Question 1

Who can do a DevOps course, and how can you benefit?

Accepted Answer

DevOps courses welcome people from all backgrounds and career stages. A basic understanding of concepts is enough to do a DevOps course.

Who can learn DevOps:

Software developers who want to expand beyond just coding
IT professionals like system admins who want to move into modern automation
Beginners with a basic understanding from non-tech backgrounds
Fresh graduates looking for high-demand skills
Anyone wanting a career change into tech

Benefits you get: Better salaries (₹6-25 lakhs annually in India), job security, and exposure to cutting-edge technologies.

Question 2

What makes Scaler the best course for DevOps, Cloud Computing & Cybersecurity?

Accepted Answer

Scaler stands out because of its complete approach to teaching DevOps. While other courses just cover basics, Scaler gives you everything needed for real jobs. The curriculum covers the complete DevOps toolchain - Git, Jenkins, Docker, Kubernetes, AWS, Ansible, and Terraform. These are actual tools used by companies like Google and Netflix. The program focuses on practical learning through live projects and labs. Plus, Scaler integrates cloud computing and cybersecurity, giving you skills for diverse roles. You get placement support, including resume help, interview prep, and direct connections with hiring companies.

Question 3

What tools and technologies are covered in the DevOps course?

Accepted Answer

Scaler's DevOps program covers all essential tools modern companies use for software development and operations.

Core tools you'll master:

Version Control: Git, GitHub, GitLab for managing code changes and team collaboration
CI/CD Pipelines: Jenkins, CircleCI, Azure DevOps for automated testing and deployment
Containers: Docker and Kubernetes for packaging and running applications at scale
Infrastructure: Ansible, Terraform for automating server setup and management
Cloud Platforms: AWS, Azure, Google Cloud services for modern infrastructure
Monitoring: Prometheus, Grafana, ELK Stack for tracking system health

Security and automation: You'll also learn security tools for vulnerability scanning and compliance, plus infrastructure as code principles. This complete toolkit prepares you for any DevOps role in the industry.

Question 4

Is this course beginner-friendly for non-tech professionals?

Accepted Answer

Scaler's DevOps course is specifically designed for individuals switching careers into tech and may not have a coding background. It is always beneficial to have an understanding of basic concepts as it helps students to grasp the concepts more easily. The structured approach works regardless of your background.

How beginners succeed: The course starts with basic computer concepts, operating systems, and networking fundamentals. You'll learn Linux command line and shell scripting from scratch. Programming concepts focus on practical automation scripts, not complex software development.
Everything builds step by step - each module prepares you for the next without overwhelming you. Extensive hands-on labs let you practice safely and learn from mistakes. Experienced instructors provide personal guidance, especially valuable for career changers. All concepts connect to real business needs, so you understand why each tool matters.
Success requires dedication and consistent effort, not prior tech expertise. Many successful DevOps professionals started with zero technical background.

Question 5

Do I need an IT background to enroll in the DevOps course?

Accepted Answer

No, you don't need an IT background to start Scaler's DevOps course. The program welcomes learners from all educational and professional backgrounds.

Success without IT background: Many successful DevOps engineers started in finance, healthcare, manufacturing, or education. Your success depends more on commitment to learning than your starting point. Non-tech professionals often bring valuable skills like project management, communication, and business understanding that are highly valued in DevOps roles.

What helps: Basic computer familiarity, willingness to learn command-line interfaces, and interest in technology concepts help you adapt faster. But these can be learned during the program. Scaler's curriculum includes foundation modules covering essential concepts from scratch, ensuring everyone has the knowledge needed before advancing to specialized tools.

Question 6

Can a non-programmer or non-IT professional learn DevOps?

Accepted Answer

Absolutely! Many leading DevOps professionals started in completely different industries and successfully switched through dedicated learning.

DevOps involves some scripting and automation, but it's very different from full software development. DevOps professionals focus on infrastructure automation, tool integration, and operational processes rather than building complex applications. Basic scripting in Python or Bash is enough for most DevOps tasks.

