RGPV Syllabus 2024: Download Latest UG & PG Course Curriculum

Rajiv Gandhi Proudyogiki Vishwavidyalaya (RGPV) offers a comprehensive Bachelor of Technology (B.Tech) program designed to equip students with a solid foundation in engineering principles and practical skills. The first year serves as a crucial stepping stone, introducing core subjects that are essential for all engineering disciplines.

First Year B.Tech Syllabus Overview

The first-year curriculum is common across various engineering branches, ensuring that all students acquire a unified understanding of fundamental concepts. This approach lays the groundwork for specialized studies in subsequent years.

Semester 1

1. Engineering Chemistry (BT-101)

   • Topics Covered:
     • Atomic and molecular structure
     • Spectroscopic techniques
     • Chemical bonding
     • Water and its treatment
     • Engineering materials
   • Learning Outcomes:
     • Develop an understanding of chemical principles and their applications in engineering.
     • Gain insights into material properties and their relevance to engineering processes.

2. Mathematics-I (BT-102)

   • Topics Covered:
     • Differential calculus
     • Integral calculus
     • Matrices
     • Vector spaces
   • Learning Outcomes:
     • Build a strong foundation in mathematical concepts.
     • Apply mathematical techniques to solve engineering problems.

3. English for Communication (BT-103)

   • Topics Covered:
     • Grammar and vocabulary
     • Reading comprehension
     • Technical writing
     • Oral communication skills
   • Learning Outcomes:
     • Enhance proficiency in English.
     • Develop effective communication skills pertinent to professional settings.

4. Basic Electrical & Electronics Engineering (BT-104)

   • Topics Covered:
     • Electrical circuits
     • Semiconductor devices
     • Digital electronics basics
   • Learning Outcomes:
     • Understand fundamental electrical and electronic principles.
     • Apply knowledge to basic circuit analysis and design.

5. Engineering Graphics (BT-105)

   • Topics Covered:
     • Orthographic projections
     • Isometric views
     • Sectional views
     • Computer-aided design (CAD) basics
   • Learning Outcomes:
     • Develop visualization and drafting skills.
     • Interpret and create engineering drawings.

6. Manufacturing Practices (BT-106)

   • Topics Covered:
     • Workshop safety
     • Carpentry
     • Fitting
     • Welding
     • Machining
   • Learning Outcomes:
     • Gain hands-on experience with basic manufacturing processes.
     • Understand the practical aspects of material fabrication.

7. Internship-I (BT-107)

   • Description:
     • A 60-hour internship at the institute level.
   • Learning Outcomes:
     • Exposure to practical engineering environments.
     • Application of theoretical knowledge in real-world scenarios.

8. Swachh Bharat Summer Internship/Unnat Bharat Abhiyan (BT-108)

   • Description:
     • A 100-hour community engagement program focusing on cleanliness and rural development.
   • Learning Outcomes:
     • Develop a sense of social responsibility.
     • Contribute to national initiatives and community welfare.

Semester 2

1. Engineering Physics (BT-201)

   • Topics Covered:
     • Quantum mechanics
     • Wave optics
     • Electromagnetism
     • Solid-state physics
   • Learning Outcomes:
     • Understand physical principles underlying modern technology.
     • Apply physics concepts to engineering problems.

2. Mathematics-II (BT-202)

   • Topics Covered:
     • Differential equations
     • Complex analysis
     • Probability and statistics
   • Learning Outcomes:
     • Solve complex mathematical problems.
     • Utilize statistical methods in engineering contexts.

3. Basic Mechanical Engineering (BT-203)

   • Topics Covered:
     • Thermodynamics
     • Fluid mechanics
     • Engineering mechanics
   • Learning Outcomes:
     • Grasp core mechanical engineering concepts.
     • Apply principles to mechanical systems analysis.

4. Basic Civil Engineering & Mechanics (BT-204)

   • Topics Covered:
     • Building materials
     • Structural analysis
     • Surveying basics
   • Learning Outcomes:
     • Understand the fundamentals of civil engineering.
     • Apply mechanics principles to structural analysis.

 

1. Basic Computer Engineering (BT-205)

   • Topics Covered:
     • Computer organization
     • Programming fundamentals
     • Data structures
   • Learning Outcomes:
     • Develop basic programming skills.
     • Understand computer hardware and software interactions.

2. Language Lab & Seminars (BT-206)

   • Description:
     • Practical sessions to enhance language proficiency and presentation skills.
   • Learning Outcomes:
     • Improve public speaking and technical presentation abilities.
     • Refine language skills in professional contexts.

Examination Pattern

The assessment structure for the first year includes a combination of theory exams, practical evaluations, and continuous internal assessments.

