
Unlock the Google Cloud data universe and earn the Associate Data Practitioner certification with a strategic roadmap to master cutting edge skills, transform industries, and advance your data career.
Acquire foundational knowledge for the Google Cloud Associate Data Practitioner exam cram through a course introduction to data management on Google Cloud, data warehouses, ETL and ELT, and Looker dashboards.
Understand Google Cloud associate data practitioner certification, which validates the ability to manage, analyze, and visualize data on Google Cloud, with six months of experience and focus on BigQuery.
Identify the four exam objective domains for the Google Cloud associate data practitioner certification, and review key topics and services such as BigQuery, Dataflow, Looker, and Data Studio.
Prepare for the associate data practitioner exam—50–60 questions in two hours, $125 fee, web proctoring, ID checks, closed-book with an erasable whiteboard, and you will know pass/fail after submission.
Please feel free to download course presentation, etc
Explore the data practitioner role, data preparation and ingestion in Google Cloud, covering data quality, cleaning, profiling, formats, structures, BigQuery demos, and storage options such as Cloud SQL and Spanner.
Lets discuss why becoming a data practitioner is important and why the Google Cloud exam is a great start.
Understand data quality fundamentals, including accuracy, completeness, consistency, validity, timeliness, uniqueness, and learn to enforce quality using data flow, Dataprep, BigQuery, Cloud Data Fusion, data catalog, Vertex AI, and monitoring.
Explore data profiling and cleansing to ensure consistent, high-quality data with proper security as you discover, profile, cleanse, and standardize data structures for BigQuery using dataplex.
Assess data transfer formats for Google Cloud by weighing use case and service support. Use Parquet, Avro, or ORC for analytics; CSV or JSON for readability, with Dataflow templates.
Explore data types, structures, formats, and fields used in Google Cloud handling. Differentiate qualitative and quantitative data, and structured, semi-structured, and unstructured data with formats like JSON, CSV, and Parquet.
Explore BigQuery, a serverless, columnar data warehouse with separate storage and compute, enabling scalable batch and streaming queries, machine learning with sql, and federated data access.
Demonstrates loading data into BigQuery from cloud storage, local files, streaming inserts, and data transfer service; use bq command line, API, and sheets, then query, save, and export results.
Compare Cloud SQL and Cloud Spanner by contrasting relational and NoSQL data models, strong and eventual consistency, scalability, and data import options such as cloud storage import and migration services.
Understand Google Cloud storage options and choose the right storage for cost, speed, and regional needs across Cloud Storage, BigQuery, Cloud SQL, Firestore, Bigtable, and Spanner.
Let's go thru a short review of the main topics in this module.
Identify BigQuery as the data warehouse with a tabular schema, apply data modeling to design the schema, then use profiling to spot missing values, outliers, and data distribution patterns.
Explore data pipeline orchestration in Google Cloud by evaluating etl and elt use cases to select transformation tools, demonstrate Dataflow pipelines, scheduled queries, Cloud Logging, Cloud Monitoring, and Eventarc.
Select the right Google Cloud tool by weighing volume, velocity, and complexity, then compare Dataproc, Dataflow, Cloud Data Fusion, Cloud Composer, and Dataform for real-time, batch, and governance needs.
Compare etl and elt approaches, evaluate use cases for data pipelines and requirements, and decide when to transform before or after loading in google cloud with bigquery and dataflow.
Identify Google Cloud Platform services to implement ETL and ELT pipelines, matching use cases to Cloud Composer, Cloud Data Fusion, Dataflow, Data Prep, Cloud Pub Sub, Cloud Storage, and BigQuery.
How Can you Monitor your Dataflow Pipeline?
Some Examples:
●Set up an alert in Cloud Monitoring to notify you if the error rate of your pipeline exceeds a certain threshold.
●Create a dashboard in Cloud Monitoring to visualize the throughput and latency of your pipeline.
●Use Cloud Logging to search for specific error messages in your pipeline logs.
●Use the Dataflow Monitoring UI to view the execution graph of your pipeline and identify performance bottlenecks.
Demonstration Scenario
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We’ll walk thru some important concepts for monitoring a Dataflow pipeline.
•Dataflow UI
Demonstration Scenario
We’ll dive into Cloud Monitoring and Logging, review logs, and walk through monitoring dashboards.
We’ll walk through a customer challenge scenario and discuss which GCP tools would be the best or correct choices for event-driven data ingestion
We’ll walk thru various features and then create a trigger event in Eventarc
This upload event will trigger a Cloud Function via Eventarc, which will then process the image and store the processed image in another Cloud Storage bucket
We’ll walk thru various features and then create a trigger event in Eventarc
This upload event will trigger a Cloud Function via Eventarc, which will then process the image and store the processed image in another Cloud Storage bucket.
Let's go thru a short review of the main topics in this module.
Migrate from on-prem to cloud with a full load first, then a delta load for updates, and use dataflow for streaming from pub/sub into bigquery with cloud functions.
Identify trends and insights with BigQuery and generate reports via SQL queries. Visualize data, build dashboards, compare Looker and Looker Studio, and train, evaluate, and perform inference with BigQuery ML.
Explore using Google Cloud BigQuery with Jupyter notebooks to uncover data trends, patterns, and insights by connecting datasets through pandas and the BigQuery client in an interactive notebook environment.
