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Mechanical Engineering

Mechanical Engineering

About the Department

The Department of Mechanical Engineering in RIT works closely with the industries to keep pace with the latest advancements in manufacturing field. RIT has set up an Automation Lab in association with Prolific Technologies. It has set up a 3D printing Lab for enhancing the technical knowledge of the students.

RIT supports the fast-track commercialization of next-generation technologies and processes. By working in tandem with some of the best industries in SIDCUL, we also get the access to the state-of-the-art facilities dedicated to the R&D needs of manufacturers and other facilities that have the flexibility to adapt to those needs, and thus our students get a chance to see and understand such advanced operational facilities from close proximities. A recent example is a visit to Hero MotoCorp, SIDCUL.

Holding seminars on revolutionary standards of Industry 4.0, industrial visits and internships are among such processes that enhance the experiential learning of our students. The department has also collaborated with IIT, Kharagpur for “Technological Advancement Program on CAD/CAM”

The current research activities by NPTEL certified faculty members include the manufacturing process and simulation, manufacturing analysis and processing of composite materials. Labs are equipped with traditional and hybrid machine tools viz. lathe, milling, shaper, welding, Keplar Turbines, Francis Turbines, Robotic Systems, etc.

Department makes use of the central facilities that contain a range of sensors and microcontrollers for measuring, monitoring, and control of different manufacturing processes and the adoption of new technologies has given us the status of not only the Best Engineering College of Roorkee but also the Best Technical Institute of Uttarakhand.

Vision

To impart quality education in the field of mechanical engineering.

Mission

  • To acquire global significance through research and education for developing trained technocrats and accentuate entrepreneurship skills in the field of mechanical engineering.
  • To provide an intellectually motivating research environment and collaborate with Research & Development organization, industries and alumni for inspiring students in the field of research.
  • To equip students with adequate knowledge and skill thereby make them ready to face the current and approaching challenges in the industry.
  • To create and facilitate an environment fostering innovation and technological advancement.

Programs

B Tech – Mechanical Engineering

Undergraduate Program Bachelor of Technology 4 years

The Mechanical Engineering Department is one of the most popular branches of RIT. Its faculty and facilities are making sincere efforts to produce excellent engineering graduates to meet the present day industry needs.

POs

  1. Engineering knowledge:Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
  2. Problem analysis:Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
  3. Design/development of solutions:Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.
  4. Conduct investigations of complex problems:Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.
  5. Modern tool usage:Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modelling to complex engineering activities with an understanding of the limitations.
  6. The engineer and society:Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
  7. Environment and sustainability:Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
  8. Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
  9. Individual and team work:Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
  10. Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
  11. Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
  12. Life-long learning:Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.       

PSOs

PEOs

COs

M Tech – Production Engineering

Postgraduate Program Master of Technology 2 years

Since the day of its inception the Department of Mechanical Engineering has been taking long strides in the field of applied sciences and Mechanical Engineering.

POs

  • Acquire fundamental knowledge and understanding of Production Engineering especially in the areas of materials, automation,advanced manufacturing methods and quality control &assurance.
  • The ability to apply techniques, skills and modern tools/software of manufacturing technology.
  • Ability to independently formulate research /investigation problems, conduct experimental and/or analytical work related to ProductionEngineering and analyze results using modern mathematical and scientific methods.
  • Review the knowledge developed by scholars/researchers, critically assess the relevant technological issues and write/present a substantial technical report/document.
  • Design and validate technological solutions to defined problems for the practical utilization of their work.
  • The ability to apply creativity/innovations in design of manufacturing systems, components and processes.

 

PEOs

COs

Laboratories & Infrastructure


MACHINE COMPONENT DESIGN LAB
MATERIALS SCIENCE AND TECHNOLOGY LAB

Mechanical properties are very important in the process of designing durable components & machine parts and these properties are decided by the atomic arrangement of the materials. Material sci...

  • Learn More
  • INDUSTRIAL ERGONOMICS & ENGINEERING LAB

    The laboratory includes equipment and material that enable the execution and analysis of a variety of business simulations, with equipment for measuring or recording environmental conditions, human...

