Master the core principles and advanced mechanisms of operating systems in this comprehensive course that bridges theory with practical implementation. Explore how modern operating systems manage hardware resources, handle concurrent processes, and provide secure, efficient computing environments. Through hands-on exercises and real-world examples, you'll gain proficiency in process management, memory allocation techniques, synchronization mechanisms, and file system operations. This industry-relevant curriculum prepares you to optimize system performance, troubleshoot complex OS issues, and design robust software solutions—essential skills for roles in software development, system administration, and IT infrastructure management.
Operating Systems
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Gain insight into a topic and learn the fundamentals.
Intermediate level
Recommended experience
6 weeks to complete
at 10 hours a week
Flexible schedule
Learn at your own pace
What you'll learn
Master process management and scheduling to efficiently handle multitasking, crucial for roles in system administration and software engineering.
Apply memory management techniques (paging, segmentation) to optimize performance, key for IT infrastructure and systems development.
Design file systems and I/O management for efficient data handling and device communication, ideal for database management and systems programming.
Utilize synchronization and deadlock prevention to ensure system reliability and efficiency, critical for cybersecurity and network administration.
Skills you'll gain
Details to know
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Recently updated!
August 2025
Assessments
46 assignments
Taught in English
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There are 10 modules in this course
Explore the fundamental components of operating systems, their functions, and various computing environments.
What's included
19 videos17 readings4 assignments1 plugin
Examine different OS interfaces, system calls, and kernel architectures including monolithic, layered, and microkernel designs.
What's included
19 videos14 readings6 assignments1 plugin
Learn about process concepts, operations, inter-process communication methods, and scheduling queues.
What's included
19 videos19 readings4 assignments1 discussion prompt1 ungraded lab
Understand thread implementation, multithreading models, and multicore programming techniques.
What's included
17 videos16 readings5 assignments1 discussion prompt
Master critical section problems, mutex locks, semaphores, and classical synchronization challenges.
What's included
17 videos17 readings5 assignments1 discussion prompt
Analyze various CPU scheduling algorithms and their performance across different computing scenarios.
What's included
16 videos2 readings4 assignments1 discussion prompt
Identify deadlock conditions and implement prevention, avoidance, and detection strategies.
What's included
14 videos4 readings5 assignments1 discussion prompt
Explore memory allocation techniques including partitioning, paging, and segmentation.
What's included
13 videos4 readings5 assignments2 discussion prompts
Implement demand paging and page replacement algorithms for efficient memory utilization.
What's included
9 videos3 readings4 assignments1 discussion prompt
Understand disk scheduling, RAID configurations, and efficient storage management techniques.
What's included
17 videos3 readings4 assignments1 plugin
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Instructor
Birla Institute of Technology & Science, Pilani
12 Courses32,718 learners
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Frequently asked questions
This course provides comprehensive coverage of operating system fundamentals and advanced concepts. Understanding operating systems is critical because they form the foundation of all computing environments, affecting software performance, security, and user experience.
This course is designed for:
- Students in Computer Science and Engineering aiming to grasp OS fundamentals - Software developers seeking to enhance system-level programming skills - IT professionals wanting to improve their knowledge of system performance optimization - DevOps engineers requiring a deeper understanding of the systems they deploy and maintain - Self-learners curious about how computers manage resources at a fundamental level
Upon completion, you'll be able to optimize system performance, design efficient resource allocation strategies, implement effective synchronization mechanisms, and troubleshoot complex OS-related issues in both personal and enterprise computing environments.
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