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The course is divided into two modules, and Lessons and Video Lectures further segment each module. This course facilitates learners with approximately 2:00-2:30 Hours of Video lectures that provide both Theory and Hands-On knowledge. Also, Graded and Ungraded Quizzes are provided with every module to test the ability of learners.

- Module 1: Database and Storage in Google Cloud

- Module 2: Networking in Google Cloud

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The course is divided into two modules, and Lessons and Video Lectures further segment each module. This course facilitates learners with approximately 2:00-2:30 Hours of Video lectures that provide both Theory and Hands-On knowledge. Also, Graded and Ungraded Quizzes are provided with every module to test the ability of learners.

- Module 1: Database and Storage in Google Cloud

- Module 2: Networking in Google Cloud

The course is designed for professionals and learners aiming to master GCP architecture and services. It combines foundational concepts with real-world implementation scenarios for cloud infrastructure, networking, storage, and data management.

- Associate Cloud Engineer

- Cloud Support Engineer

- Cloud Operations Engineer

- Site Reliability Engineer (Junior/Associate level)

By the end of the course, learners will be able to:

- Manage databases using Cloud SQL, Spanner, BigTable, Datastore, and BigQuery.

- Build data pipelines with DataFlow, Dataproc, and Cloud Storage.

- Set up and secure VPC networks, firewall rules, VM instances, and VPC peering.

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What's inside

Syllabus

Database and Storage in Google Cloud
Welcome to Week 1. This week, we’ll begin with an introduction to Google Cloud Platform (GCP), including a breakdown of its services, regions, and zones, to help you understand how GCP delivers reliable and scalable solutions globally. Moving into GCP's powerful data services, we’ll explore Cloud SQL, its supported database engines, and how to leverage Cloud Spanner, BigTable, and Cloud Datastore for different data needs. Finally, you’ll be introduced to GCP’s robust analytics and data processing tools—BigQuery for large-scale data warehousing, DataFlow for stream and batch data processing, and Dataproc for running Apache Hadoop and Spark jobs. By the end of this module, you’ll have a solid grasp of GCP’s core data services and infrastructure fundamentals, setting the stage for more advanced topics ahead.
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Career center

