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IBM DevOps and Software Engineering Professional Certificate

Prepare for a career as a DevOps & Software Engineer. Become job-ready within four months with no prior experience.

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Header for IBM DevOps and Software Engineering Professional Certificate offered as an online course on the Coursera platform

The IBM DevOps and Software Engineering Professional Certificate program, available on Coursera, serves as a comprehensive guide for those seeking to delve into DevOps and software engineering practices. Designed by experts at IBM, this program aims to equip participants with the essential skills and knowledge required to excel in the rapidly evolving field of software development and operational excellence.

Throughout this structured certificate program, participants will gain insights into the principles of continuous integration, continuous delivery, and continuous testing—pillars that form the foundation of DevOps practices. Learners will be exposed to various tools and technologies, including Docker, Kubernetes, and Jenkins, which are integral to fostering collaboration and enhancing efficiency in the software development lifecycle.

One of the key highlights of the program is its focus on hands-on learning experiences. Participants will engage in practical assignments and projects that simulate real-world scenarios, enabling them to apply theoretical concepts to tangible problems and gain a deeper understanding of the roles and responsibilities involved in DevOps and software engineering.

Moreover, this certificate program is designed to accommodate learners with varying experience levels. It is suitable for industry professionals looking to upskill and newcomers aspiring to enter the field. The flexible online format allows for self-paced learning, ensuring participants can balance their studies with other commitments.

Upon completing the IBM DevOps and Software Engineering Professional Certificate, graduates will be well-versed in the methodologies and tools that drive successful software development and operations. This credential is a testament to their proficiency in DevOps practices and software engineering, opening doors to many opportunities in the tech industry.

Skills you'll Learn

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IBM DevOps and Software Engineering Professional Certificate

Comprehensive Course Review

In the evolving tech landscape, the IBM DevOps and Software Engineering Professional Certificate stands as a beacon of excellence, meeting the skyrocketing demand for skilled DevOps and Software Engineering professionals. Offered by global tech giant IBM, this comprehensive program promises to equip learners with the up-to-date practical skills and knowledge that industry professionals utilize daily, making it an ideal choice for those aspiring to break into these fields or enhance their existing expertise.

But what exactly does this course entail? Is it worth the investment in terms of time and money? And most importantly, will it prepare you for a rewarding DevOps and Software Engineering career? In this review, we’ll delve deep into the course’s offerings, its structure, the instructors behind it, and its potential career outcomes. By the end, you’ll clearly understand whether this IBM Professional Certificate aligns with your career aspirations.


Comprehensive Overview of the Course Content

The “IBM DevOps and Software Engineering Professional Certificate” is a meticulously designed program spanning 14 courses. Each course is tailored to impart specific skills and knowledge, ensuring that learners emerge with a holistic understanding of both DevOps and Software Engineering. Let’s break down the content to give you a clearer picture:


Introduction to DevOps (Course 1):


  • Core Concepts: This course serves as the gateway to the world of DevOps. It introduces the fundamental principles that underpin DevOps, emphasizing the culture of collaboration, automation, and the Continuous Integration/Continuous Deployment (CI/CD) pipeline.
  • Key Takeaways: Learners will understand shared responsibility’s importance in software development and operations. They’ll also gain insights into best practices in software engineering that align with DevOps principles.


Introduction to Cloud Computing (Course 2):


  • Core Concepts: As the digital backbone of modern software deployment, cloud computing’s significance is undeniable. This course offers a panoramic view of cloud service models, tracing the evolution of cloud computing. It also provides a comparative analysis of renowned platforms like AWS, Azure, and IBM Cloud.
  • Key Takeaways: By the end of this course, students will be well-versed in the advantages of cloud computing, understand the differences between IaaS, PaaS, and SaaS, and be familiar with the offerings of major cloud service providers.


Introduction to Agile Development and Scrum (Course 3):


  • Core Concepts: Agile and Scrum have revolutionized software development with their iterative and collaborative approaches. This course delves deep into Agile methodologies, the art of crafting user stories, and the nuances of the Scrum framework.
  • Key Takeaways: Learners will be equipped to implement Agile practices in real-world scenarios, write compelling user stories that capture product requirements, and navigate the Scrum process from sprint planning to retrospectives.


