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Mechanical Engineering Program

3-Year Diploma Program with Lateral Entry Option for ITI Graduates (2 Years)

The Mechanical Engineering program at SGI College of Engineering prepares students for professional careers in manufacturing, design, thermal engineering, and automation. Our 3-year diploma program provides comprehensive technical education with a strong emphasis on practical skills and hands-on training.

We offer lateral entry admission for ITI graduates as a 2-year program, allowing them to join directly in the second year of the diploma course, building on their technical skills.

The curriculum is designed to meet industry requirements, focusing on modern technologies including CAD/CAM, CNC machining, manufacturing processes, thermal systems, and automobile engineering. Students gain hands-on experience through well-equipped workshops, laboratories, and industry projects.

Our faculty comprises experienced professionals who provide mentorship and guidance to help students achieve their career goals in the diverse field of mechanical engineering.

Admission Information

Regular Entry (3-Year Program)
  • Duration: 3 Years (6 Semesters)
  • Eligibility: 10th Pass or equivalent
  • Intake: 60 seats per batch
  • Admission: Through entrance examination
Lateral Entry (2-Year Program)
  • Duration: 2 Years (4 Semesters)
  • Eligibility: ITI Diploma in relevant field
  • Direct admission to 2nd year
  • Special focus on advanced mechanical skills

Program Highlights

Key features of our Mechanical Engineering program

3-Year Diploma

Comprehensive technical program

Lateral Entry

2-year program for ITI graduates

Modern Workshops

Fully equipped labs and machines

CAD/CAM Training

Latest design software

Automobile Engineering

Vehicle systems and maintenance

Thermal Engineering

Heat transfer and energy systems

Automation

Industrial automation training

Career Support

Placement assistance

Department Information

Explore Mechanical Engineering through our comprehensive sections

Head of Department

It is with immense pride and a sense of great responsibility that I welcome you to the Departments of Mechanical Engineering and Automobile Engineering at Suddhananda Residential Polytechnic (SRP). As the Head of these two dynamic departments, I am dedicated to fostering an environment where innovation meets practical skill, and theoretical knowledge is transformed into engineering excellence.

Our Mechanical Engineering department, with a robust strength of 90 students, serves as the cornerstone of industrial growth. We focus on core areas such as design, thermal sciences, manufacturing, and robotics, equipping our students to become the architects of modern machinery and sustainable industrial solutions. Alongside, our Automobile Engineering department, with 30 enthusiastic students, delves into the fast-evolving world of vehicle dynamics, electric and hybrid technologies, and automotive design, preparing skilled engineers for the future of mobility.

At SRP, we believe that true engineering prowess is built in the workshop and the lab as much as in the classroom. Our state-of-the-art facilities provide students with hands-on experience in CNC machining, engine testing, vehicle servicing, and prototyping. This practical exposure is complemented by a curriculum designed in alignment with industry demands and emerging technological trends.

Our faculty members are committed mentors who guide students not only in academic pursuits but also in projects, internships, and competitive events. We emphasize values such as precision, safety, teamwork, and ethical engineering—qualities essential for successful careers.

I am inspired daily by the curiosity and dedication of our students. Together, we are building a legacy of quality and creativity in engineering.

To all aspiring engineers: Join us to shape the machines and vehicles of tomorrow. Let’s engineer a better future, together.

 

Sincerely,

Mr. Satyabrata Nayak

HoD, Mechanical Engineering & Automobile Engineering

Suddhananda Residential Polytechnic (SRP)

Program Overview

The Mechanical Engineering program is a 3-year diploma course designed to equip students with comprehensive knowledge and skills in mechanical systems, manufacturing processes, thermal engineering, and design. The program also offers lateral entry for ITI graduates as a 2-year program.

The curriculum blends theoretical concepts with practical applications through laboratory sessions, workshop training, industry projects, and field visits. Students gain hands-on experience with modern machinery, CAD/CAM software, and manufacturing equipment.

Program Structure:

  • 3-year comprehensive diploma program (6 semesters)
  • Lateral entry option for ITI graduates (2 years, 4 semesters)
  • Industry-aligned curriculum updated regularly
  • Practical training in well-equipped laboratories and workshops
  • Industrial visits and expert lectures
  • Project-based learning approach
  • Internship opportunities in manufacturing industries
  • Placement assistance

Core Areas Covered:

  • Engineering Mechanics and Strength of Materials
  • Thermal Engineering and Heat Transfer
  • Manufacturing Processes and Technology
  • Machine Design and CAD/CAM
  • Fluid Mechanics and Hydraulic Machines
  • Automobile Engineering
  • Metallurgy and Materials Science
  • Industrial Engineering and Management
  • Refrigeration and Air Conditioning
  • Quality Control and Metrology

Mission & Vision

Vision: To be a premier department for developing highly competent mechanical engineering technicians with expertise in design, manufacturing, and thermal sciences.

 

Mission:

 

  • To create a premier learning environment with advanced workshops and labs for CAD/CAM, manufacturing processes, and energy systems.
  • To develop highly skilled professionals through hands-on training in machine tools, CNC programming, and equipment maintenance.
  • To foster innovation by engaging students in design projects, automation, and optimization of mechanical systems.
  • To instil ethical grounding by emphasizing precision, workplace safety, and ethical responsibility in manufacturing and design.

PSO & PEOs

Program Specific Outcomes (PSOs):

  1. PSO1: Manufacturing & Production Processes: Select and apply appropriate manufacturing processes, machine tools, and CAD/CAM techniques to produce and quality-check mechanical components.
  2. PSO2: Mechanical System Design & Maintenance: Apply principles of mechanics and thermal sciences to assist in the design, analysis, installation, and maintenance of mechanical systems and equipment.

Laboratory & Workshop Facilities

State-of-the-art facilities for practical learning

Machine Shop

Lathes, milling machines, shapers, and drilling machines for precision machining training.

Thermal Engineering Lab

IC engines, boilers, refrigeration and air conditioning systems for thermal studies.

CAD/CAM Lab

Latest software for computer-aided design, manufacturing, and simulation.

Metrology Lab

Precision measuring instruments for quality control and inspection training.

Fluid Mechanics Lab

Hydraulic machines, flow measurement equipment, and fluid dynamics apparatus.

Material Testing Lab

Universal testing machines, hardness testers, and metallurgical microscopes.

Industry-Ready Skills

Focus on practical skills demanded by manufacturing industries

Sustainable Engineering

Emphasis on energy-efficient systems and green technologies

Industry Partnerships

Strong collaborations with automotive and manufacturing companies

Career Opportunities in Mechanical Engineering

Mechanical Engineering graduates have diverse career opportunities in various sectors including manufacturing, automotive, aerospace, energy, and automation industries. With India's growing manufacturing sector, mechanical engineers are in high demand.

  • Design Engineer
  • Production Engineer
  • Quality Control Engineer
  • Maintenance Engineer
  • Automobile Engineer
  • Thermal Engineer
  • CAD/CAM Engineer
  • Project Engineer
  • Industrial Engineer
  • R&D Engineer

Mechanical engineers play a crucial role in designing, manufacturing, and maintaining mechanical systems that form the backbone of modern industry and infrastructure.