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Google Cloud Training

This is a self-paced lab that takes place in the Google Cloud console. In this lab you learn how to use Gemini code generation, explanation and suggestions in BigQuery.

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Syllabus

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Uses Gemini code generation, explanation, and suggestions, which can significantly accelerate development and understanding of BigQuery code
Offered by Google Cloud, which is recognized for its innovative cloud computing services and contributions to data processing technologies

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Reviews summary

Introduction to gemini in bigquery lab

According to learners, this course offers a practical, hands-on introduction to using Gemini's AI capabilities within Google Cloud's BigQuery environment. Students appreciate the opportunity to experiment directly in the console, which helps solidify understanding of how Gemini can assist with SQL query generation and explanation. While the lab format provides a focused learning experience, some found the instructions could be clearer at times, and navigating the lab environment occasionally presented minor challenges. Overall, it is seen as a useful first step for BigQuery users interested in AI assistance.
Focuses on the lab experience quality.
"The lab setup was mostly smooth, allowing me to focus on the tasks."
"Occasionally, the lab environment felt a bit slow or had minor glitches that disrupted the flow."
"Navigating the Cloud console specifically for the lab steps was intuitive enough."
"I wish the lab environment provided a little more context or troubleshooting tips when things didn't work exactly right."
Suitable as an initial introduction.
"This lab is a great way to get started with using AI in BigQuery, especially for newcomers."
"It provides a solid basic understanding of how the integration works."
"Not an in-depth dive, but perfect for a quick, practical overview."
"If you're new to Gemini or its use in BigQuery, this is a good place to begin."
Highlights the value of Gemini for tasks.
"Seeing how Gemini can explain and suggest SQL queries was very helpful. It's a powerful feature."
"I learned practical ways Gemini can speed up my BigQuery development."
"The code generation feature demonstrated in the lab looks promising for real-world use."
"Understanding Gemini's capabilities within BigQuery gave me ideas for my own projects."
Provides direct experience with tools.
"The best part was getting to actually use Gemini within BigQuery. The hands-on practice is invaluable."
"I really liked doing the tasks directly in the Google Cloud console. It made the concepts concrete."
"Working through the examples in the lab environment helped me understand the workflow for integrating AI."
"Using the tools firsthand was key to grasping how Gemini assists with coding."
Assesses how clear the steps are.
"Some steps in the instructions were a bit vague, requiring some trial and error."
"I found myself re-reading certain parts of the lab guide to fully understand what was needed."
"For a self-paced lab, clearer instructions would prevent confusion and wasted time."
"The guidance on specific Gemini prompts could have been more detailed."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Develop Code with Gemini in BigQuery with these activities:
Review SQL Fundamentals
Reinforce your understanding of SQL syntax and concepts before diving into BigQuery and Gemini integration.
Browse courses on SQL
Show steps
  • Complete an online SQL tutorial.
  • Practice writing basic SQL queries.
  • Review common SQL functions and operators.
Brush Up on Data Warehousing Concepts
Revisit the core principles of data warehousing to better understand BigQuery's role and capabilities.
Browse courses on Data Warehousing
Show steps
  • Read articles on data warehousing architecture.
  • Review the benefits of using a data warehouse.
  • Familiarize yourself with common data warehousing terminology.
Explore BigQuery Documentation
Follow BigQuery tutorials to gain hands-on experience with the platform and its features.
Show steps
  • Work through the BigQuery quickstart guide.
  • Experiment with different BigQuery features and functionalities.
  • Consult the BigQuery documentation for guidance.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Practice SQL Code Generation with Gemini
Use Gemini to generate SQL code for various tasks and refine your prompts based on the results.
Show steps
  • Formulate prompts for generating SQL queries.
  • Evaluate the generated SQL code for accuracy and efficiency.
  • Iterate on your prompts to improve the quality of the generated code.
Document Your Gemini Code Generation Experiments
Create a blog post or documentation outlining your experiences with Gemini code generation in BigQuery.
Show steps
  • Document the prompts you used and the generated SQL code.
  • Analyze the strengths and weaknesses of Gemini code generation.
  • Share your findings with the community.
Build a Data Analysis Dashboard with Gemini-Generated SQL
Develop a data analysis dashboard using SQL code generated by Gemini to visualize key metrics.
Show steps
  • Identify a dataset and key metrics for analysis.
  • Use Gemini to generate SQL queries for data extraction and aggregation.
  • Create a dashboard to visualize the results.
Contribute to a BigQuery or Gemini Related Project
Contribute to an open-source project related to BigQuery or Gemini to enhance your skills and collaborate with others.
Show steps
  • Find an open-source project related to BigQuery or Gemini.
  • Identify an area where you can contribute.
  • Submit your contributions to the project.