Introduction to Software Engineering (Course 4):


  • Core Concepts: This course provides a comprehensive overview of software engineering, touching upon its history, principles, and various methodologies. It also introduces learners to software lifecycle models and the importance of software design.
  • Key Takeaways: Students will gain a solid foundation in software engineering concepts, understand the significance of software design, and be able to differentiate between various software development methodologies.


Advanced DevOps Practices (Course 5):


  • Core Concepts: Building upon the foundational knowledge from the first course, this module delves deeper into advanced DevOps practices. It covers topics like infrastructure as code, microservices, and advanced CI/CD techniques.
  • Key Takeaways: By the end of this course, learners will be adept at implementing advanced DevOps practices, understand the benefits of microservices architecture, and be proficient in advanced CI/CD techniques.


Software Testing and Quality Assurance (Course 6):


  • Core Concepts: Quality assurance is paramount in software development. This course introduces various testing methodologies, from unit testing to integration testing, and emphasizes ensuring software quality.
  • Key Takeaways: Learners will be equipped to implement various testing methodologies, understand the significance of quality assurance in the software lifecycle, and ensure that software meets specified requirements and is free of defects.


Software Development Methodologies (Course 7):


  • Core Concepts: This course delves into various software development methodologies, from the traditional Waterfall model to the more contemporary Agile and Lean approaches. It emphasizes the strengths, weaknesses, and best scenarios for each method.
  • Key Takeaways: Students will gain a comprehensive understanding of various software development methodologies, enabling them to choose the most suitable approach based on project requirements.


Continuous Integration and Continuous Deployment (Course 8):


  • Core Concepts: CI/CD is at the heart of DevOps. This course provides a deep dive into the principles of CI/CD, the tools that facilitate it, and the benefits of rapid, consistent deployments.
  • Key Takeaways: Learners will be proficient in setting up CI/CD pipelines, understand the significance of automated testing in the deployment process, and be able to troubleshoot common issues in CI/CD workflows.


Infrastructure as Code (Course 9):


  • Core Concepts: Infrastructure as Code (IaC) is an essential DevOps practice. This course introduces the principles of IaC, tools like Terraform and Ansible, and the benefits of automating infrastructure provisioning and management.
  • Key Takeaways: By the end of this module, students will be adept at defining and provisioning infrastructure using code, ensuring consistency and repeatability across deployments.


Microservices and Containerization (Course 10):


  • Core Concepts: This course introduces the microservices architectural style, the benefits of decoupling applications into small services, and the role of containerization tools like Docker in facilitating microservices deployments.
  • Key Takeaways: Learners will understand the advantages of microservices over monolithic architectures, be proficient in creating and deploying containers, and grasp the role of orchestration tools like Kubernetes.
Security in DevOps (Course 11):


  • Core Concepts: Security is paramount in the DevOps world. This course emphasizes the principles of DevSecOps, integrating security into the CI/CD pipeline, and best practices for ensuring application and infrastructure security.
  • Key Takeaways: Students will be equipped to implement security checks within the CI/CD pipeline, understand common security threats, and apply best practices to mitigate vulnerabilities.


Monitoring and Logging in DevOps (Course 12):


  • Core Concepts: Monitoring and logging are crucial for maintaining application health and troubleshooting issues. This course introduces tools like Prometheus and ELK Stack and emphasizes the importance of real-time monitoring and logging in DevOps.
  • Key Takeaways: Learners will be adept at setting up monitoring solutions, analyzing logs to troubleshoot issues, and ensuring the health and performance of applications and infrastructure.


Capstone Project (Course 13):


  • Core Concepts: This culminating course allows students to apply all the knowledge and skills acquired throughout the program in a real-world project. It simulates the challenges and scenarios faced in a typical DevOps environment.
  • Key Takeaways: By the end of this course, students will have hands-on experience in implementing DevOps practices, troubleshooting real-world challenges, and delivering a project that meets specified requirements.


Feedback and Continuous Improvement (Course 14):


  • Core Concepts: Continuous improvement is a crucial tenet of DevOps. This course emphasizes the importance of feedback loops, iterative improvement, and the tools and practices that facilitate the continuous enhancement of processes and products.
  • Key Takeaways: Learners will understand the significance of feedback in the DevOps lifecycle, be equipped to implement feedback loops, and drive continuous improvement in their projects.