Learners who complete GCP: Database, Storage, and Networking will develop knowledge and skills that may be useful to these careers:
Associate Cloud Engineer
The Associate Cloud Engineer plays a pivotal role in implementing and maintaining cloud solutions. This involves deploying applications, monitoring operations, managing services, and ensuring the reliability of cloud infrastructure. This course is explicitly designed for those aiming for the Associate Cloud Engineer certification and provides comprehensive coverage of essential GCP services. Learners will master managing databases like Cloud SQL, Spanner, and BigQuery, crucial for application backends and data analytics. Furthermore, the course delves into setting up secure Virtual Private Cloud networks, configuring firewall rules, and managing VM instances, all fundamental tasks for an Associate Cloud Engineer.
Cloud Operations Engineer
A Cloud Operations Engineer is responsible for the day-to-day management, monitoring, and maintenance of cloud infrastructure and services to ensure optimal performance and availability. This course aligns perfectly with the demands of this role by providing hands-on knowledge in managing critical GCP components. You will gain expertise in configuring and managing Virtual Private Cloud networks, setting up firewall rules for security, and overseeing VM instances, all vital for maintaining robust cloud environments. The curriculum's focus on Cloud Load Balancing and Cloud DNS helps ensure high availability and responsiveness for applications. Furthermore, the ability to manage various database services like Cloud SQL, BigTable, and Cloud Storage learned here equips you to handle the operational aspects of data platforms effectively.
Cloud Support Engineer
As a Cloud Support Engineer, you provide expert technical assistance to users encountering issues with cloud services, often requiring deep understanding of platform components. This career path is directly supported by the comprehensive knowledge gained from this course. You will be well-prepared to troubleshoot problems related to database services, including Cloud SQL, Spanner, and BigQuery, and resolve storage issues involving Cloud Storage. A strong grasp of networking concepts, such as VPCs, firewall rules, Cloud Load Balancing, and Cloud DNS, essential for diagnosing connectivity and performance problems, is thoroughly developed within the course. This foundational understanding allows you to efficiently diagnose incidents and provide effective solutions to ensure seamless cloud operations.
Site Reliability Engineer
A Site Reliability Engineer focuses on ensuring the reliability, performance, and scalability of cloud systems through engineering practices. This course is explicitly recommended for those aspiring to be a Site Reliability Engineer by providing a robust foundation in GCP architecture and services. You will learn to manage databases such as Cloud Spanner for high availability and BigQuery for scalable data warehousing, crucial for building resilient systems. The deep dive into networking, covering VPCs, firewall rules, and Cloud Load Balancing, helps you design and maintain highly available and fault-tolerant infrastructure. Understanding hybrid cloud integration with Cloud Interconnect also prepares you for complex operational challenges and maintaining service level objectives for critical applications.
Data Engineer
A Data Engineer designs, builds, and maintains data pipelines and infrastructure, ensuring data is available, reliable, and accessible for analysis. This course provides highly relevant skills for a Data Engineer, particularly concerning Google Cloud Platform. You will gain hands-on experience in managing various GCP database services, including Cloud SQL, Cloud Spanner, BigTable, and BigQuery, which are central to data storage and retrieval. The course specifically covers building data pipelines with DataFlow and Dataproc, and leveraging Cloud Storage, directly aligning with core Data Engineer responsibilities. This comprehensive understanding of data services and processing tools on GCP helps prepare you to construct efficient and scalable data solutions. This role typically requires an advanced degree or significant experience.
Big Data Engineer
A Big Data Engineer builds and optimizes large-scale data processing systems and pipelines, often using distributed computing frameworks and cloud services. For an aspiring Big Data Engineer, this course offers highly pertinent skills on the Google Cloud Platform. You will gain experience with BigQuery for large-scale data warehousing, DataFlow for stream and batch data processing, and Dataproc for running Apache Hadoop and Spark jobs. These are fundamental tools for handling vast datasets. Additionally, managing Cloud Storage for data lakes and understanding various database services like Cloud Spanner and BigTable, designed for massive datasets, directly supports the creation of robust big data solutions. This role typically requires an advanced degree or significant experience.
Cloud Network Engineer
A Cloud Network Engineer specializes in designing, implementing, and managing network infrastructure within cloud environments, ensuring secure and efficient connectivity. This course offers comprehensive coverage of essential networking topics directly applicable to a Cloud Network Engineer. You will learn to create and configure Virtual Private Cloud networks, establish robust firewall rules, and implement VPC peering for secure inter-network communication. The curriculum also delves into advanced networking concepts such as hybrid cloud integration with Cloud Interconnect and the effective use of Cloud Load Balancing and Cloud DNS, which are critical for optimizing traffic and ensuring application availability. This deep dive into GCP networking establishes a solid understanding of cloud network components and their management.
Cloud Architect
