Program Educational Objectives (PEOs) – Department of Mechanical Engineering
PEO 1 – Strong Academic Foundation & Core Competency
Graduates will possess a strong academic foundation and develop core competencies in diverse areas of Mechanical Engineering, enabling them to excel in professional careers across industries and academia.
PEO 2 – Research, Innovation & Industrial Problem-Solving
Graduates will acquire critical thinking and problem-solving skills to pursue research and innovation, applying their expertise to real-world engineering and industrial challenges.
PEO 3 – Addressing Societal, Technical & Business Challenges
Graduates will be capable of analyzing and addressing societal, technical, and business challenges, contributing to sustainable and impactful engineering solutions.
PEO 4 – Lifelong Learning & Professional Growth
Graduates will continuously enhance their technical knowledge and professional development through higher education, industry training, and lifelong learning to stay ahead in evolving technological landscapes.
Program Outcomes (POs) – Skills & Competencies
Graduates of the Mechanical Engineering program will be able to:
PO1 – Engineering Knowledge
Apply mathematics, science, and engineering principles to solve complex Mechanical Engineering problems.
PO2 – Problem Analysis
Identify, analyze, and interpret engineering challenges using scientific methodologies and research-based knowledge.
PO3 – Design & Development of Solutions
Design and develop mechanical systems, components, or processes with consideration for public health, safety, society, and the environment.
PO4 – Research & Investigation of Complex Problems
Utilize experimental design, data analysis, and interpretation to investigate and provide reliable solutions.
PO5 – Modern Tool & Technology Application
Select and apply modern engineering tools, computational techniques, and predictive models to enhance problem-solving efficiency.
PO6 – Engineering & Societal Responsibilities
Assess and address societal, legal, health, and safety concerns, ensuring ethical and sustainable engineering practices.
PO7 – Environmental Sustainability
Understand the environmental impact of engineering solutions and contribute to sustainable development.
PO8 – Ethics & Professional Responsibility
Commit to ethical practices, integrity, and professional responsibilities in engineering applications.
PO9 – Teamwork & Leadership
Effectively work as an individual, team member, or leader in diverse and multidisciplinary settings.
PO10 – Effective Communication
Develop strong communication skills to write reports, present findings, and articulate ideas effectively within engineering and non-engineering communities.
PO11 – Project Management & Financial Acumen
Apply engineering and management principles to successfully plan, execute, and oversee projects in a professional environment.
PO12 – Lifelong Learning & Adaptability
Recognize the need for continuous learning and self-improvement, adapting to technological advancements and industry trends.
Program Specific Outcomes (PSOs) – Industry & Research Readiness
PSO1 – Application of Engineering Fundamentals
Utilize Basic Science, Humanities, and Engineering Fundamentals to develop innovative solutions for real-life mechanical and societal challenges.
PSO2 – Thermal, Fluid & Manufacturing Applications
Apply expertise in Thermal Engineering, Fluid Machinery, and Manufacturing Science to analyze and solve industrial thermo-fluid and shop-floor operational problems.
PSO3 – Design & Advanced System Development
Implement mechanical design principles to analyze, evaluate, and develop cutting-edge mechanical systems and processes using modern analytical tools and advanced manufacturing practices.
Join us at MSIT’s Department of Mechanical Engineering – Where Innovation Meets Engineering Excellence!
