Reliable Google Cloud Infrastructure Design and Process by Google via Coursera: Fee, Duration, How to Apply

Quick Facts

particular	details
Medium of instructions English	Mode of learning Self study	Mode of Delivery Video and Text Based

Course overview

The Reliable Google Cloud Infrastructure: Design and Process course by Coursera has been conceptualized for learners who wish to get an insight into the process of building highly effective and reliable business solutions and start out their career in that direction. The course is a part of multiple programmes such as Cloud architecture with SRE and DevOps Engineer with Google Cloud Professional Certificate, Architecting with Google Compute Engine Specialization and Google Cloud Professional Certificate.

Coursera ensures to deliver the programmes only via world-class instructors hailing from companies and universities worldwide. The course programme is ensured to be delivered via interactive methodologies such as community discussion forums, projects, exercises, quizzes and video lectures. The course is delivered via labs, design activities and presentations. It will enable the participants to design highly reliable, secure and cost-effective Google Cloud deployments while balancing the business and technical requirements. The course gives direct experience with the technologies covered in Architecting with Google Kubernetes Engine courses or Architecting with Google Compute Engine. It will equip the participants to develop efficient and reliable solutions with the help of design patterns available on Google Cloud.

Course and certificate fees

Reliable Google Cloud Infrastructure Design and Process Fee Structure -

Course name	Fee in INR
Audit mode	Free
Reliable Google Cloud Infrastructure Design and Process (1 month)	Rs. 4,115
Reliable Google Cloud Infrastructure Design and Process (3 months)	Rs. 8,230
Reliable Google Cloud Infrastructure Design and Process (6 months)	Rs. 12,345

certificate availability

Yes

certificate providing authority

Coursera

Who it is for

Cloud engineer It engineer Data engineer

Eligibility criteria

Work Experience

Candidates will be able to apply for this programme if they have basic proficiency with Linux operating system environments and command-line tools. Candidates must have completed prior courses in Architecting with Google Kubernetes Engine, Architecting with Google Cloud Platform Specialization, or other relevant courses.

Certification Qualifying Details

Coursera awards candidates with certificates of completion only after ensuring that the candidates have completed the entire programme successfully. The candidate needs to make the programme fee payment as well to get the certificate.

What you will learn

Knowledge of cloud computing

After the completion of the Reliable Google Cloud Infrastructure: Design and Process course by Coursera the participants will have detailed knowledge about the following:

The basic concepts of Google Cloud infrastructure
Understanding the basics of Google Cloud storage
Learning how to define network characteristics
Learning about Designing Reliable Scalable Applications
Expertise in network security

The syllabus

Module 1: Introduction

Videos

Course Introduction
Activity Intro: Defining your case study
Activity Review: Defining your case study

Reading

Workbook

Module 2: Defining Services

Videos

Module Overview
Requirements, Analysis, and Design
Activity Intro: Analyzing your case study
Activity Review: Analyzing your case study
KPIs and SLIs
SLOs and SLAs
Activity Intro: Defining SLIs and SLOs
Activity Review: Defining SLIs and SLOs
Module Review

Assignment

Defining Services

Module 3: Microservice Design and Architecture

Videos

Module Overview
Microservices
Microservices Best Practices
Activity Intro: Designing microservices for your application
Activity Review: Designing microservices for your application
REST
HTTP
APIs
Activity Intro: Designing REST APIs5
Activity Review: Designing REST APIs
Module Review

Assignment

Microservice Design and Architecture

Module 4: DevOps Automation

Videos

Module Overview
Continuous Integration Pipelines
Infrastructure as Code
Lab Intro: Building a DevOps Pipeline
Getting Started with Google Cloud Platform and Qwiklabs
Lab Review: Building a DevOps Pipeline
Module Review

Assignment

DevOps Automation

App Item

Lab: Building a DevOps Pipeline

Module 5: Choosing Storage Solutions

Videos

Module Overview
Key Storage Characteristics
Activity Intro: Defining storage characteristics
Activity Review: Defining storage characteristics
Choosing Google Cloud Storage and Data Solutions
Activity Intro: Choosing Google Cloud storage and data services
Activity Review: Choosing Google Cloud storage and data services
Module Review