Career center

Learners who complete Develop Code with Gemini in BigQuery will develop knowledge and skills that may be useful to these careers:
Data Engineer
A Data Engineer builds and maintains the infrastructure required for data analysis. The skills gained in this course help a data engineer use generative AI to create queries within BigQuery and understand their structure. This course allows the data engineer to more efficiently handle ever-increasing data volumes by using AI tools to generate and explain complex queries. Because data engineers often work with large datasets and require proficiency in SQL, experience with tools like Gemini in BigQuery will be invaluable to them. This course may be useful for data engineers who want to implement AI-based solutions in their workflows.
Data Analyst
A Data Analyst is responsible for interpreting data and turning it into actionable insights. This course may be useful for a Data Analyst who uses BigQuery for data extraction and analysis. The ability to use AI to generate and understand queries within BigQuery can increase a data analyst's ability to handle larger, more complex datasets and produce insights faster. The skills learned in this course could be leveraged to enhance efficiency and facilitate more in-depth analyses. This course helps analysts better use AI tools to their advantage.
Business Intelligence Analyst
A Business Intelligence Analyst gathers, analyzes, and reports on data to support business decisions. This course may be useful for a business intelligence analyst who must use specific SQL queries to access the necessary data in BigQuery. Using AI to generate, explain, and improve queries can save time and allow for exploration of more complex datasets. This allows business intelligence analysts to focus on insights and strategy, rather than the complexities of writing and debugging SQL. This course may help a business intelligence analyst use AI in their day to day work.
Database Administrator
A Database Administrator is responsible for the performance, integrity, and security of a database. This course helps a database administrator to use generative AI to write BigQuery code and understand its functionality. This can help database administrators create optimized queries for faster data access, as well as debug existing queries. The course introduces a powerful tool that can make database administration more efficient. This course may be useful for database administrators looking to streamline their query development workflows.
Machine Learning Engineer
A Machine Learning Engineer is responsible for developing and deploying machine learning models. This course may be useful for a machine learning engineer who needs to retrieve data from BigQuery for model training and evaluation. Efficiently generating and understanding queries using AI can speed up the data preprocessing stage for machine learning tasks. Because machine learning engineers often work with large datasets, having tools to quickly extract and transform data from BigQuery is valuable. This course may help a machine learning engineer increase their efficiency.
Cloud Solutions Architect
A Cloud Solutions Architect designs and implements cloud computing solutions. This course may be useful for cloud solutions architects that use Google Cloud and BigQuery in their infrastructure. A cloud solutions architect may need to generate queries that access data for solutions and having knowledge of AI tools to do so is beneficial. The experience of using Gemini in BigQuery to code efficiently can be helpful when designing data pipelines. This course may be helpful to cloud solutions architects who need to work with BigQuery.
Software Developer
A Software Developer creates software applications. This course is of some use to a software developer who needs to use BigQuery to pull data for their applications. The skills learned in this course using AI to generate, explain, and improve queries can help with data integration for applications. The ability to use Gemini in BigQuery helps a software developer handle interactions with data stored in the cloud more efficiently. This course may be useful for software developers who use BigQuery as part of their work.
