Troubleshooting and Debugging Techniques 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

In the online course of Troubleshooting and Debugging Techniques by Coursera, the students will be working on the tools that will further help them to solve real-world problems and the working mechanisms of debugging and troubleshooting.

The students over a period of 19 hours, will be guided by the professionals and instructors who have been trained and experienced in the field. In the Troubleshooting and Debugging Techniques certification syllabus the chapters that are included are - Why is my computer slow? Keeping Local Results, Using the Right Data Structures, Slow Script with Expensive Loop, Slow Script with Expensive Loop, Slowly Growing in Complexity, Writing Efficient Code, Possible Causes of Slowness, Expensive Loops, Slow Web Server and others.

Course and certificate fees

The fees for the course Troubleshooting and Debugging Techniques is -

Head	Amount in INR
1 month	Rs. 1,175
3 month	Rs. 2,351
6 month	Rs. 3,527

certificate availability

Yes

certificate providing authority

Coursera

Eligibility criteria

Education

Candidates willing to take admission in this program must have prior knowledge of Linux and Python.

Certification Qualification Details

For receiving the certificate in Troubleshooting and Debugging Techniques program the students need to complete the course on time.

What you will learn

Troubleshooting

For getting enrolled in the Troubleshooting and Debugging Techniques program the students need to follow the listed steps-

The students will understand the process involved in silently crushing applications.
Candidates in detail will study the mechanisms of finding the root cause of a problem.
Applicants in detail will explore the possible causes of slowness that are involved in debugging.
In the Troubleshooting and Debugging Techniques certification course, the students will study the process of the slow script.
Students in detail will be taught about the process of an expensive looping system.
Candidates will be learning about the steps that are included in understanding the crashing of applications.
The registered students will be working on the principles of binary search.

The syllabus

Module 1: Troubleshooting Concepts

Videos

Course Introduction
Intro to Module 1: Troubleshooting Concepts
What is debugging?
Problem Solving Steps
Silently Crashing Application
"It Doesn't Work"
Creating a Reproduction Case
Finding the Root Cause
Dealing with Intermittent Issues
Intermittently Failing Script
What is binary search?
Applying Binary Search in Troubleshooting
Finding Invalid Data
Module 1 Wrap Up: Troubleshooting Concepts

Readings

Welcome to the course
Review: Intermittently failing script
Linear and binary search (Optional)
Review: Finding invalid data
Glossary terms from course 4, module 1
Qwiklabs guidelines and troubleshooting steps
Exemplar: Debug Python Scripts

Quizzes

Module 1 challenge: Debug Python Scripts
Practice Quiz: Introduction to debugging

Assignments

Practice quiz: Understanding the problem
Practice Quiz: Binary searching a problem

App Item

Qwiklabs assessment: Debug Python scripts

Module 2: Slowness

Videos

Intro to Module 2: Slowness
Why is my computer slow?
How Computers Use Resources
Possible Causes of Slowness
Slow Web Server
Writing Efficient Code
Using the Right Data Structures
Expensive Loops
Keeping Local Results
Slow Script with Expensive Loop
Parallelizing Operations
Slowly Growing in Complexity
Dealing with Complex Slow Systems
Using Threads to Make Things Go Faster
Module 2 Wrap Up: Slowness

Readings

Monitoring Tools
More About Improving Our Code
More About Complex Slow Systems
Glossary terms from course 4, module 2
Exemplar: Performance Tuning in Python Scripts

Quizzes

Module 2 challenge: Performance Tuning in Python Scripts
Practice quiz: Understanding slowness
Practice quiz: Slow code
Practice Quiz: When slowness problems get complex

App Item

Qwiklabs assessment: Performance tuning in Python scripts

Module 3: Crashing Programs

Videos

Intro to Module 3: Crashing Programs
Systems That Crash
Understanding Crashing Applications
What to do when you can't fix the program?
Internal Server Error
Accessing Invalid Memory
Unhandled Errors and Exceptions
Fixing Someone Else's Code
Debugging a Segmentation Fault
Debugging a Python Crash
Crashes in Complex Systems
Communication and Documentation During Incidents
Writing Effective Postmortems
Module 3 Wrap-Up: Crashing Programs

