PO1:

An ability to apply knowledge of mathematics, science, and engineering for problem solving in mechanical engineering.

PO2:

An ability to understand, formulate, and analyze to solve engineering problems.

PO3:

An ability to design and develop a mechanical system, component, or process to meet desired specifications and requirements within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability.

PO4:

An ability to design and conduct experiments to generate, analyze, and interpret data of a mechanical system and process.

PO5:

An ability to model and simulate and to use the techniques, skills, and modern engineering tools to solve a mechanical engineering problem.

PO6:

An understanding of legal and social liabilities related to mechanical process or product development.

PO7:

An ability to understand the impact of mechanical engineering solutions in a global, economic, environmental, and societal context.

PO8:

To adopt ethical practices in developing mechanical engineering solutions.

PO9:

An ability to function individually as well as in multidisciplinary teams.

PO10:

An ability to establish effective communication with colleagues, technical groups, and society.

PO11:

An ability to adapt to changes and innovations in mechanical engineering.

PO12:

Ability to engage in life-long learning by adapting knowledge of contemporary issues of mechanical engineering.

1

The students will be able to implement the knowledge in industrial automation through specialization in CAD/CAM and Mechatronics.

2

The students will be able to develop cost-effective and sustainable energy solutions for industry and society at large through specialization in Energy Technology.

3

The students will be able to implement the knowledge in improving industrial productivity through specialization in industrial and production engineering.

PO1:

An ability to apply knowledge of mathematics, science, and engineering for problem solving in robotics and automation engineering.

PO2:

An ability to understand, formulate, and analyze to solve engineering problems.

PO3:

An ability to design and develop a robotic system, component, or process to meet desired specifications and requirements within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability.

PO4:

An ability to design and conduct experiments to generate, analyze, and interpret data of a robotics and automation system and process.

PO5:

An ability to model and simulate and to use the techniques, skills, and modern engineering tools to solve robotics and automation engineering problems.

PO6:

An understanding of legal and social liabilities related to mechanical process or product development.

PO7:

An ability to understand the impact of robotics and automation engineering solutions in a global, economic, environmental, and societal context.

PO8:

To adopt ethical practices in developing robotics and automation engineering solutions.

PO9:

An ability to function individually as well as in multidisciplinary teams.

PO10:

An ability to establish effective communication with colleagues, technical groups, and society.

PO11:

An ability to adapt to changes and innovations in robotics and automation engineering.

PO12:

Ability to engage in life-long learning by adapting knowledge of contemporary issues of robotics and automation engineering.

1

To impart students with modern science, technical, and practical knowledge of robotics and automation engineering subjects.

2

To enhance analytical skills of students for decision making in complex engineering problems.

3

To provide opportunities for students to learn about recent developments and future technologies related to robotics and automation engineering.

4

To prepare students to pursue careers in multidisciplinary industries or to pursue higher studies in robotics and interdisciplinary programs.

5

To create awareness among students towards social, environmental, and energy-related issues.

1

The students will be able to implement the knowledge in industrial automation..

2

The students will be able to develop cost effective and sustainable solution of automation and robotics for industry and society.

3

The students will be able to implement the robotics and automation knowledge in improving industrial productivity and safety.

PO1:

Engineering knowledge: An ability to apply advanced knowledge to solve problems related to design and its performance.

PO2:

Problem analysis: Technical competence, rational and conceptual thinking to solve the problems.

PO3:

Design / development of solutions: An ability to design and develop mechanical systems that meet desired specifications and ergonomics within the realistic constraints of cost, space, environment, society, manufacturability, sustainability, health and safety.

PO4:

Conduct investigations of complex problems: Ability to test components using scientific techniques and experiments to establish and improve their reliability.

PO5:

Modern tool usage: Ability to select better materials for mechanical systems to offer greater comfort and safety to occupants.

PO6:

The engineer and society: Ability to apply modern software tools to predict the performance of critical components.

PO7:

Environment and sustainability: An ability to understand professional, ethical and legal responsibilities related to the product.

PO8:

Ethics: Research acumen for constant innovations in product and components' design to increase product acceptability.

PO9:

Individual and team work: An ability to work in multidisciplinary teams by sharing knowledge and respecting team members.

PO10:

Communication: Effective communication skills to share knowledge and thoughts with team members, colleagues, higher authorities, customers, and suppliers.

PO11:

Project management and finance: Ability to quickly adapt to changes as per customer demands and analyze challenges to develop new products.

PO12:

Life-long learning: Knowledge of contemporary issues and their effect on product demand.

1

1

The students will be able to implement the knowledge in industrial automation through specialization in CAD/CAM, design, manufacturing engineering.

2

The students will be able to develop cost effective and sustainable energy solutions for industry and society at large through specialization in thermal, design, manufacturing and CAD/CAM engineering.

3

The students will be able to implement the knowledge in improving industrial productivity through specialization in thermal, design, manufacturing CAD/CAM and automobile engineering.

PO1:

Engineering knowledge: Have a strong foundation in the fundamentals of basic as well as current scientific theories and their applications in real life.

PO2:

Problem analysis: Be capable in designing and carrying out scientific experiments as well as accurately recording and analyzing the results of such experiments.

PO3:

Design / development of solutions: Have proficiency in analytical reasoning, critical thinking, and problem solving, as applied to scientific problems.

PO4:

Conduct investigations of complex problems: Have ability to communicate the results of scientific work in oral, written, and electronic formats to both scientists and masses at large.

PO5:

Modern tool usage: Have skills to explore new areas of research in fields of science and technology.

PO6:

The engineer and society: Have an ability to adopt ethical practices in developing scientific solutions for the environmental issues and key issues being faced by our society in energy, health, and medicine.

PO7:

Environment and sustainability: Have the ability to utilize research for addressing social, economic, and environmental problems.

PO8:

Ethics: Have the ability to extend his/her research experiences in socio-economic and cultural development.

PO9:

Individual and team work: Be able to function as a member of an interdisciplinary problem-solving team.

PO10:

Communication: Have the ability to develop innovative and cost-effective techniques and products.

1

Have knowledge, understanding and expertise in the area of mechanical engineering and allied fields.

2

Be capable of developing new processes, devices and use of mechanical engineering in industrial development.

3

Be capable of handling the instruments that are commonly used in mechanical engineering labs, as well as interpret and use data generated by instrumental and experimental analyses.

4

Have opportunities to excel in academics, research or industry in the area of mechanical engineering.