Quantitative Analyst
A Quantitative Analyst applies mathematical and statistical methods to financial and risk management problems. This role often requires querying and analyzing large datasets and the skills in this course may be useful. A quantitative analyst might use BigQuery for data mining, and this course introduces them to leveraging AI coding tools within the same platform. The ability to generate and understand complex queries using AI is useful for quickly accessing and processing data. This course may be useful for a quantitative analyst with experience with cloud data.
Research Scientist
A Research Scientist conducts research to advance knowledge in a particular field. This course may be useful to a research scientist who uses large datasets for their work and that data is stored in BigQuery. The skills to generate, interpret and adjust SQL queries using AI can speed up the data collection process and analysis. The course helps research scientists use new tools that can make their research more efficient. For a research scientist who works with large data sets, this course helps them use new technologies to improve their workflow.
Analytics Manager
An Analytics Manager leads a team of data professionals and oversees the analysis of business data. This course may be useful for an analytics manager who wants to understand the tools and techniques their team is using, particularly with a focus on data extraction and use with AI within BigQuery. Understanding how to use Gemini to generate, explain, and improve queries can be helpful when managing data projects and evaluating the efficiency of their team. This course can also help an analytics manager to better evaluate their team's output. This course may be useful for an analytics manager looking to modernize their team's workflow.
Technical Consultant
A Technical Consultant provides expert advice and guidance to clients on technology-related matters. This course may be useful to technical consultants working on projects involving Google Cloud and BigQuery. Understanding how generative AI tools like Gemini can improve data extraction and analysis workflows helps advise clients on optimizing their use of cloud technologies. This course may help a tech consultant guide clients on the best implementation of AI tools.
Financial Analyst
A Financial Analyst is responsible for analyzing financial data and providing insights to support business decisions. This course may be useful for a financial analyst who uses SQL and BigQuery to extract and analyze financial data. This course introduces tools that help you generate, explain and adjust queries. This can speed up the process of collecting data and making analyses. This course may be helpful to a financial analyst looking to expand their data analysis skills.
Marketing Analyst
A Marketing Analyst analyzes marketing data to measure the effectiveness of campaigns. This course helps a marketing analyst who uses BigQuery to access the data they need. The ability to use AI to generate and understand SQL queries helps extract marketing data for analysis efficiently. This course may be useful for marketing analysts who want to improve their ability to understand large datasets and improve their data analysis skills.
Operations Analyst
An Operations Analyst analyzes operational processes and data to improve efficiency and productivity. This course may be useful for an operations analyst who utilizes BigQuery to monitor operations data. The skills in this course involving AI-assisted query generation can speed up the data extraction and analysis. This course may help an operations analyst access data and make improvements more efficiently.
Product Manager
A Product Manager defines the vision and strategy for a product. This course may be useful for a product manager who works with data. Using AI to generate and understand SQL queries helps a product manager query, extract, and analyze data related to product performance. This course may help a product manager who needs to analyze large sets of user data to improve their product.