  • Learn More
  • HEAT AND MASS TRANSFER LAB
    MACHINE DRAWING LAB WITH AUTOCAD

    This lab is established for concept design and product realization. CAD software such as Auto-Cad is used for preparation of detailed 3D models on software and their drawing is generated. Auto-Cad ...

  • Learn More
  • ENGINEERING GRAPHICS AND DESIGN LAB

    Engineering Graphics Lab is related with preparation of working drawings of various components and machine parts. Fundamentals of engineering drawing like projection (orthographic, isometric etc.),...

  • Learn More
  • REFRIGERATION AND AIR CONDITIONING LAB

    The lab has different test rigs of actual window air conditioner and refrigeration system. The students get trained and motivated to do research and to practice the technologies in the field of The...

  • Learn More
  • APPLIED THERMODYNAMICS LAB

    Lab is equipped with cut section models of automobile like two/four stroke petrol and diesel engines, boilers with mountings and accessories etc. to give detailed insight of the real world problem....

  • Learn More
  • MANUFACTURING SCIENCE AND TECHNOLOGY LAB

    This lab consists of practical regarding machine shop, foundry shop, welding shop etc. In machine shop experiments are performed on lathe machine, shaper machine, Vertical drilling machine, bench g...

  • Learn More
  • COMPUTER INTEGRATED MANUFACTURING LAB
    BASIC MECHANICAL ENGINEERING LAB

    In this lab, students can visualize the working of two stroke and four stroke diesel/petrol engines, water tube and fire tube boilers, steam engine, impulse and reaction turbine, refrigerator etc. ...

  • Learn More
  • WORKSHOP PRACTICE LAB
    AUTOMOBILE ENGINEERING LAB

     

    The laboratory is well-equipped and enables students to understand the fundamentals of Automotive Engineering which includes basic structure, body style, engine, chasis, steering syst...

  • Learn More
  • THOREY OF MACHINE LAB

    This lab consists of various basic mechanical equipments and models for understanding mechanisms, apparatus etc. At undergraduate level major equipment covered in this lab are governor, cam & f...

  • Learn More
  • STRENGTH OF MATERIAL LAB

    This lab is equipped with different material testing machine such as Universal Testing Machine, Impact Testing Machine, Hardness Testing Machine etc. where students can study about the mechanical p...

  • Learn More
  • FLUID MECHANICS & TURBO MACHINERY LAB

    This lab has different pumps, turbines and basic fluid mechanics set-up/test rig. The lab is equipped with different pumps, turbines, flow measuring set-ups such as venturimeter, orifice-plate, pit...

  • Learn More
  • MACHINE COMPONENT DESIGN LAB


    The objective of Machine Component Design Lab is to improve design quality, shorten design time and enhance design education. The foundation of this development is the science of design which provides scientific means for studying design activities. The students will learn and practice design procedure of various mechanical components like shaft, spring, rope brake, band brake, disc brake, clutch, journal bearing, roller bearing, spur gear, helical gear, worm gear etc. The design tools are used to help companies rapidly develop high quality new products. The design tools developed include design methodology and computer-aided design software systems.

    MATERIALS SCIENCE AND TECHNOLOGY LAB


    Mechanical properties are very important in the process of designing durable components & machine parts and these properties are decided by the atomic arrangement of the materials. Material science is the science where we study and investigate relationship about mechanical properties of the materials. Furthermore, a material’s performance will be a function of its properties.

    This laboratory covers microstructure analysis of the different materials prepared through a series of operation like cutting, machining, grinding, polishing, etching, microscopic analysis etc. Properties are also dependent on the micro-structure (grain structure and phase structure) of the materials which are further improved by various Heat Treatment processes like Annealing, Normalizing, quenching etc. With the help of different equipment and machines like metallurgical microscope students learn analyzing the micro-structure and their properties.

    INDUSTRIAL ERGONOMICS & ENGINEERING LAB


    The laboratory includes equipment and material that enable the execution and analysis of a variety of business simulations, with equipment for measuring or recording environmental conditions, human capacity, work methods or durations.

    The Laboratory of Ergonomics has sufficient computer support which allows students to make the necessary measurements and ergonomic surveys and designs, to measure and evaluate physiological and anthropometric properties and working environment factors, to record existing and improved work methods and to measure the duration of work items. The experience gained during these measurements and evaluations shed light on the issues of design of work and design of display and control devices, design of the work environment, ergonomic workplace arrangement, improved work methods and determination of standard times. 