• Theory Exams:

  • Format: A mix of multiple-choice questions (MCQs), short answer questions, and descriptive questions.
  • Marks Distribution: Typically, theory papers are marked out of 100, with a balanced weightage across different sections.

• Practical Exams:

  • Format: Hands-on tasks or experiments conducted in laboratory settings.
  • Marks Distribution: Practical assessments usually carry a weightage of 50 marks, focusing on the application of theoretical knowledge.

• Internal Assessments:

  • Components: Assignments, quizzes, seminars, and class participation.
  • Marks Distribution: Internal assessments contribute to a portion of the total marks, emphasizing continuous learning and engagement.

Recommended Study Materials

To excel in the first year, students are encouraged to consult the following resources:

• Textbooks:

  • Engineering Chemistry: “Engineering Chemistry” by Jain & Jain.
  • Mathematics-I & II: “Higher Engineering Mathematics” by B.S. Grewal.
  • Basic Electrical & Electronics Engineering: “Basic Electrical and Electronics Engineering” by S.K. Bhattacharya.
  • Engineering Physics: “Engineering Physics” by H.K. Malik and A.K. Singh.

• Online Resources:

  • NPTEL lectures for supplementary learning.
  • RGPV’s digital library for access to various academic materials.

Tips for Staying Organized

Success in the first year requires effective organization and proactive study habits:

• Create a Study Schedule.

FAQ for RGPV Syllabus

Here are some of the most commonly asked questions regarding the RGPV syllabus along with their answers:

1. Where can I download the latest RGPV syllabus?

You can download the latest RGPV syllabus for all courses, including B.Tech, M.Tech, MBA, MCA, and diploma programs, from the official RGPV website under the “Academics” or “Syllabus” section.

2. Is the RGPV syllabus the same for all branches in the first year?

Yes, for B.Tech first-year students, the syllabus is common across all branches. It includes fundamental subjects like Mathematics, Physics, Chemistry, Basic Electrical & Electronics Engineering, and Engineering Graphics. From the second year onward, the syllabus becomes branch-specific.

3. How often does RGPV update the syllabus?

RGPV updates its syllabus periodically, usually every few years, to align with industry trends and technological advancements. Major revisions are typically made after curriculum reviews and AICTE guidelines.

4. What are the major subjects covered in the RGPV syllabus for B.Tech?

The B.Tech syllabus varies by specialization. However, common subjects include:

• First Year: Mathematics, Physics, Chemistry, Engineering Graphics, and Basic Electrical Engineering.
• Second to Fourth Year: Branch-specific subjects such as Data Structures (CSE), Thermodynamics (Mechanical), Circuit Theory (ECE), and Structural Analysis (Civil Engineering).

5. What is the exam pattern for RGPV courses?

The RGPV examination pattern generally consists of:

• Theory Exams: Long answer, short answer, and multiple-choice questions (MCQs).
• Practical Exams: Laboratory-based experiments and viva voce.
• Internal Assessments: Assignments, quizzes, and mid-semester tests.
• Project Work: Final-year students need to submit a major project related to their specialization.

6. Are there any major changes in the RGPV syllabus in recent years?

Yes, RGPV has implemented Choice-Based Credit System (CBCS) in recent years. Additionally, new subjects like AI, Machine Learning, and IoT have been introduced in certain branches to align with industry needs.

7. What are the best books to study according to the RGPV syllabus?

Some recommended books based on RGPV syllabus include:

• Engineering Mathematics: Higher Engineering Mathematics by B.S. Grewal
• Physics: Engineering Physics by H.K. Malik & A.K. Singh
• Chemistry: Engineering Chemistry by Jain & Jain
• Electrical Engineering: Basic Electrical Engineering by V.K. Mehta

8. How can I check if my syllabus is updated?

You can check the latest syllabus updates on the RGPV official website. You can also compare your syllabus with previous years’ versions to identify changes.

9. Does RGPV provide online study materials for the syllabus?

Yes, RGPV provides e-content, lecture notes, and previous year question papers through its official website and MOOCs (Massive Open Online Courses) platforms. Some professors also upload video lectures for better understanding.

10. How can I prepare effectively for RGPV exams based on the syllabus?

• Follow the syllabus structure: Study unit-wise and prioritize high-weightage topics.
• Refer to standard textbooks: Use recommended books instead of relying solely on class notes.
• Solve previous year question papers: Helps understand the exam pattern and important topics.
• Attend practical sessions: Hands-on experience is crucial for laboratory-based exams.
• Revise regularly: Create a study plan and allocate time for revision before exams.

These FAQs should help RGPV students better understand their syllabus, exam patterns, and preparation strategies. If you need further clarification, check the official RGPV website or contact your university faculty.