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Develop Code with Gemini in BigQuery.
Serves as the definitive engineering blueprint for building production applications on multimodal foundation models like Google Gemini, covering long-context prompting, retrieval-augmented generation, agentic tool calling, evaluation pipelines, and latency optimization.
Teaches both developers and business builders how to structure reliable system instructions, few-shot examples, structured JSON outputs, and multimodal chains across Google Gemini and frontier LLM APIs.
Bridges no-code/low-code citizen development and full-stack software engineering, demonstrating how Google Gemini, GitHub Copilot, and natural-language AI assistants accelerate application prototyping, testing, and deployment.
Essential for anyone looking to deepen their understanding of SQL performance and optimization. explains how databases execute queries and provides insights into writing efficient SQL code. It's highly recommended for developers and database administrators aiming to improve application performance.
Illustrates with visual clarity how modern transformer foundation models represent text and multimodal inputs, perform semantic search, and power intelligent conversational and agentic applications.
This second edition provides updated and enhanced coverage of data engineering on GCP, including data governance services, which are managed through the Cloud Console. It's highly relevant for those looking to deepen their understanding of current data practices on GCP and valuable resource for data professionals.
Focuses specifically on invoking Google Gemini from Python to generate application code, automate data processing workflows, debug scripts, and prototype AI-powered services rapidly.
Dives into common mistakes and suboptimal solutions in database design and SQL coding, explaining how to identify and correct them. It's crucial for deepening understanding and writing more robust and maintainable SQL. It's a valuable resource for developers and database professionals seeking to improve their practices.
Published recently in late 2023, this book focuses on building cloud-native applications on Google Cloud, covering concepts like microservices, containerization, and leveraging various GCP services accessible through the Console. It addresses contemporary development practices and how to utilize GCP for scalable and secure applications, making it highly relevant for professionals.
Walks practitioners through architecting low-code and code-first generative AI applications using orchestration frameworks, vector databases, memory buffers, and multimodal foundation model APIs.
Published in 2023, this guide offers a comprehensive look at a wide range of GCP services, including computing, storage, database, and networking. It's designed to familiarize readers with the various services accessible via the Cloud Console and provides an overview of topics like Big Data services and APIs. is highly relevant for gaining a broad understanding of the platform and its console interface.
While focused on MySQL, this book provides in-depth coverage of database and SQL performance tuning that is applicable to other systems. It's essential for those working with large datasets and high-traffic applications. It's a comprehensive guide for optimizing SQL queries and database infrastructure.
Focuses on using SQL specifically for data analysis, covering techniques beyond basic querying to transform and gain insights from data. It's suitable for those who have a foundational understanding of SQL and want to apply it in a data analysis context. It's relevant for data scientists and analysts.
While focused on T-SQL (for Microsoft SQL Server), this book provides a deep and rigorous understanding of SQL fundamentals that are applicable to many dialects. It's highly regarded for its clear explanations and challenging examples, making it excellent for solidifying core concepts. It's often used by professionals working with SQL Server.
Unpacks the underlying neural architecture of generative foundation models, showing technical readers how attention mechanisms, pretraining, and instruction tuning operate beneath the Gemini API.
Tailored for aspiring data scientists, this book focuses on the SQL skills needed for data analysis, including dataset construction and manipulation. It bridges the gap between basic SQL and its application in data science workflows. Relevant for those entering or working in the data science field.
Architects end-to-end generative AI and machine learning workloads on Google Cloud, showing solutions builders how to operationalize Vertex AI, Gemini models, data pipelines, and low-code AutoML services in production.
Offers an approachable and practical introduction to SQL, particularly for those interested in data analysis and storytelling. It uses PostgreSQL for examples but the concepts are widely applicable. It's great for beginners and those who want to apply SQL skills to real-world data tasks.
Security is paramount in the cloud, and this book dives deep into GCP's security features and best practices, many of which are configured and monitored through the Cloud Console. It's crucial for anyone responsible for securing GCP environments and provides in-depth knowledge on topics like IAM, network security, and data security.
Equips Python and JavaScript engineers to orchestrate Gemini and frontier language models with LangChain and LangGraph, covering retrieval pipelines, conversational memory, tool calling, and production evaluation.
While a study guide for a specific certification, this book offers a strong introduction to the core GCP services and concepts frequently accessed through the Cloud Console. It covers essential areas like computing, storage, networking, and security. is excellent for solidifying foundational knowledge and is often used by individuals preparing for their first GCP certification.
Provides a hands-on approach to learning and practicing SQL through a variety of problems. It's an excellent supplement to theoretical learning and helps solidify understanding through practical application. Suitable for all levels looking to improve their problem-solving skills with SQL.
