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Sanmarg Shikshan Sanstha, Nagpur

Smt. Radhikatai Pandav College of Engineering

An Autonomous Institute

Near Dighori Naka, Umrer Road, Bahadura, Nagpur - 440034

Approved by AICTE, Govt. of Maharashtra Affiliated to R.T.M. Nagpur University NAAC Accredited
Sanmarg Shikshan Sanstha logo

College Code: 4133

Smt. Radhikatai Pandav College of Engineering is committed to excellence in technical education, industry-oriented learning, modern infrastructure and practical academic training.

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Syllabus
Academic Curriculum

A Structured Path from Fundamentals to Professional Skills

The diploma curriculum follows the applicable MSBTE scheme and semester pattern. It combines engineering theory, practical sessions, drawing, computing, communication, project work and professional development.

Semester-Based Theory and Practical Project Work Outcome-Oriented Learning
01
Program Curriculum

Department-Wise Syllabus Areas

Computer
Computer Engineering

Programming, databases, operating systems, networking, software engineering, web technologies and project development.

Department Overview
CSE
Computer Science and Engineering

Programming, algorithms, data structures, databases, operating systems, networks, software engineering and computing applications.

Department Overview
Science
Science and Humanities

Engineering mathematics, applied physics, chemistry, communication skills, environment and human values.

Department Overview
Mechanical
Mechanical Engineering

Engineering drawing, manufacturing, mechanics, thermal engineering, machine design, maintenance and production.

Department Overview
Electrical
Electrical Engineering

Circuits, electrical machines, power systems, measurements, installations, control systems and industrial applications.

Department Overview
Civil
Civil Engineering

Surveying, construction materials, structures, estimation, transportation, environmental and infrastructure engineering.

Department Overview
Electronics
Electronics & Telecommunication

Electronic devices, digital systems, communication, microcontrollers, instrumentation, networks and embedded applications.

Department Overview
02
Learning Progression

Typical Curriculum Structure

Stage Primary Focus Learning Experience
Foundation Semesters Science, mathematics, communication and basic engineering Classroom learning, introductory laboratories and drawing
Core Semesters Department-specific principles, systems and applications Theory, laboratory practice, software, tools and workshop work
Advanced Semesters Design, analysis, professional electives and applications Complex practical work, mini-projects and problem-solving
Final Semester Integration of knowledge and career preparation Major project, seminar, field exposure and professional skills
03
Assessment

How Student Learning Is Evaluated

Theory examinations assess conceptual understanding and problem-solving.

Practical examinations evaluate laboratory, software, drawing and workshop skills.

Term work includes assignments, journals, attendance and continuous assessment.

Projects and seminars assess planning, teamwork, documentation and presentation.

Students should follow the current examination scheme issued for their curriculum.

Academic notices from the department provide subject-specific requirements.

Official Curriculum

Confirm the latest syllabus with your department

Students must refer to the official curriculum applicable to their enrollment year. The college will publish or provide approved syllabus documents when available.

Programs Offered Time Table
Admission