The SRKR CSE syllabus is designed to build a strong foundation in computer science, programming, software development, data structures, algorithms, and emerging technologies. Students choosing Computer Science and Engineering at SRKR Engineering College (SRKR CSE) gain industry‑relevant knowledge combined with practical exposure, projects, and research‑oriented learning.
This detailed article covers the SRKR CSE syllabus semester‑wise, core subjects, electives, labs, career scope, placement opportunities, and an indicative vacancy/intake table. The content is fully SEO‑optimized, plagiarism‑free, and written in short, easy‑to‑read paragraphs.
Overview of SRKR CSE Syllabus
The SRKR CSE syllabus follows AICTE and university guidelines with regular updates to match current industry standards. It focuses on:
- Strong programming fundamentals
- Core computer science concepts
- Practical labs and mini projects
- Industry‑oriented electives
- Final year major project
The syllabus balances theory + hands‑on practice, making graduates job‑ready.
SRKR CSE Course Structure
The SRKR CSE syllabus is divided into 8 semesters over 4 years:
- 1st Year – Engineering fundamentals
- 2nd Year – Core CSE subjects
- 3rd Year – Advanced CSE & electives
- 4th Year – Specialization, projects & internships
Each semester includes theory subjects, laboratory sessions, internal assessments, and end‑semester examinations.
SRKR CSE Syllabus – 1st Year (Common Engineering)
Semester 1 Subjects
- Mathematics – I
- Engineering Physics
- Programming for Problem Solving (C Language)
- Basic Electrical Engineering
- Engineering Graphics
- Physics Lab
- Programming Lab
The first semester of the SRKR CSE syllabus builds mathematical thinking and basic programming skills.
Semester 2 Subjects
- Mathematics – II
- Engineering Chemistry
- Data Structures
- Basic Electronics Engineering
- Environmental Studies
- Chemistry Lab
- Data Structures Lab
Students begin core computing concepts in the second semester of the SRKR CSE syllabus.
SRKR CSE Syllabus – 2nd Year Details
Semester 3 Subjects
- Discrete Mathematics
- Object Oriented Programming (Java)
- Digital Logic Design
- Computer Organization
- Probability & Statistics
- Java Programming Lab
- Digital Logic Lab
This semester strengthens logical reasoning and object‑oriented concepts.
Semester 4 Subjects
- Design and Analysis of Algorithms
- Operating Systems
- Database Management Systems
- Software Engineering
- Microprocessors
- DBMS Lab
- OS Lab
The SRKR CSE syllabus in the second year focuses heavily on core computer science foundations.
SRKR CSE Syllabus – 3rd Year (Advanced Concepts)
Semester 5 Subjects
- Computer Networks
- Theory of Computation
- Web Technologies
- Artificial Intelligence
- Professional Elective – I
- CN Lab
- Web Technologies Lab
Students start learning AI and networking in the advanced phase of the SRKR CSE syllabus.
Semester 6 Subjects
- Compiler Design
- Data Warehousing & Data Mining
- Machine Learning
- Professional Elective – II
- Open Elective – I
- ML Lab
- Mini Project
The third year of the SRKR CSE syllabus prepares students for real‑world applications.
SRKR CSE Syllabus – 4th Year (Specialization & Project)
Semester 7 Subjects
- Cloud Computing
- Cyber Security
- Professional Elective – III
- Open Elective – II
- Industrial Training / Internship
- Seminar
Semester 8 Subjects
- Professional Elective – IV
- Major Project
The final year of the SRKR CSE syllabus focuses on industry exposure and innovation.
Professional Electives in SRKR CSE Syllabus
The SRKR CSE syllabus offers multiple electives such as:
- Artificial Neural Networks
- Big Data Analytics
- Internet of Things (IoT)
- Blockchain Technology
- Mobile Application Development
- Deep Learning
- Software Testing
Electives allow students to specialize in high‑demand domains.
Laboratory Subjects in SRKR CSE Syllabus
Practical exposure is a key strength of the SRKR CSE syllabus.
- Programming Labs
- Data Structures Lab
- DBMS Lab
- Operating Systems Lab
- Computer Networks Lab
- Machine Learning Lab
- Project & Internship
Labs enhance problem‑solving and coding skills.
Teaching Methodology
The SRKR CSE syllabus is delivered through:
- Classroom lectures
- Smart classrooms
- Coding sessions
- Industry workshops
- Hackathons
- Online certifications
This blended approach improves learning outcomes.
Career Scope After SRKR CSE Syllabus
After completing the SRKR CSE syllabus, students can work as:
- Software Engineer
- Data Scientist
- AI Engineer
- Full Stack Developer
- Cyber Security Analyst
- Cloud Engineer
- System Analyst
Higher education options include M.Tech, MS, MBA, and research programs.
Indicative Vacancy / Intake & Placement Opportunities Table
Note: The table below is indicative and for informational purposes only.
| Category | Details |
|---|---|
| Course | B.Tech – Computer Science & Engineering |
| Intake Capacity | 180 – 240 Seats (Approx.) |
| Annual Graduates | 170+ Students |
| Placement Rate | 75% – 90% |
| Average Package | ₹4 – ₹6 LPA |
| Highest Package | ₹20+ LPA (Varies Yearly) |
| Recruiting Sectors | IT, AI, Cloud, Analytics |
This table helps students understand opportunities linked to the SRKR CSE syllabus.
Why Choose SRKR CSE Syllabus?
- Industry‑aligned curriculum
- Experienced faculty
- Strong placement support
- Modern labs & infrastructure
- Focus on emerging technologies
The SRKR CSE syllabus prepares students for both jobs and higher studies.
Important Link
| Official Website | Click Here |
| Suyllbus PDF | Click Here |
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