Professionals from any field bring valuable abilities like problem-solving, process improvement, communication, and project management. These soft skills are often more important than technical knowledge for DevOps success. Companies actively seek DevOps professionals with diverse backgrounds who can bridge technical and business requirements.

Scaler teaches necessary programming concepts within the DevOps context, so you learn scripting as a tool for automation rather than comprehensive software development.

Question 7

What are the requirements to become a DevOps engineer?

Accepted Answer

Becoming a DevOps engineer requires a mix of technical skills, soft skills, and practical experience rather than specific degrees.

Technical skills needed
Strong Linux knowledge including command-line proficiency and system administration. Version control expertise with Git for managing code changes. Scripting abilities in Python, Bash, or PowerShell for automation. Cloud platform familiarity with AWS or Google Cloud services.

DevOps tool knowledge
CI/CD tools like Jenkins or GitLab CI for automated pipelines. Containerization with Docker and Kubernetes for application deployment. Configuration management tools like Ansible or Terraform for infrastructure automation. Monitoring tools like Prometheus and Grafana for system observability.

Soft skills
Collaboration abilities to work with development and operations teams. Problem-solving skills for troubleshooting complex issues. Communication skills to explain technical concepts clearly. Continuous learning mindset for rapidly evolving technologies.

While computer science degrees are common, they're not mandatory. Many successful DevOps engineers have diverse educational backgrounds. Industry certifications like AWS DevOps Engineer or Azure DevOps Expert validate skills and improve job prospects.

Question 8

What is the qualification needed to join the DevOps course?

Accepted Answer

Scaler's DevOps course has inclusive qualification requirements designed to welcome learners from diverse backgrounds while ensuring program success.

Basic requirements
A bachelor's degree in any field is preferred but not strictly required. Candidates with diplomas or equivalent work experience are considered based on motivation and learning potential. Basic computer literacy and internet familiarity are essential. Strong English communication skills for documentation and collaboration.

What matters most
Logical thinking ability and problem-solving skills rather than specific technical knowledge. Commitment to learning - DevOps mastery requires 3-6 months of intensive study and hands-on practice. Clear understanding of DevOps career opportunities and realistic expectations about learning requirements.
Some programs include basic aptitude tests covering logical reasoning and problem-solving to ensure candidates can handle technical concepts effectively. However, motivated learners with basic qualifications and strong commitment can succeed regardless of specific educational backgrounds.

Question 9

What is DevOps, and why is it important for Cloud Computing and Cybersecurity?

Accepted Answer

DevOps is a way of working that brings software development and IT operations teams together. Instead of working separately, these teams collaborate throughout the entire software lifecycle, using automation and continuous improvement to deliver applications faster and more reliably.

Core principles
DevOps emphasizes continuous integration (regularly combining code changes), continuous delivery (automating releases), infrastructure as code (managing servers through programming), and comprehensive monitoring of applications and systems.

Cloud computing connection
DevOps and cloud work perfectly together. Cloud platforms provide on-demand resources and managed services that enable DevOps practices like automated infrastructure provisioning, elastic scaling, and global deployment. Tools like Terraform help DevOps teams manage cloud resources programmatically.

Cybersecurity integration
Modern DevOps includes security throughout the development process (called DevSecOps) rather than treating security separately. This means automated security testing, vulnerability scanning, and compliance monitoring integrated into deployment pipelines.

Business impact
Organizations using DevOps practices achieve faster software delivery, improved quality, better team collaboration, and higher customer satisfaction. The DevOps market continues growing rapidly, reflecting increasing adoption across all industries.

Question 10

Is DevOps easy to learn for someone with no background?

Accepted Answer

DevOps can be challenging initially because it involves multiple technologies and concepts, but it's absolutely learnable for motivated beginners with proper guidance and structured learning.

DevOps covers operating systems, networking, programming, cloud platforms, and security - which can seem overwhelming. However, these concepts build on each other logically, making progressive learning manageable. Most concepts start simple and become more complex as you advance.

Students without technical backgrounds often bring fresh perspectives, strong problem-solving skills, and business awareness that complement technical training. Soft skills and logical thinking often matter more than prior technical experience.

Basic computer literacy, willingness to work with command-line interfaces, and comfort with logical problem-solving are more important than specific technical backgrounds. These foundational skills develop quickly through practice.