A Cloud Architect designs and oversees the implementation of scalable, secure, and robust cloud solutions, requiring a deep understanding of various cloud services and architectural best practices. While often requiring significant experience, the foundational knowledge provided by this course is crucial for anyone aspiring to become a Cloud Architect. You will gain comprehensive insights into GCP's database services, including Cloud SQL, Spanner, BigTable, and BigQuery, which are essential for designing data storage strategies. The extensive coverage of networking, encompassing VPCs, firewall rules, Cloud Load Balancing, and hybrid cloud integration with Cloud Interconnect, is fundamental to designing resilient and secure network architectures. This broad understanding of core GCP services helps build the platform for designing complex cloud environments.
Infrastructure Engineer
An Infrastructure Engineer designs, implements, and manages the underlying technology systems—servers, networks, storage—that support an organization's applications and data. This course is highly relevant for an Infrastructure Engineer working with Google Cloud Platform, as it provides comprehensive coverage of key infrastructure components. You will master setting up and securing Virtual Private Cloud networks, configuring firewall rules, and managing VM instances, which are core infrastructure tasks. The course also teaches about Cloud Interconnect for hybrid cloud environments and Cloud Load Balancing for managing traffic, crucial elements of robust infrastructure. Furthermore, understanding GCP's data services like Cloud Storage, BigTable, and Dataproc helps in building a complete and reliable cloud infrastructure.
Solutions Architect
A Solutions Architect evaluates business requirements and designs comprehensive technical solutions, often leveraging cloud platforms, requiring a broad understanding of services and their integration. This course provides foundational knowledge for a Solutions Architect. By covering key GCP database services like Cloud SQL, Spanner, BigTable, and BigQuery, you develop an understanding of data storage options essential for solution design. The extensive module on networking, including Virtual Private Cloud, firewall rules, VPC peering, and Cloud Load Balancing, is fundamental for designing secure and scalable network architectures. This comprehensive overview of GCP infrastructure, networking, storage, and data management helps in articulating and illustrating potential cloud solutions.
Platform Engineer
A Platform Engineer builds and maintains the underlying platforms and tools that developers use to deploy and manage applications, focusing on automation, scalability, and reliability in cloud environments. This course provides strong foundational knowledge for a Platform Engineer. You will learn to manage critical GCP services, including setting up and securing Virtual Private Cloud networks, configuring firewall rules, and managing VM instances, which are core components of any platform. Understanding Cloud Load Balancing and Cloud DNS helps in building highly available platform services. Additionally, familiarity with data pipelines using DataFlow and Dataproc, and managing various database services like Cloud SQL and BigTable, helps in integrating robust data capabilities into the platform.
DevOps Engineer
A DevOps Engineer bridges software development and IT operations by automating infrastructure provisioning, continuous integration, and continuous deployment, often within cloud environments. This course provides strong foundational knowledge for a DevOps Engineer. Understanding how to set up and secure Virtual Private Cloud networks, configure firewall rules, and manage VM instances directly supports infrastructure as code practices. Expertise in database services like Cloud SQL and BigTable helps in automating database provisioning and management within deployment pipelines. Furthermore, familiarity with data processing tools such as DataFlow and Dataproc helps in building automated data workflows, all contributing to streamlined development and operational processes.
Technical Consultant
A Technical Consultant advises clients on technical solutions, often involving cloud technologies, and helps with implementation and optimization. This course provides foundational knowledge for a Technical Consultant specializing in Google Cloud Platform. You will gain a thorough understanding of GCP's services, regions, and zones, enabling you to speak confidently about cloud infrastructure. Expertise in database services like Cloud SQL, Spanner, and BigQuery allows you to recommend appropriate data solutions. The strong emphasis on networking, including VPCs, firewall rules, and hybrid cloud integration, is invaluable for advising clients on secure and scalable network architectures, supporting the design and deployment of tailored cloud solutions.
Cloud Database Administrator
A Cloud Database Administrator manages and maintains database systems deployed in cloud environments, ensuring their performance, security, and availability. This course provides foundational knowledge for a Cloud Database Administrator. You will gain practical experience with essential GCP database services, including Cloud SQL, its supported database engines, Cloud Spanner, BigTable, and Cloud Datastore. Understanding how to manage these diverse database offerings is crucial for setting up, monitoring, and optimizing data storage solutions. While the course covers network security aspects like firewall rules, which are important for database protection, a full Cloud Database Administrator role typically requires an advanced degree and deep specialization in database internals beyond this introductory course.
Cloud Security Engineer
A Cloud Security Engineer designs, implements, and monitors security measures for cloud-based systems, protecting data and infrastructure from threats. This course provides foundational knowledge that may be useful for a Cloud Security Engineer. The emphasis on securing Virtual Private Cloud networks, configuring firewall rules to control network access, and understanding IP addressing is directly relevant to establishing a secure cloud perimeter. While the course does not cover all aspects of cloud security, the insights into how GCP services function, including databases like BigTable and Cloud Storage, help build an understanding of attack surfaces and security controls within the Google Cloud ecosystem. This forms a basis for further specialization in cloud security.

