This program is designed to help learners master the complete lifecycle of modern application development and intelligent operations by combining DevOps, AIOps, and MLOps. It provides a strong foundation in automation, continuous integration and deployment (CI/CD), and extends into AI-driven monitoring and machine learning model management.
You will learn how to build, deploy, monitor, and optimize applications and systems using industry-standard tools and real-world practices. The course covers everything from infrastructure automation and cloud platforms to AI-powered incident detection and ML model deployment, making you industry-ready for next-generation roles.
With a focus on hands-on projects and real-time use cases, learners will gain practical experience in managing scalable systems, reducing downtime through intelligent automation, and integrating machine learning into production environments.
End-to-end understanding of DevOps workflows
Ability to implement CI/CD pipelines
Skills in AI-driven monitoring and automation (AIOps)
Knowledge of deploying and managing ML models (MLOps)
Real-world project experience
DevOps Engineer
AI Ops Engineer
MLOps Engineer
Cloud & Automation Engineer
Start Date & End Date
1 Subject
1 Learning Materials
4 Courses • 607 Students
Rajinikanth is a highly experienced AI Ops and Cloud Operations trainer, with over 7+ years of teaching experience in leading training institutes in Hyderabad. He has successfully trained a large number of students and professionals, helping them build strong careers in data, cloud, and AI-driven operations.
With deep expertise in AI Ops, automation, and modern monitoring systems, he focuses on bridging the gap between theoretical knowledge and real-world industry applications. His training methodology emphasizes hands-on learning, real-time use cases, and practical implementation, ensuring learners gain job-ready skills.
Rajinikanth has worked extensively on production-level systems and intelligent automation solutions, enabling organizations to improve system performance, reduce downtime, and enhance operational efficiency using AI.
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