Welcome to PPG Institute of Technology
0%
Welcome to PPG Institute of Technology
0%
0%
0%
0%
The Mechanical Engineering department develops engineers capable of designing, manufacturing, and managing mechanical systems. We emphasize hands-on training in product design, manufacturing processes, and automation technologies.
Department: Mechanical Engineering
Code: MECH
Program: BE / B.Tech
Focus Area: design, manufacturing, thermal systems, and automation
Our commitment to excellence and student success
Vision: To produce mechanical engineers who innovate in design and manufacturing for a sustainable future.
Mission: To provide comprehensive mechanical education integrating design, manufacturing, and emerging technologies.
The Program Educational Objectives of Mechanical Engineering define the broad career and professional accomplishments that our graduates are expected to achieve.
Graduates will work in manufacturing and product development industries.
Graduates will design and develop mechanical systems and machines.
Graduates will pursue advanced studies in specialized mechanical domains.
Graduates will contribute to industrial growth and sustainability.
Program Outcomes for Mechanical Engineering define what students will be able to do by the time of graduation in terms of knowledge, skills, and competencies.
Apply mechanical engineering fundamentals and design principles.
Design mechanical systems using CAD and simulation.
Understand manufacturing processes and production management.
Analyze thermal and fluid mechanics systems.
Work effectively in mechanical engineering teams.
Communicate design solutions and technical reports.
Consider environmental and economic factors in design.
Engage in continuous professional development.
The Program Specific Outcomes for Mechanical Engineering are specialized learning outcomes unique to this discipline that complement the broader POs.
CAD and mechanical design expertise.
Manufacturing and production management skills.
Thermal and fluid mechanics analysis capability.
Automation and mechatronics integration knowledge.
The Course Outcome to Program Outcome (CO-PO) mapping for Mechanical Engineering demonstrates how individual courses contribute to achieving the program's intended learning outcomes.
Mechanical Engineering currently offers BE / B.Tech with elective pathways and practical learning modules aligned to industry needs.
BE / B.Tech structure with semester-wise progression
Core + elective model for specialization flexibility
Laboratory-integrated teaching methodology
Capstone projects and internship-driven credits
Mechanical Engineering builds technical excellence through mentor-guided learning, innovation activities, and a strong professional development ecosystem.
Strong product design and manufacturing foundation
Skill tracks in automation and industrial systems
Practical training with simulation and modeling tools
Core industry and production role readiness
The curriculum in Mechanical Engineering is updated with contemporary topics and practical modules to ensure relevance and employability.
Outcome-based curriculum with competency mapping
Elective tracks in advanced domain areas
Continuous internal assessments and practical reviews
Periodic syllabus revision with expert input
Mechanical Engineering supports practical and research learning through dedicated labs, software infrastructure, and project spaces.
CAD/CAM and design lab
Manufacturing and production engineering lab
Thermal and fluid mechanics lab
Automation and mechatronics lab
Discover our world-class faculty driving innovation, research, and excellence in MECH.
Mechanical Engineering encourages applied research and innovation projects to solve domain-specific challenges with measurable outcomes.
Sustainable manufacturing solutions
Thermal system performance optimization
Mechanism and machine design innovation
Industrial automation prototypes
Mechanical Engineering maintains industry linkage through internships, live projects, certification pathways, and expert mentorship.
Plant and manufacturing internships
Design engineering internships
Maintenance and operations internships
Automation and quality process projects
Plant and manufacturing internships
Design engineering internships
Maintenance and operations internships
Automation and quality process projects
Plant and manufacturing internships
Design engineering internships
Maintenance and operations internships
Automation and quality process projects
Students of Mechanical Engineering have delivered notable outcomes in competitions, publications, certifications, and innovation showcases.
Wins and recognitions in technical contests
Hackathon and product showcase participation
Conference papers and innovation project milestones
Certification achievements aligned to career tracks
Mechanical Engineering offers role-focused placement preparation and recruiter engagement for consistent career outcomes.
Placement DetailsDesign Engineer
Production Engineer
Quality Engineer
Maintenance / Operations Engineer
Admissions to Mechanical Engineering follow a transparent process from enquiry to enrollment confirmation.
Submit application and preferred department
Eligibility and document verification
Counseling and seat allocation support
Fee confirmation and onboarding guidance
Eligibility for Mechanical Engineering is based on current university and regulatory admission norms.
Qualifying exam requirements as per norms
Subject prerequisites for department admission
Category reservation and compliance guidelines
Counseling-based allotment procedures
Access Mechanical Engineering brochure, curriculum details, and syllabus documents for better academic planning.
Common questions for students interested in Mechanical Engineering.
Reach the Mechanical Engineering office for counseling, curriculum clarifications, and admission guidance.
MECH department coordinator desk
Admissions and counseling support team
Career and placement guidance assistance
Direct enquiry support for Mech aspirants