Google Professional Cloud Database Engineer Practice Exam

Google Professional Cloud Database Engineer Practice Exam

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What’s Included

No. of Questions 299
Access Immediate
Access Duration Life Long Access
Exam Delivery Online
Test Modes Practice, Exam

Google Professional Cloud Database Engineer Practice Exam

 
A Professional Cloud Database Engineer comes with two years of specific Google Cloud expertise along with a total of five years of experience in both databases and IT. This professional is responsible for the design, establishment, administration, and resolution of issues within Google Cloud databases utilized by applications for data storage and retrieval. Furthermore, they are expected to adeptly convert both business and technical needs into efficient and economical database solutions. The Professional Cloud Database Engineer examination evaluates your proficiency in:
  • Creating scalable and consistently accessible cloud database solutions.
  • Managing solutions capable of spanning across various database platforms.
  • Executing data solution migrations.
  • Implementing scalable and consistently accessible databases within the Google Cloud platform.
 

Recommended Experience:

  • 5 years of combined database and IT experience, with at least 2 years of practical involvement in utilizing Google Cloud database solutions.
 

Who should take the exam?

The exam is the best fit for:
  • Database administrators (DBAs)
  • Data engineers
  • Developers
  • IT professionals
 

Exam Details

  • Exam Name: Professional Cloud Database Engineer
  • Exam Questions: 50-60
  • Time Duration: 2 hours
  • Exam Language: English
 

Google Professional Cloud Database Engineer Exam Course Outline 

The Exam covers the given topics  - 
Section 1: Understand the Design scalable and highly available cloud database solutions (42%)
1.1 Analyze relevant variables to perform database capacity and usage planning. Activities include:
 
  • Given a scenario, perform solution sizing based on current environment workload metrics and future requirements
  • Evaluate performance and cost tradeoffs of different database configurations (machine types, HDD versus SSD, etc.)
  • Size database compute and storage based on performance requirements
 
1.2 Evaluate database high availability and disaster recovery options given the requirements. Activities include:
 
  • Evaluate tradeoffs between multi-region, region, and zonal database deployment strategies
  • Given a scenario, define maintenance windows and notifications based on application availability requirements
  • Plan database upgrades for Google Cloud-managed databases
 
1.3 Determine how applications will connect to the database. Activities include:
 
  • Design scalable, highly available, and secure databases
  • Configure network and security (Cloud SQL Auth Proxy, CMEK, SSL certificates)
  • Justify the use of session pooler services
  • Assess auditing policies for managed services
 
1.4 Evaluate appropriate database solutions on Google Cloud. Activities include:
 
  • Differentiate between managed and unmanaged database services (self-managed, bare metal, Google-managed databases and partner database offerings)
  • Distinguish between SQL and NoSQL business requirements (structured, semi-structured, unstructured)
  • Analyze the cost of running database solutions in Google Cloud (comparative analysis)
  • Assess application and database dependencies
 
Section 2: Managing a solution that can span multiple database solutions (34%)
 
2.1 Determine database connectivity and access management considerations. Activities include:
 
  • Determine Identity and Access Management (IAM) policies for database connectivity and access control
  • Manage database users, including authentication and access
 
2.2 Configure database monitoring and troubleshooting options. Activities include:
 
  • Assess slow running queries and database locking and identify missing indexes
  • Monitor and investigate database vitals: RAM, CPU storage, I/O, Cloud Logging
  • Monitor and update quotas
  • Investigate database resource contention
  • Set up alerts for errors and performance metrics
 
2.3 Design database backup and recovery solutions. Activities include: 
 
  • Given SLAs and SLOs, recommend backup and recovery options (automatic scheduled backups)
  • Configure export and import data for databases
  • Design for recovery time objective (RTO) and recovery point objective (RPO)
 
2.4 Optimize database cost and performance in Google Cloud. Activities include:
 
  • Assess options for scaling up and scaling out.
  • Scale database instances based on current and upcoming workload
  • Define replication strategies
  • Continuously assess and optimize the cost of running a database solution
 
2.5 Determine solutions to automate database tasks. Activities include:
 
  • Perform database maintenance
  • Assess table fragmentation
  • Schedule database exports
 
Section 3: Learn about migrating data solutions (14%)
 
3.1 Design and implement data migration and replication. Activities include:
 
  • Develop and execute migration strategies and plans, including zero downtime, near-zero downtime, extended outage, and fallback plans
  • Reverse replication from Google Cloud to source
  • Plan and perform database migration, including fallback plans and schema conversion
  • Determine the correct database migration tools for a given scenario 
 
Section 4: Deploying scalable and highly available databases in Google Cloud (10%)
 
4.1 Apply concepts to implement highly scalable and available databases in Google Cloud. Activities include:
 
  • Provision high availability database solutions in Google Cloud
  • Test high availability and disaster recovery strategies periodically
  • Set up multi-regional replication for databases
  • Assess requirements for read replicas
  • Automate database instance provisioning

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