Assignment

Choosing Storage Solutions

Module 6: Google Cloud and Hybrid Network Architecture

Videos

Module Overview
Designing Google Cloud Networks
Designing Google Cloud Load Balancers
Activity Intro: Defining network characteristics
Activity Review: Defining network characteristics
Connecting Networks
Activity Intro: Diagramming your network
Activity Review: Diagramming your network
Module Review

Assignment

Google Cloud and Hybrid Network Architecture

Module 7: Deploying Applications to Google Cloud

Videos

Module Overview
Google Cloud Infrastructure as a Service
Google Cloud Deployment Platforms
Lab intro Deploying Apps to Google Cloud
Lab review Deploying Apps to Google Cloud
Module Review

Assignment

Deploying Applications to Google Cloud

App Item

Lab: Deploying Apps to Google Cloud

Module 8: Designing Reliable Systems

Videos

Module Overview
Key Performance Metrics
Designing for Reliability
Activity Intro: Designing Reliable Scalable Applications
Activity Review: Designing Reliable Scalable Applications
Disaster Planning
Activity Intro: Disaster planning
Activity Review: Disaster planning
Module Review

Assignment

Designing Reliable Systems

Module 9: Security

Videos

Module Overview
Security Concepts
Securing People
Securing Machine Access
Network Security
Encryption
Activity Intro: Modeling Secure Google Cloud Services
Activity Review: Modeling Secure Google Cloud Services
Module Review

Assignment

Security

Module 10: Maintenance and Monitoring

Videos

Module Overview
Managing Versions
Cost Planning
Monitoring Dashboards
Activity Intro: Cost estimating and planning
Activity Review: Cost estimating and planning
Lab Intro: Monitoring Applications in Google Cloud
Lab Review: Monitoring Applications in Google Cloud
Module Review
Course Review

Readings

What’s Next? Get Certified
Workbook Example Solution

Assignment

Maintenance and Monitoring

App Item

Lab: Monitoring Applications in Google Cloud

Admission details

Filling the form

To apply for a Reliable Google Cloud Infrastructure: Design and Process course by Coursera admissions, candidates need to follow the below-given steps and instructions properly.

Step 1: Go to the official programme webpage.

Step 2: Thereafter, there is a tab ‘Enroll Now’ to apply further.

Step 3: To proceed ahead, the candidate needs to create a login ID via Facebook or Google and sign up for the same.

Step4: After making an account, candidates will have to choose the program which is right for them as this course is a part of multiple learning programs. After selecting the programme, they can either opt for the professional certificate or Coursera plus for the programme.

Step5: After selecting the appropriate option, participants have to give their card details. They will not be charged immediately. They will be charged with the course fees after the completion of their 7 days free trial.

Scholarship Details

Coursera is not providing scholarships to candidates but it is giving financial aid to candidates who cannot pay the fee themselves. They can avail of financial aid by applying and enrolling for it.

How it helps

The Reliable Google Cloud Infrastructure: Design and Process course by Coursera is an online opportunity for learners looking to develop skills for creating systematic business solutions on Google Cloud. The participants will be able to receive jobs that are high paying and ensure increments. The skills set gained during the course will help candidates in making a place for themselves. After the successful completion of the course participants will have a detailed understanding of applying all the concepts learned during the course in a practical life scenario. The business complexities can be easily handled in real-time. The practice assignments and quizzes will help the participants to evaluate and implement their understanding of the learned concepts. The coursework will give the participants theoretical as well the industry knowledge called for. Moreover, the candidate can upgrade to learn at an advanced level programme.

FAQs

Is this course available for an audit?

No, this course is not available for audit. It is currently available only to learners who have paid or have been given financial aid, when available.

How does Coursera provide course completion certificates?

As soon as the candidate clears the course, he/she is given a course completion certificate which can be easy to download and print. It can be shared via other platforms as well.

Can the participants retake a course?

Participants can retake a course. They can retake quizzes and exams and re-do the assignments. The most recent grade will be counted. Progress in a course cannot be deleted once the course has started.

What are peer reviewed assignments?

Peer-reviewed assignments are assignments that other learners in the course can also see. Other learners can give their feedback upon the assignments; the name of the learner will also be visible.

How can problems incurred while verification be solved?

If the participants incur any problem such as not being able to upload their image or update something on their verification ID while verifying their identity, they can try verifying again later after troubleshooting the issue or using a different device.

Are peer assignments graded?

Yes, the grade of a peer-reviewed assignment is based on the grades given by the peer reviewers. The final grade is calculated on the basis of the final grade for each part of the assignment.