Mechanical Engineering Department

Program Outcomes :

PO 1 - Basic & Discipline Specific Knowledge: Apply knowledge of basic mathematics, science, engineering fundamentals, and engineering specialization to solve engineering problems.

PO 2 - Problem Analysis: Identify and analyze engineering problems using codified standard methods.

PO 3 - Design/Development of Solutions: Design solutions for well-defined technical problems and assist with designing system components and processes to meet specific needs.

PO 4 - Engineering Tools, Experimentations & Testing: Apply modern engineering tools and appropriate techniques to conduct standard tests and measurements.

PO 5 - Engineering Practices for Society, Sustainability & Environment: Apply appropriate technology in the context of society, sustainability, environment, and ethical practices.

PO 6 - Project Management: Use engineering management principles individually, as a team member or a leader, to manage projects and effectively communicate about well-defined engineering activities.

PO 7 - Lifelong Learning: Demonstrate the ability to analyze individual needs and engage in continuous updating in the context of technological changes.

Program Educational Outcomes :

PEO 1 - Technical Knowledge and Problem Solving: Provide students with fundamental technical knowledge and skills in mathematics, science, and engineering to recognize, analyze, and solve problems, and to apply these abilities to generate new knowledge, ideas, or products in industry or government, and implement these solutions in practice.

PEO 2 - Teamwork and Communication: Provide students with the necessary instruction and practical experience to work effectively in local and international team environments and to become proficient in written and oral communication for sharing ideas, mentoring others, and continuous learning.

PEO 3 - Lifelong Learning: Produce graduates who recognize the importance of lifelong learning and actively engage in self-study, continuing education programs, workshops, or formal graduate education, while encouraging others to maintain the same motivation.

PEO 4 - Ethics and Social Responsibility: Produce graduates who understand ethical responsibilities and service towards peers, employers, and society, and consistently follow these principles in their professional and personal lives.

Program Specific Outcomes :

PSO 1 - Mechanical Design and Analysis: Demonstrate the ability to design and analyze mechanical components and systems for effective mechanical performance.

PSO 2 - Fluid Mechanics and Power Systems: Apply principles of fluid mechanics and power developing systems to analyze and solve engineering problems.

PSO 3 - Real-Life Problem Solving: Solve real-life engineering problems through practical exposure and hands-on field experience.

Certificate Course :

Enrolling in a certificate course at our mechanical engineering college can help further or begin student's career. Taking less time than a traditional degree, a certificate course exposes students to college level coursework in a condensed amount of time. Students choose to get a certificate course as their interest in department. Mechanical engineering is the design and operation of machines. Within this type of engineering, parts are analyzed to create more efficient and safer systems for manufacturing.

Objective of Certificate course :

A certificate course can offer specialized classes in this field. Some courses that may be taken for this certificate could be computer applications, materials, modeling, production design, composites and mechanics. Sometimes there are further concentrations within a certificate course. Some possible specializations are robotics, computer-aided design, thermodynamics, and hydraulics or product design.

Scope of the course :

Once a certificate in mechanical engineering is awarded, different career options may open up. Additionally, certificate holders have a deeper understanding of the way machines and mechanical systems work. For those who have finished a certificate course in this type of engineering, job opportunities may be more abundant. One type of position that could be an option is robotics designer, which involves creating machines for automated processes. Additionally, careers in structural analysis, which has to do with analyzing systems failures, can be obtained with credentials in mechanical engineering. Other possible career paths are working in drafting, thermodynamics in energy or working in mechanics of various industries. Jobs in mechanical engineering are found primarily in the private manufacturing industry, but there are also opportunities in governmental agencies.

Value-added courses in mechanical engineering provide specialized insights and skills, enriching a student's educational journey. These courses delve into areas like advanced materials, robotics, thermodynamics, and sustainable design, offering a deeper understanding of complex mechanical systems. By aligning with industry trends and demands, these courses enhance employability, enabling graduates to tackle real-world challenges with practical knowledge. Recognized certifications validate expertise, fostering career advancement and opportunities for innovation in fields ranging from automotive and aerospace to energy and manufacturing.

Objective of Courses :

1. Expertise Enhancement: Courses aim to deepen knowledge in specific subjects.
2. Employability: Enhance job prospects through practical skills.
3. Skill Validation: Obtain recognized certifications to showcase proficiency.
4. Career Growth: Enable advancement and specialization.
5. Industry Relevance: Align with current trends for practical application.

Scope of the Courses :

1. Comprehensive Topics: Covers a wide range of subject areas.
2. Industry Alignment: Reflects current industry trends and needs.
3. Skill Diversity: Develops versatile skills applicable in various contexts.
4. Career Pathways: Opens doors to diverse job opportunities.
5. Practical Application: Equips for real-world scenarios and challenges

• Adherence to Departmental Academic Calendar- Preparation of Academic Action Plans/Lesson Plan
• Pedagogical Initiatives - Content Delivery (method of instruction)
• Project Based Learning
• Activity Based Leaning
• Departmental Library
• Use of ICT Tools
• Methodologies to Support Weak Students and Encourage Bright Students
• Teacher Guardian Scheme
• Remedial Classes for Slow Learners.
• 3D Printing Club for Students Interested in 3D Printing Technology.
• Expert Lecture Talks for Students.