Demonstration Scenario
We’ll walk through how to use BigQuery for generating queries.
We will use sample data to run queries, generate reports, and then visualize that data.
Learn to visualize data and build dashboards with Looker and Looker Studio, using LookML for modeling, exploring data from BigQuery, and creating scheduled, shareable reports.
Execute sql to create, train, and evaluate models with BigQuery ML, using linear regression, logistic regression, and k means clustering, and learn the SQL functions that drive this process.
Walk through planning and deploying a machine learning project on Google Cloud, defining smart objectives, data sources, preprocessing, model selection and evaluation, deployment, monitoring, and ML ops with Vertex AI.
Explore Looker Studio data sources, understand cross validation for model evaluation, and compare binary classification with logistical regression, highlighting training/test splits.
Explore data management on Google Cloud by applying identity and access management to secure environments and control cloud storage access, review lifecycle management, replication and high availability, encryption, archiving options.
Master identity and access management in Google Cloud by applying least-privileged access through roles and policies, and crafting custom roles and service accounts for BigQuery and storage.
Explore Analytics Hub as an exchange platform for sharing data assets, publishing datasets to the marketplace, and subscribing to third-party data with enhanced security and governance.
Compare public and private access controls in Google Cloud Storage, implement uniform bucket level access, and manage permissions with IAM roles and service accounts for data lakes and warehouses.
Discuss how regions and zones influence replication and high availability in Google Cloud, using Cloud Storage, cross region replication, and Cloud SQL read replicas for durability and compliance.
Compare replication and migration on Google Cloud using Cloud SQL, Spanner, and Cloud Storage to achieve high availability, read scalability, and one-time data migration options.
Explore encryption fundamentals on google cloud, including data at rest and in transit, data in use, de-identification, aes 256, tls, kms, and hardware security module options.
Explore Cloud SQL recovery options, highlighting point-in-time recovery for restoring data after accidental deletion or corruption, and compare read replicas, failover replicas, cross-region replicas for availability and disaster recovery.
Thank you for joining the course.
Course Description
Are you ready to transform your career and become a sought-after data professional? This comprehensive course provides the focused training you need to conquer the Google Cloud Associate Data Practitioner certification and elevate your expertise in the booming field of cloud data engineering.
Why This Certification Matters:
Stand Out in a Competitive Market: In a data-driven world, employers are actively seeking certified professionals. This certification validates your fundamental knowledge of Google Cloud data services, instantly setting you apart from the competition.
Boost Your Earning Power: Industry studies consistently show that IT certifications, particularly those from leading cloud providers such as Google Cloud, are associated with higher salaries. Invest in your future and unlock your earning potential.
Gain Real-World Google Cloud Expertise: This course goes beyond theory, providing hands-on experience with Google Cloud Platform (GCP), the industry-leading platform for cloud data services. Whether you aspire to work at Google or any organization leveraging GCP, this practical experience is invaluable.
Massive Job Market Opportunity: With over 12,000 data engineer jobs currently listed on LinkedIn in the USA alone and the Google Cloud Data Engineer certification consistently ranked as one of the most valuable certifications, your skills are in high demand.
Who Should Enroll:
This course is designed for aspiring data professionals with a foundational understanding of data concepts and at least six months of practical experience with Google Cloud services. If you have a background in computer science, statistics, informatics, information systems, or any quantitative field and are eager to advance your data career, this course is for you.
What You Will Achieve:
Upon completion of this course, you will be able to:
Master the Exam Objectives: Confidently navigate the GCP Associate Data Practitioner certification exam by thoroughly understanding its objectives.
Apply Google Cloud Data Engineering Best Practices: Implement effective data engineering strategies tailored to the Google Cloud environment.
Efficiently Extract and Load Data: Design and execute data ingestion processes into appropriate Google Cloud storage systems.
Select and Utilize Key GCP Storage Services: Leverage Cloud Storage and Bigtable for optimal data storage solutions.
Choose the Right Services for Structured Data: Implement Cloud SQL, Cloud Spanner, and BigQuery for structured data management.
Effectively Manage Unstructured Data: Utilize Cloud Storage and Filestore for unstructured data storage and processing.
Optimize Semi-Structured Data Handling: Employ Cloud Datastore and Bigtable for efficient semi-structured data management.
Implement Robust Data Security and Compliance: Apply security measures and ensure compliance with data privacy regulations.
Utilize Powerful GCP Data Management Tools: Master tools like DataPrep and Data Catalog for effective data management.
Create Compelling Data Visualizations: Utilize GCP services like Data Studio to transform data into actionable insights.
Design High Availability and Disaster Recovery Strategies: Implement resilient data solutions in Cloud Storage and Cloud SQL.
Leverage AI/ML Services: Gain practical insights into BigQuery ML and AutoML for advanced data analysis.
Prerequisites:
To maximize your learning experience, you should have:
Familiarity with foundational data concepts, including data management, data engineering, and data privacy.
At least six months of hands-on experience with Google Cloud services, including networking, security, and storage.
Practical experience with SQL databases and relational database concepts.
Your Next Steps:
After completing this course, you can further enhance your expertise by:
Enrolling in advanced data engineering courses to delve deeper into complex concepts.
Exploring AI services within Google Cloud to leverage cutting-edge technologies.
Enroll now and take the definitive step towards becoming a certified Google Cloud Data Practitioner!