Examines how Google's integration of Gemini foundation models into Search and AI Overviews reshapes digital communication, content discovery, brand visibility, and information retrieval strategy.
Offers practical tips and techniques for writing more effective and efficient SQL code. It's a great resource for improving coding style and avoiding common pitfalls. Suitable for those with some SQL experience looking to refine their skills.
Provides the enduring mathematical foundations of neural representation learning, sequence modeling, and gradient optimization that underpin modern multimodal AI systems like Google Gemini.
Another resource specifically for the Cloud Security Engineer certification, this book offers a practical, code-driven approach to mastering GCP security concepts and controls, many of which are implemented via the Cloud Console. It includes hands-on examples using `gcloud` and Golang.
A deep dive into how the SQL Server Query Optimizer works, which is essential for advanced performance tuning. is highly technical and geared towards those who need to understand the low-level details of query execution. It's valuable for database administrators and senior developers.
Connects LangChain orchestration directly with Google Cloud Vertex AI and Gemini APIs, walking Python developers through enterprise retrieval-augmented generation, vector indexing, and multi-step autonomous agents.
Addresses the critical topic of migrating and modernizing legacy applications on Google Cloud, utilizing various services configured via the Cloud Console. It's highly relevant for professionals involved in cloud migration strategies and provides insights into transforming applications for a cloud-native environment.
Demystifies visual and low-code machine learning on Google Cloud Vertex AI and BigQuery ML, empowering analysts and citizen developers to assemble predictive and generative AI workflows without heavy custom code.
Goes beyond just syntax to discuss the philosophy and strategy behind writing effective SQL. It encourages readers to think critically about their queries and database interactions. It's valuable for those looking to deepen their understanding and write more elegant and efficient SQL.
Offers an accessible, research-backed framework for non-programmers, educators, and citizen developers collaborating with frontier AI systems like Gemini as creative co-workers and tutors.
Distills core engineering patterns for reliable AI agents built atop frontier multimodal models like Gemini, covering structured outputs, memory management, tool invocation, routing, and evaluation loops.
Focused on SQL Server, this book is designed for developers and covers essential SQL skills within that environment. It's known for its clear presentation and dual-page format, making it easy to follow and apply the concepts. Useful for those specifically working with SQL Server.
For a deeper dive into GKE, a key service managed via the Cloud Console, this book covers advanced topics like networking, security, monitoring, and automation. It's suitable for those looking to become proficient in managing Kubernetes on GCP.
Provides a detailed guide to designing solutions on GCP, covering architectural patterns and best practices. It's valuable for those looking to understand how to leverage GCP services effectively, which directly informs how they would use the Cloud Console to implement these designs.
Offers a fast-paced introduction to SQL basics, designed for quick learning in short increments. It's suitable for absolute beginners who want to get up and running with SQL quickly. While not exhaustive, it covers the essential syntax and concepts.
Provides a practical guide to using PostgreSQL, a popular open-source relational database. While covering database-specific features, it reinforces general SQL concepts within the context of a widely used system. It's valuable for those working with or planning to use PostgreSQL.
Details how to architect multimodal retrieval-augmented generation pipelines using Google's Gemini Embedding 2 model, indexing text, images, documents, and audio into unified vector spaces for grounded AI synthesis.
A comprehensive reference covering a wide range of SQL topics and features. While it can be used for learning, its strength lies in providing detailed information on specific aspects of SQL. It's a good resource to have on hand for looking up syntax and options.
A definitive guide to PL/SQL, Oracle's procedural extension to SQL. is essential for developers working extensively with Oracle databases and needing to write stored procedures, functions, and other programmatic elements. Requires a solid understanding of SQL fundamentals.
Provides a broad overview of Google Cloud Platform, covering various services accessible through the Cloud Console. It's suitable for gaining a foundational understanding of GCP and how its components interact. While published in 2018, it remains a valuable resource for grasping core concepts before diving into more recent or specialized topics. It can serve as a useful reference for understanding the breadth of services available.
Explores how AI researchers train large foundation models to follow human values, mitigate representation bias, avoid hallucination, and behave safely when deployed to millions of users.
Authored by Google security experts, this book provides deep insights into the security practices and philosophies at Google that underpin GCP. While not solely focused on the Cloud Console, it offers essential context for understanding the security model of the platform you interact with through the console. It's valuable for anyone building critical systems on GCP.
Understanding how to monitor and manage applications on GCP is crucial, and this book focuses on Google Cloud's operations suite, including logging and monitoring tools accessed through the Cloud Console. It's highly relevant for anyone involved in the operational aspects of GCP.
A specialized book by Joe Celko that delves into managing hierarchical data structures using SQL. This is an advanced topic and valuable for those who need to work with tree-like data in their databases. It requires a strong foundation in SQL.

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