Most beginners need 3-6 months of dedicated study and hands-on practice. This timeline assumes consistent effort, structured learning, and access to quality training and mentorship. Students who show persistence, hands-on practice commitment, active problem-solving, and willingness to learn from mistakes along with expert guidance and peer support are on their way to succeed.

Question 11

What is CI/CD in DevOps?

Accepted Answer

Continuous Integration/Continuous Deployment (CI/CD) is the backbone of DevOps, automating software development from code writing to production deployment.

Continuous Integration (CI): This means automatically combining code changes from multiple developers into a shared repository several times daily. Each combination triggers automated build and test processes that quickly identify problems, code conflicts, and bugs. Benefits include early problem detection, reduced integration issues, improved code quality, and faster development cycles.

Continuous Deployment/Delivery (CD)
This extends CI by automating releases to staging and production environments. Continuous Delivery ensures code is always ready for deployment through automated testing and approval workflows. Continuous Deployment automatically releases approved changes to production without manual intervention.

CI/CD pipeline components
Source control integration triggers builds when developers commit changes. Automated build processes compile code into executable applications. Automated testing runs various tests and security scans. Artifact management stores and versions build outputs. Environment provisioning creates consistent deployment environments. Monitoring tracks application performance and user experience.

Business benefits
CI/CD implementation results in faster release cycles, improved software quality, reduced manual errors, enhanced team collaboration, and better customer satisfaction through more frequent feature delivery.

Question 12

What is Infrastructure as Code (IaC) in DevOps?

Accepted Answer

Infrastructure as Code, or IaC in DevOps, is the latest approach where infrastructure, including servers, networks, and storage, is provisioned and governed by using code and not by manual means. Engineers are able to define and deploy full environments through configuration files or scripts, and this ensures scalability and consistency throughout development and production.

Using IaC in DevOps, you can automate tedious setup tasks, minimize human mistakes, and deploy infrastructure updates at super speed. Well-known tools such as Terraform, Ansible, and AWS CloudFormation enable systems to be constructed, tested, and run using code. This method also facilitates version control, so infrastructure modifications are traceable and even revertable, like application code.

Question 13

What are the most used tools in DevOps, Cloud & Cybersecurity?

Accepted Answer

DevOps relies on integrated toolchains that enable automation, monitoring, and security throughout software development.

Essential categories:

Version Control: Git, GitHub, GitLab for code management and collaboration
CI/CD: Jenkins, GitLab CI/CD, Azure DevOps, CircleCI for automated pipelines
Containers: Docker for packaging applications, Kubernetes for managing containers at scale
Infrastructure: Ansible for automation, Terraform for infrastructure as code
Cloud Platforms: AWS, Microsoft Azure, Google Cloud Platform for modern infrastructure
Monitoring: Prometheus for metrics, Grafana for visualization, ELK Stack for log analysis

Vault for secret management, integrated vulnerability scanners, identity and access management systems for cloud-native security. Understanding these tools helps can help one appreciate the practical skills they'll develop and how different tools work together to create complete DevOps workflows.

Question 14

What is the difference between DevOps, Cloud Computing & Cybersecurity?

Accepted Answer

While these three fields have a tendency to overlap with IT, their scopes and lines of work differ considerably.

DevOps vs Cloud is a process vs platform. DevOps seeks to improve collaboration between operations and development teams. DevOps streamlines software delivery via automation, infrastructure as code, and CI/CD pipelines. Cloud Computing, instead, provides the on-demand infrastructure upon which applications are executed, such as AWS, Azure, or Google Cloud infrastructures that host, scale, and secure data and services.

Where DevOps and Cybersecurity are in priorities. DevOps focuses on speed and efficiency, while Cybersecurity focuses on defense and risk mitigation. Cybersecurity professionals protect systems from data breaches, malware, and unauthorized access, typically working with DevOps pipelines to create secure deployment environments (known as DevSecOps).
Simply put, the difference between DevOps and Cloud is environment vs execution, and security takes care of making all of this secure. The three combined form the backbone of modern tech infrastructure, and that is why most students choose integrated courses that cover all three in order to stay industry-fresh.