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 GCP: Database, Storage, and Networking.
Delves into the fundamental concepts behind building reliable, scalable, and maintainable data systems, including distributed storage. It provides a deep understanding of topics like data models, storage engines, replication, and consistency, which are directly applicable to cloud storage architectures. It valuable resource for undergraduate and graduate students, as well as working professionals.
Similar to the other official study guides by Dan Sullivan, this book key resource for the Professional Data Engineer certification. It covers the concepts and practices required for data engineering on GCP, including data processing, analysis, and machine learning.
Focused specifically on cloud security on GCP, this book is invaluable for those preparing for the Professional Cloud Security Engineer certification. It covers cloud security basics, GCP security tools, and their implementation through clear explanations and practice exercises.
An expert guide for the Professional Machine Learning Engineer certification, this book covers the entire ML process on GCP, from data and feature engineering to model training and deployment using Vertex AI, TensorFlow, and Kubeflow.
Is tailored for individuals pursuing the Professional Cloud Network Engineer certification. It covers all exam objectives and provides hands-on examples using gcloud commands, making it a practical guide for network professionals on GCP.
Aimed at the Associate Cloud Engineer certification, this book provides a solid understanding of deploying and managing applications and infrastructure on GCP. It's an excellent resource for beginners and those looking to validate their foundational GCP skills.
This study guide is tailored for the AWS Certified Solutions Architect - Associate exam and includes extensive coverage of AWS VPC, its components, and various design scenarios. It's a practical resource for those preparing for certification and provides a solid understanding of VPC in the AWS context through exam-like questions and explanations. It serves as a valuable reference and study aid.
Given the increasing importance of data security and privacy, this book is highly relevant for understanding contemporary challenges in cloud storage. It provides practical guidance and case studies, making it valuable for professionals and students interested in cloud security. It useful reference for security practitioners.
Security is paramount in cloud storage. must-read for understanding the security and privacy implications of storing data in the cloud. It provides an enterprise perspective on risks, compliance, and best practices, making it essential for IT professionals, security practitioners, and business managers.
A practical guide focusing on operationalizing scalable data analytics systems on GCP. It covers services like BigQuery, Cloud SQL, Cloud Storage, and Dataflow with hands-on examples. is highly relevant for those interested in data engineering on GCP and preparing for the Professional Data Engineer exam.
While this book is not specific to cloud databases, it provides a comprehensive overview of data management and architecture principles that are highly relevant to designing and implementing cloud-based database solutions.
Provides a comprehensive overview of hybrid cloud, covering all aspects from the strategic decision-making process to implementation and management.
Specifically designed for beginners, this book provides a solid foundation in GCP capabilities. It covers setting up accounts, using core services like Cloud Storage, Compute Engine, and Kubernetes Engine. It is particularly useful for those preparing for the GCP Associate Cloud Engineer certification.
Provides practical guidance and hands-on labs for configuring Palo Alto Networks firewalls, known for their next-generation capabilities. It's ideal for students and professionals seeking to learn about and work with modern firewall features like application identification and threat prevention. The hands-on approach makes it particularly useful for skill development.
Delves into building, training, and optimizing machine learning models on GCP using services like Google Cloud Machine Learning Engine and TensorFlow. It's a practical guide for data scientists and ML developers looking to leverage GCP for their projects.
Must-read for anyone involved in an organization's cloud adoption journey. It provides proven strategies for transforming an organization using the cloud, addressing not just the technology but also the cultural and organizational changes required. Understanding this context is crucial for making informed decisions about cloud storage adoption and strategy.
This is another classic textbook on distributed systems that provides a strong theoretical foundation for understanding cloud storage. It covers essential concepts like communication, processes, naming, synchronization, consistency and replication, fault tolerance, and security in distributed environments. It's suitable for advanced undergraduate and graduate students.
Focuses on applying data science techniques on GCP, leveraging its various data services. It's a valuable resource for data scientists and analysts who want to perform data processing and analysis at scale on the platform.
This guide is ideal for anyone looking to become familiar with the comprehensive list of services in GCP, including compute, storage, database, networking, and big data. It covers essential concepts and provides an overview of best practices for deploying workloads. It good starting point for beginners and cloud professionals migrating to GCP.
Offers a practical, step-by-step guide to configuring Cisco ASA firewalls, a widely used enterprise-grade firewall. It's an excellent resource for professionals and advanced students who need hands-on knowledge of a specific vendor's firewall product. While vendor-specific, it reinforces general firewall concepts through practical application.
Offers a hands-on introduction to Google Cloud, covering practical skills and use cases. It's suitable for newcomers to the cloud and those who prefer a practical approach to learning GCP's core concepts and services.
Is often cited as a foundational text in the academic study of cloud computing, covering key principles and paradigms that include storage. It's suitable for graduate students and researchers seeking a comprehensive overview of the field.
Similar to the Cisco ASA book, this guide focuses on administering Check Point firewalls, another major player in the enterprise firewall market. It's highly relevant for professionals working with or planning to work with Check Point products, offering practical configuration and administration knowledge. Vendor-specific but valuable for practical skills.
