GRGI

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Diploma in Mechanical Engineering

ABOUT THIS COURSE

A Diploma in Mechanical Engineering is an educational program that provides students with fundamental knowledge and skills in the field of mechanical engineering. The curriculum of a Diploma in Mechanical Engineering covers various aspects of Mechanical Engineering, including Mathematics, Physics, Engineering Drawing, Thermodynamics, Fluid Mechanics, Strength of Materials, Manufacturing Processes, Machine Design, Industrial Engineering, and Computer-Aided Design (CAD), among others.

VISION

To be a beacon of excellence in Diploma Engineering education, empowering students to become versatile, ethical, and globally competent engineers who drive innovation and positive change in society.

MISSION

To provide a dynamic and inclusive learning environment that empowers students with the knowledge, skills, and ethical values necessary to excel as proficient engineers, innovators, and global citizens who contribute positively to society.
CAREER ASPECTS FOR DIPLOMA IN MECHANICAL ENGINEERING
Overall, Diploma Mechanical Engineers possess versatile skills and knowledge that are highly valued across various industries, offering numerous career opportunities for growth and advancement. Additionally, with experience and further education, they may progress into roles such as project management, engineering management, or technical leadership positions. Some of the career aspects for diploma mechanical engineers:
  • Manufacturing industry.
  • Automobile industry.
  • Construction industry.
  • Energy sector.
  • Railway sector.
  • Defense sector.
INDUSTRIAL TIE UPS
Mechanical Department has ties with lots of industries to place our talented students in various fields like: Production, Design, Quality & robotics. Department provides summer & winter trainings to students for enhancing the practical skills. Mechanical Department has ties with lots of industries to place our talented students in various fields like: Production, Design, Quality & robotics. Department provides summer & winter trainings to students for enhancing the practical skills.
PROGRAM OBJECTIVES
  • PO1. Technical efficiency: The primary objective of the diploma engineering program is to equip students with a strong foundation in fundamental engineering principles, concepts, and technical skills relevant to their chosen field of specialization.
  • PO2. Problem Solving Abilities: The program aims to develop students’ critical thinking, analytical reasoning, and problem-solving abilities, enabling them to identify, analyze, and solve engineering problems effectively in real-world situations.
  • PO3. Communication and Collaboration Skills: – The program aims to enhance students’ communication, teamwork, and interpersonal skills, enabling them to effectively communicate ideas, collaborate with colleagues, and work in multidisciplinary teams on engineering projects.
  • PO4. Professional Competence: – The program seeks to instill in students a sense of professionalism, ethical responsibility, and commitment to quality in their engineering practice. Students are expected to adhere to professional standards, codes of conduct, and safety protocols in their work.
  • PO5. Entrepreneurial Mindset: – The program encourages the development of an entrepreneurial mindset among students, fostering creativity, innovation, and a willingness to take calculated risks in pursuing new ideas, ventures, or solutions to engineering challenges.
  • PO6. Adaptability & Learning: – The program aims to cultivate in students a mindset of adaptability, flexibility, and continuous learning. Graduates are expected to stay updated with emerging technologies, industry trends, and best practices throughout their careers.
PROGRAM SPECIFIC OUTCOMES (PSOS)
  • PSO1. Apply Mechanical Engineering Principles: – Demonstrate a comprehensive understanding of fundamental concepts and principles in mechanical engineering, and apply them effectively to analyze, design, and solve engineering problems.
  • PSO2.Utilize Engineering Tools & Technique: – Utilize modern engineering tools, techniques, and software applications to design, simulate, and analyze mechanical systems, components, and processes.
  • PSO3.Technical Drawing & CAD skills:- Develop proficiency in technical drawing, drafting standards, and computer-aided design (CAD) software to create detailed engineering drawings, models, and assemblies for mechanical components and systems.
  • PSO4.Team Work & Management: – Demonstrate effective project management skills, including project planning, scheduling, resource allocation, and risk management, and collaborate effectively with multidisciplinary teams to accomplish engineering projects.
PROGRAM EDUCATIONAL OBJECTIVES
These Program Educational Objectives are designed to guide the educational experience and outcomes of graduates of the Diploma Mechanical Engineering course, ensuring that they are well-prepared to succeed in their careers, contribute to society, and continue their professional development as competent and ethical engineering professionals.
  • PEO1. Technical Competence: – They will demonstrate proficiency in applying fundamental principles of mechanical engineering to analyze, design, and solve engineering problems in various industries and technical domains.
  • PEO2.Professional Growth: – They will pursue continuous professional development, including lifelong learning, professional certifications, and advanced education opportunities, to enhance their technical knowledge, skills, and competencies and adapt to evolving trends and technologies in the field of mechanical engineering.
  • PEO3.Ethical & Social Responsibility: – They will demonstrate ethical behavior, integrity, and social responsibility in engineering practice, considering the societal, environmental, and ethical implications of their decisions and actions.
  • PEO4.Global Prospective:-They will demonstrate awareness of global issues, trends, and perspectives in the field of mechanical engineering, including cultural diversity, international standards, and global challenges, and possess the knowledge and skills to work effectively in multicultural and global contexts.
ELIGIBILITY CRITERIA

 10TH PASS (For 3 year diploma)

12th With PHYSICS, CHEMISTRY & MATHS (for 2 year diploma LEET entry)

 

SYLLABUS

Level
Undergraduate
Course
Diploma in Mechanical Engineering
Duration
3 YEAR (After 10th) and 2 Year (After 12th, LEET Entry)
Syllabus