Question 15

Is DevOps a good career choice in 2026?

Accepted Answer

DevOps represents one of the most promising tech careers for 2026, with strong market demand, competitive salaries, and excellent growth prospects.

Market growth
The global DevOps market is growing rapidly, translating directly into increased job opportunities and higher compensation. The global DevOps market is expected to reach USD 25.5 billion by 2028, as per MarketsandMarkets

Salary prospects
DevOps engineers in India earn ₹4-25 lakhs annually, with experienced professionals commanding ₹25+ lakhs. International opportunities offer even higher compensation. Career progression typically includes 25-30% salary increases with experience and certifications.

Career stability
DevOps skills provide excellent job security because they address fundamental business needs for faster software delivery and operational efficiency. Unlike temporary technology trends, DevOps represents a permanent shift in software development approaches.

Future-proof
DevOps becomes more essential as organizations accelerate digital transformation and cloud adoption. Emerging technologies like AI and machine learning increase rather than decrease the need for DevOps expertise.

Question 16

Can freshers get jobs in DevOps, and how?

Accepted Answer

Yes, freshers can successfully get DevOps positions through strategic preparation and skills development. While competitive, multiple pathways exist for new graduates and career changers.

Many companies offer junior DevOps engineer, DevOps associate, or graduate trainee positions for recent graduates. These roles provide mentorship and structured learning while contributing to real projects. Entry-level salaries range from ₹4-8 lakhs annually, with growth potential to ₹15+ lakhs within 2-3 years.

Success strategies
Build strong foundations in Linux, networking, and version control before applying. Develop portfolios showcasing DevOps implementations through personal projects and GitHub repositories. Obtain relevant certifications like AWS Cloud Practitioner or Docker Certified Associate. Apply for internships or trainee programs that provide real-world experience. Focus on companies with structured training programs willing to invest in junior talent.

Question 17

What job roles can I expect after completing the DevOps course?

Accepted Answer

Completing DevOps training opens numerous career paths across different industries and organizational levels.

Core DevOps roles:

DevOps Engineer: Primary role focusing on CI/CD pipelines, infrastructure automation, and team collaboration (₹6-20 lakhs annually)
Site Reliability Engineer: Emphasizing system reliability and performance through engineering practices
Automation Engineer: Specializing in automating manual processes and deployment workflows
Cloud DevOps Engineer: DevOps practices optimized for cloud platforms like AWS and Azure

Advanced career paths:

DevOps Architect
Platform Engineer
Engineering Manager
DevOps Consultant

Question 18

What is the demand for DevOps engineers in India and globally?

Accepted Answer

The demand for DevOps engineers in India and globally is more than ever as companies are trying to keep up with digitalisation. The demand is increasing across different avenues such as startups, fintech companies, IT firms, etc. The increasing adoption of CI/CD pipelines, Kubernetes, and AI-powered automation ensures that DevOps job demand will continue to grow steadily over the next decade.

Question 19

Which DevOps roles offer the highest salaries?

Accepted Answer

Some of the highest-paying DevOps roles include Cloud DevOps Engineers, Site Reliability Engineers (SREs), and DevSecOps Specialists. These professionals handle complex infrastructure automation, cybersecurity integration, and large-scale system monitoring.

Question 20

What industries hire DevOps, Cloud, and Cybersecurity engineers?

Accepted Answer

All industries that develop, deploy, or maintain software systems now need DevOps expertise. So, from global tech giants like Amazon, Microsoft, and Google to growing Indian startups and consulting firms, all hire DevOps, Cloud, and Cybersecurity engineers

Question 21

How do I earn Scaler's DevOps Cloud Computing & Cybersecurity Certification?

Accepted Answer

Earning Scaler's DevOps certification requires completing comprehensive coursework and demonstrating practical skills through structured learning and assessment.

Requirements

Attend all scheduled sessions and maintain satisfactory progress.
Complete multiple projects using DevOps tools and practices.
Participate in hands-on labs
Pass technical assessments
Complete capstone projects involving end-to-end DevOps implementations.