Instructors and Their Credentials


Behind every successful online course is a team of dedicated and knowledgeable instructors. The “IBM DevOps and Software Engineering Professional Certificate” boasts a lineup of industry experts, each bringing experience and insights. Let’s get to know them:

  • John Rofrano: Recognized as a Top Instructor, John has been instrumental in shaping six courses in this program. With over 110,225 learners benefiting from his expertise, John’s contributions to the IBM course lineup are invaluable.
  • Abhishek Gagneja: A specialist in his domain, Abhishek has mentored over 39,504 learners through his course. His unique teaching style and in-depth knowledge make him a favorite among students.
  • Joseph Santarcangelo: A veteran in the field, Joseph has crafted 25 courses and has impacted over 1,073,658 learners. His vast experience and teaching prowess are evident in the rave reviews he receives.


These instructors’ diverse backgrounds and expertise ensure students receive a well-rounded education. Their combined experience spans several decades, and their commitment to imparting knowledge is evident in the positive feedback they consistently receive.


Core Learning Objectives and Outcomes


The “IBM DevOps and Software Engineering Professional Certificate” is meticulously designed to equip learners with the most relevant and up-to-date skills required in the fast-evolving world of DevOps and Software Engineering. Here’s a deep dive into what students can expect to learn:

  • Practical Skills for the Modern Software Engineer: The course emphasizes hands-on learning. Students will be acquainted with the tools and technologies professionals use daily, ensuring they are job-ready upon completion.
  • Application Development with Python: Python, a versatile and widely used programming language, is at the heart of many modern applications. This program delves deep into creating applications using Python, REST APIs, and microservices, ensuring students are well-versed in these critical areas.
  • Mastering Deployment with Containers: In today’s cloud-centric world, understanding containers is crucial. Students will learn to deploy using popular tools like Docker, Kubernetes, and OpenShift, ensuring they can handle real-world deployment scenarios.
  • Automation and Continuous Integration: The course covers essential tools for automation, CI, and CD, such as Chef, Puppet, GitHub Actions, Tekton, and Travis. These tools are fundamental in ensuring efficient and error-free software deployment.
  • Agile and Scrum Methodologies: Modern software development is agile. This program ensures students are well-acquainted with Agile Development and Scrum Methodology, preparing them to work seamlessly in contemporary development environments.


Skills You’ll Acquire


The program is not just about theoretical knowledge but about arming students with practical skills employers crave. Here’s a snapshot of the skills students will gain:

  • Cloud Native Development: As businesses migrate to the cloud, understanding cloud-native development becomes crucial. This skill ensures students can develop applications optimized for cloud environments.
  • DevOps Mastery: From understanding CI/CD pipelines to mastering automation tools, students will be well-equipped to handle the challenges of a DevOps role.
  • Software Engineering Best Practices: The course delves deep into software engineering principles, ensuring students can develop robust, efficient, and maintainable software.
  • Hybrid Multicloud Environments: With businesses using multiple cloud providers, understanding hybrid multicloud environments is essential. This skill ensures students can navigate and optimize such environments effectively.


Real-world Projects for Hands-on Experience


Theory is essential, but practical experience is invaluable. The program emphasizes hands-on learning through a series of projects that simulate real-world challenges:

  • Developing with Python: Students will create applications using various Python constructs, ensuring they’re well-versed in this critical programming language.
  • Linux Shell Scripting: Automation is the name of the game. Through this project, students will develop shell scripts to automate repetitive tasks, a vital skill in today’s fast-paced development environments.
  • Microservices and Serverless Deployment: In this project, students will get hands-on experience creating and deploying microservices, ensuring they can tackle real-world deployment scenarios.
  • Continuous Integration and Deployment: Using tools like Chef, Puppet, and GitHub Actions, students will simulate real-world CI/CD pipelines, ensuring they understand the intricacies of modern software deployment.


  1. Conclusion


The “IBM DevOps and Software Engineering Professional Certificate” is more than just a course; it’s a comprehensive journey into DevOps and software engineering. A blend of theoretical knowledge, practical skills, and real-world projects ensures students are well-equipped to tackle the challenges of the modern software development world. Whether you’re a beginner looking to start your journey or a seasoned professional looking to upskill, this program offers something for everyone.


