deeper understanding and more detailed practices, Oracle's official documentation and resources are invaluable. Always tailor these practices to your specific environment and workload requirements.

How to Display Oracle ASM (Automatic Storage Management) Skills on Your Resume