Practical components
Live demonstrations of DevOps implementations and troubleshooting scenarios. Team projects, continuous learning, and documentation through portfolios or technical blogs. Lastly, an evaluation through examinations and project presentations.

3-4 months of dedicated effort, consistent attendance, and commitment to hands-on practice are a must to complete the course successfully.

Question 22

Is Scaler's DevOps certification recognized by top tech companies?

Accepted Answer

Yes, Scaler's DevOps certification carries significant industry recognition due to the program's reputation, comprehensive curriculum, and strong placement track record.
Industry acceptance: Scaler maintains partnerships with numerous top technology companies who actively recruit from their programs. The curriculum reflects current industry practices used by leading organizations. High placement rates and successful career progression of Scaler alumni demonstrate industry acceptance.

Expert faculty with extensive industry experience lend credibility.
Practical skills focus aligns with industry hiring priorities rather than just theoretical knowledge.
Continuous quality improvement through feedback from hiring partners ensures program relevance.
However, certification value ultimately depends on individual skill demonstration and practical experience rather than credentials alone. Employers evaluate technical competency, problem-solving ability, and cultural fit alongside educational background.

Question 23

What learning resources are provided during the course?

Accepted Answer

Scaler provides comprehensive learning resources supporting diverse learning styles and reinforcing classroom instruction.
Digital materials: Detailed course materials, recorded lectures, interactive labs, and code repositories. Video libraries with supplementary tutorials and concept reinforcement. Comprehensive documentation and troubleshooting guides.
Practical tools: Cloud lab access for practicing with AWS, Azure, or Google Cloud without personal cost. Tool sandboxes with pre-configured environments for Docker, Kubernetes, and Jenkins. Simulation platforms for realistic troubleshooting scenarios.
Career support: Resume templates, interview preparation materials, and job market information. Alumni network access and industry expert guest sessions. Project templates and assessment rubrics for portfolio development.

DevOps, Cloud & AI Platform Engineering

AI-Integrated Curriculum

Fundamental First

Production-First Learning

The Only Program Built Around AI-Native DevOps

DevOps is reshaping every infrastructure role. Are you ready for yours?

Engineering Graduates, Junior Devs & QA Engineers

Software Engineers & DevOps Engineers

SREs, Security Engineers & Data Engineers

Cloud Architects & Engineering Leaders

AI-Led Curriculum

AI-Assisted Labs

AI Mock Interview

AI-Driven Project Portfolio

Find the AI Path for your role

Linux Essentials

Every project ships with an AI layer. That's the new bar.

Production Observability Platform

Secure AI Automation Framework

Intelligent Resource Optimization Engine

Autonomous DevOps AI Assistant

Enterprise AWS AI/ML Platform

Production Observability Platform

Secure AI Automation Framework

Learn from the top 0.1% of practitioners.

Problem Solving & System Design

System Design & Backend Architecture

DSA & Full Stack Development

AWS, DevOps & Cloud Automation

DevOps & Site Reliability Engineering

Cloud Architecture & CI/CD

Problem Solving & System Design

System Design & Backend Architecture

DSA & Full Stack Development

AWS, DevOps & Cloud Automation

This isn't an AI content library. It's a system built around AI-era progress.

AI-first structured curriculum. Not retrofitted. Rebuilt.

The people who guide you are also building the industry

Projects, AI labs, and evaluated practice You learn it. You use it. You get evaluated on it.

Built at Scaler The practice environment is built to match the hiring environment.

Community, accountability, and career support. It is your professional network for the next decade.

Lifelong access and continuous learning The program ends. The access does not.

AI-first structured curriculum. Not retrofitted. Rebuilt.

The people who guide you are also building the industry

Projects, AI labs, and evaluated practice You learn it. You use it. You get evaluated on it.

Built at Scaler The practice environment is built to match the hiring environment.

Community, accountability, and career support. It is your professional network for the next decade.

Lifelong access and continuous learning The program ends. The access does not.

Will you be certified? Of course! It’ll look great on your resume and LinkedIn

AI didn't replace engineers. It created new roles that pay more.

Real AI-era career moves, not generic success stories.

37,000+ tech professionals. Your next network.