By enrolling, students are gaining knowledge and enhancing their career prospects, ensuring they remain relevant in an ever-evolving industry.


When considering a course like the “IBM DevOps and Software Engineering Professional Certificate,” it’s beneficial to compare it with similar courses in the market to make an informed decision. Here’s a comparison with some other popular DevOps and Software Engineering courses available online:


IBM DevOps and Software Engineering Professional
  • CertificatePlatform: Coursera
  • Duration: 4 months (10 hours/week)
  • Courses: 14
  • Key Topics: Python, Linux Shell Scripting, Microservices, CI/CD, Agile Development, Scrum, Cloud Computing
  • Price: Varies (Subscription-based on Coursera)


AWS Certified DevOps Engineer – Professional
  • Platform: Udemy/A Cloud Guru
  • Duration: Self-paced
  • Courses: N/A (One comprehensive course)
  • Key Topics: AWS services, CI/CD, Monitoring and Logging, Infrastructure as Code
  • Price: Varies based on platform and promotions
Docker and Kubernetes: The Complete Guide
  • Platform: Udemy
  • Duration: Self-paced
  • Courses: N/A (One comprehensive course)
  • Key Topics: Docker, Kubernetes, CI/CD pipelines, AWS deployment
  • Price: Varies based on promotions


Master Jenkins CI For DevOps and Developers


  • Platform: Udemy
  • Duration: Self-paced
  • Courses: N/A (One comprehensive course)
  • Key Topics: Jenkins, CI/CD, Automated Testing, Scalable Infrastructure
  • Price: Varies based on promotions


DevOps Certification Training Course Online


  • Platform: Edureka
  • Duration: 5 weeks (Weekend batches)
  • Courses: N/A (One comprehensive course)
  • Key Topics: Puppet, Jenkins, Nagios, Docker, Ansible, GIT
  • Price: Varies based on region and promotions
Professional DevOps Engineer Certification Training


  • Platform: Simplilearn
  • Duration: Self-paced with optional live classes
  • Courses: N/A (One comprehensive course)
  • Key Topics: Docker, Jenkins, Kubernetes, Puppet, Nagios, GIT, Ansible
  • Price: Varies based on region and promotions
Comparison Summary:
  • Depth and Breadth: The IBM course offers a comprehensive overview of DevOps and Software Engineering, making it suitable for those looking for a holistic understanding. In contrast, other courses might focus more on specific tools or platforms.
  • Duration: While the IBM course recommends a 4-month duration, other courses are self-paced, allowing learners to move at their speed.
  • Price: Pricing varies significantly across platforms and often depends on promotions and regional differences.
  • Platform: Some learners might have platform preferences based on user experience, community support, and additional resources.




The “IBM DevOps and Software Engineering Professional Certificate” is a testament to the evolving software development and operations landscape. By encompassing a wide range of topics, from foundational principles of DevOps to intricate details of modern software engineering practices, this program offers a comprehensive journey for aspiring IT professionals. The meticulously designed courses, hands-on labs, and real-world scenarios ensure learners grasp theoretical concepts and gain practical experience. As organizations worldwide continue to embrace the DevOps culture and prioritize rapid, consistent software delivery, the skills imparted by this program become increasingly invaluable. For those looking to embark on a rewarding career in DevOps and software engineering or to enhance their existing knowledge, this certificate program by IBM hosted on Coursera emerges as a beacon of excellence and a pathway to success.


When choosing a course, you must consider your learning objectives, preferred learning style, budget, and the specific skills or tools you wish to acquire.


As you embark on this exciting learning and self-discovery journey, I wish you all the best. DevOps and Software Engineering is vast, dynamic, and filled with opportunities. Each module, lesson, and project you undertake will equip you with valuable skills and shape your perspective on technology and its transformative power.


Remember, every challenge you face is an opportunity for growth. Embrace the learning process, be patient, and never hesitate to seek help or clarification. The path might seem daunting sometimes, but you’ll undoubtedly achieve your goals with dedication, passion, and hard work.


As you progress in your studies and eventually step into the professional world, may you always remain curious, innovative, and driven. The tech industry awaits your unique contributions, and I do not doubt that you’ll make a significant impact.


Best of luck with your studies and future career endeavors. The sky’s the limit!