Addresses contemporary data management challenges in the context of cloud environments, including topics like data governance and data security. It's relevant for professionals and graduate students dealing with large-scale data in the cloud.
While covering broader cloud security, this book provides essential insights into securing cloud infrastructure, which directly applies to VPC design and implementation. It discusses security best practices, risk management, and compliance in cloud environments. is crucial for understanding how to build secure VPCs and useful reference tool for security considerations.
Explores using GCP's AI-powered services for various applications, from chatbots to image analysis. It's suitable for those with a background in math and Python who want to apply AI/ML on GCP. It provides step-by-step guidance for building and training models.
Focuses on Cisco's next-generation firewall platform, Firepower Threat Defense. It's relevant for understanding contemporary firewall capabilities beyond traditional packet filtering, including intrusion prevention and advanced malware protection, and how rules are applied in these systems. Valuable for professionals working with or migrating to Cisco's newer security platforms.
Guides the reader through building scalable applications on GCP, starting with App Engine and Compute Engine. It covers implementing authentication, security, and using Cloud APIs, making it a practical guide for developers.
Focuses specifically on the critical aspects of firewall policies and VPN configurations across various products. It delves into the practicalities of writing effective policies to maximize security while allowing necessary access. It's a valuable resource for network administrators and security professionals responsible for configuring and managing firewalls.
Provides an excellent general overview of GCP services, covering deployment of scalable cloud applications. It's suitable for those new to GCP but with some cloud experience, offering practical insights and worked examples. It serves as a strong foundation for understanding the breadth of GCP's offerings.
Is designed as an entry point to GCP and the Cloud Digital Leader certification. It simplifies basic technological elements of GCP and is suitable for aspiring IT professionals and enthusiasts. It covers cloud fundamentals, data, AI/ML, infrastructure, and security.
Comprehensive guide to hybrid cloud from VMware, a leading provider of cloud computing solutions.
While covering a wider scope of network security and cryptography, this book includes essential principles directly applicable to understanding how firewalls function within a secure system. It delves into the underlying technologies and standards, providing depth for those who want to understand not just *how* firewalls work, but *why* they are designed the way they are. This widely used textbook in undergraduate and graduate programs.
Provides a broad and foundational understanding of cloud computing concepts, including various service and deployment models. It lays essential groundwork for comprehending the context and importance of VPC within the larger cloud landscape. While not solely focused on VPC, its comprehensive nature makes it valuable prerequisite reading for anyone new to cloud technologies.
Presents techniques and tactics for ensuring optimal security in cloud environments. It covers the dynamics of cloud infrastructure and associated security challenges, offering proactive measures to defend cloud assets. This is highly relevant for securing VPC deployments and useful reference for security professionals.
Is essential for understanding modern cloud infrastructure management, including the automation of network resources like VPCs. It explains how to manage cloud infrastructure programmatically, which key skill for deploying and managing VPCs efficiently and at scale. It's particularly useful for DevOps professionals and those interested in automating cloud networking.
Provides a comprehensive overview of the NoSQL database landscape, including different types of NoSQL databases and their use cases in the cloud.
Offers a comprehensive look at cloud computing, covering foundational principles and applications programming. While broad, it provides in-depth knowledge of the cloud ecosystem, which is beneficial for understanding where VPC fits in larger cloud deployments and for those looking to deepen their overall cloud knowledge beyond just networking.
This guide offers a roadmap for mastering cloud concepts and developing hands-on expertise across AWS, Azure, and GCP. It covers networking services in a multi-cloud context, which includes VPCs. It is suitable for IT professionals transitioning to cloud roles and seeking to build proficiency across different cloud platforms.
Focuses specifically on database storage in the cloud, including building and managing scalable and highly available cloud storage solutions for databases. It provides detailed examples and best practices.
Offering a collection of practical recipes, this book provides solutions to common tasks and challenges on GCP. It's a useful reference for developers and administrators needing quick, step-by-step guides for implementing various GCP services.
Offers a high-level overview of GCP services through illustrations, making complex concepts more accessible. It's a valuable resource for quickly grasping the relationships between different GCP components and is suitable for visual learners and those seeking a quick reference.
Provides a comprehensive guide to MongoDB, a popular NoSQL database, and includes sections on deploying and managing MongoDB in the cloud.
Offers a practical comparison of different NoSQL databases and provides guidance on selecting the right database for specific cloud-based applications.
Provides a comprehensive guide to PostgreSQL, a popular open-source relational database management system, and includes sections on deploying and managing PostgreSQL in the cloud.
Takes a practical approach to cloud computing, making it suitable for those who want to understand how cloud storage is implemented and used in real-world scenarios. It covers the business case and operational benefits of moving to the cloud. This book good resource for both students and IT professionals.
Helps in understanding the different cloud service models and the design decisions involved in architecting cloud solutions. Understanding IaaS, where VPC resides, is fundamental. It provides a vendor-neutral perspective on selecting appropriate cloud service models based on business and technical requirements, offering valuable context for designing VPC-based architectures.
Provides practical knowledge for implementing cloud storage using OpenStack Swift. It's suitable for those interested in building and managing their own cloud storage infrastructure. It delves into architecture, design examples, and use cases.

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