Readings

Internal server error
Resources for understanding crashes
Review: Debugging a segmentation fault
Review: Debugging a Python crash
Debugging with print
Debugging with assert
Try and catch debugging
Python logging module
Python debugging with pdb
Debugging/ breakpoints in VS Code
AI infused debugging and paired programming
Resources for debugging crashes
Practice writing effective postmortems
Glossary terms from course 4, module 3
Exemplar: Fix errors in Python scripts

Quizzes

Fixing errors in Python scripts
Practice Quiz: Why programs crash
Practice Quiz: Handling Bigger Incidents

Assignment

Practice Quiz: Code that crashes

App Item

Qwiklabs assessment: Fix errors in Python scripts

Module 4: Managing Resources

Videos

Intro to Module 4: Managing Resources
Memory Leaks and How to Prevent Them
Managing Disk Space
Network Saturation
Dealing with Memory Leaks
Getting to the Important Tasks
Prioritizing Tasks
Estimating the Time Tasks Will Take
Communicating Expectations
Dealing with Hard Problems
Proactive Practices
Planning Future Resource Usage
Preventing Future Problems
Module 4 Wrap-Up: Managing Resources
Congratulations!
Sneak Peek of the Next Course

Readings

More about managing resources
More about making the best use of your time
Change management in virtualized environments
Containerized Applications: Docker
More about preventing future breakage
Glossary terms from course 4, module 4
Exemplar: Debug and solve software problems
IT skills in action
Getting Interviews through Networking
The Interview Process
Interviewing at Different Types of Companies
Developing an Elevator Pitch
Asking the Interviewer Questions
Answer Questions with the STAR Method
Interview Warmup
Negotiating the Contract
Reflect and connect with your peers
Course 4 glossary

Quizzes

Module 4 challenge: Debug and solve software problems
Practice Quiz: Managing Computer Resources
Practice Quiz: Managing Our Time

Assignment

Practice quiz: Making our future lives easier

App Item

Qwiklabs assessment: Debug and solve software problems

Admission details

Filling the form

To get enrollment for the Troubleshooting and Debugging Techniques online course, need to follow the provided steps-

Step 1: To take admission, candidates need to first visit the course webpage.

Step 2: Click on the Enroll tab and register yourself.

Step 3: The candidates next have to choose their course and begin learning.

How it helps

The Troubleshooting and Debugging Techniques certification benefits the students by allowing them a platform to practice their problem sets and working out their weaknesses in the said domain. The course has been designed by Google to provide quality education to IT professionals.

The certificate that the students will be receiving will be provided in the form of an e-certificate and hence can be easily incorporated across all sorts of mediums. The Troubleshooting and Debugging Techniques program allows the students to access the lectures, assignments, test series, and quizzes.

The course will be conducted online and hence can be accessed by students from the comfort of their homes. For a wider approach and reach the Troubleshooting and Debugging Techniques fee for enrollment is free for all the students. The course will thus help the students develop their professional skills.

FAQs

How do I apply for the Troubleshooting and Debugging Techniques course?

To apply for the Troubleshooting and Debugging Techniques, the students need to visit the official site of Coursera and get themselves enrolled.

In the course are subtitles available?

Yes, subtitles in multiple languages are available.

Who will teach the subjects?

The course has been formulated and offered by Google and the instructors are all learning industry professionals.

In the programme is there any provision for scholarships?

Yes, in the online course of Troubleshooting and Debugging Techniques training there is the provision of scholarships.

How do I get access to the course resources?

The students will be getting access to the course resources only after they get registered in the program.

What is the course duration?

The Troubleshooting and Debugging Techniques online course has a duration of 25 hours.

Can the students apply for more than one course?

Yes, all the students can easily apply for more than one course on the platform of Coursera.

When is the program starting?

The program will start as soon as the students get enrolled for the course on Troubleshooting and Debugging Techniques training.

Is the course a paid program?

The details of the payment and the course fees can be availed by the students once they enroll in the troubleshooting and Debugging Techniques course.