    HEAT AND MASS TRANSFER LAB


    This lab helps the students to understand the basic concepts about heat and mass transfer: Conduction, Convection & Radiation. The purpose of this laboratory is to reinforce and enhance understanding of students to the fundamentals of Heat and mass transfer. The experiments here are designed to demonstrate the applications of the basic heat transfer principles and to provide a more intuitive and physical understanding of the theory. Basic experimental setups are like heat transfer through natural and forced convection, composite wall, Pin-fin apparatus etc. The main objective is to introduce a variety of classical experimental and diagnostic techniques, and the principles behind these techniques.

    MACHINE DRAWING LAB WITH AUTOCAD


    This lab is established for concept design and product realization. CAD software such as Auto-Cad is used for preparation of detailed 3D models on software and their drawing is generated. Auto-Cad software is used to increase the productivity of the designer, improve the quality of design and improve communications through documentation. The student will receive “hands-on” training and will develop the techniques that are essential in today’s engineering industry. The student will learn how to adapt basic technical drafting techniques to generate working and production drawings.

    ENGINEERING GRAPHICS AND DESIGN LAB


    Engineering Graphics Lab is related with preparation of working drawings of various components and machine parts. Fundamentals of engineering drawing like projection (orthographic, isometric etc.), sectioning, dimensioning, lettering etc. are taught to students. Students are made aware about projection of points, lines, planes, solids etc. in first and third angle of projection. By learning these, students can prepare and understand drawing of any physical component/parts in industry. Students can visualize actual products with the help of drawing and design a system, component, or process to meet desired needs within realistic constraints such as economic, environmental, social, safety, manufacturability, and sustainability.

    REFRIGERATION AND AIR CONDITIONING LAB


    The lab has different test rigs of actual window air conditioner and refrigeration system. The students get trained and motivated to do research and to practice the technologies in the field of Thermal Engineering with specialization in Refrigeration and Air-conditioning. Students get understanding of Thermal Engineering fundamentals and applications required to solve real life problems. Major equipment in Refrigeration and Air conditioning lab are Refrigeration test rig & Window air conditioner test rig unit.

    APPLIED THERMODYNAMICS LAB


    Lab is equipped with cut section models of automobile like two/four stroke petrol and diesel engines, boilers with mountings and accessories etc. to give detailed insight of the real world problem. In the lab, students understand the working of equipment and apparatus along with theoretical knowledge like characteristics of the Otto & Diesel cycles and the method of analysis of each cycle. Applied Thermodynamics lab is established in department to understand the basic principles of basic & applied thermodynamics such as boiler and steam generation along with application.

    MANUFACTURING SCIENCE AND TECHNOLOGY LAB


    This lab consists of practical regarding machine shop, foundry shop, welding shop etc. In machine shop experiments are performed on lathe machine, shaper machine, Vertical drilling machine, bench grinder machine. In welding shop different types of welding joints such as lap, butt, corner, T- joints etc. of Mild steel raw material are prepared using different welding techniques such as Gas and Arc Welding. This lab enables the students to get thorough knowledge of different metal cutting processes and fabrication processes used in industry. Other experiments performed in the lab are casting, patterns making, forging, cutting tool edge preparation etc. Objective of this lab is to give exposure to students regarding different techniques of joining metals and non-metals.

    COMPUTER INTEGRATED MANUFACTURING LAB


    Computer Integrated Manufacturing (CIM) Laboratory provides students with many challenging hands-on experiences such as manufacturing design and control. It is a state of the art laboratory consisting of various equipment like Robotic Arm (Pick – up, position and drop programming facility), material handling equipment (conveyor belt) etc. This lab is integrated by advanced programmable logic controllers (PLCs).  

    BASIC MECHANICAL ENGINEERING LAB


    In this lab, students can visualize the working of two stroke and four stroke diesel/petrol engines, water tube and fire tube boilers, steam engine, impulse and reaction turbine, refrigerator etc. with the help of models. This lab provides practical training to all Engineering students. This lab has all necessary machines to carry out tensile and compression test of metals and non-metals. Impact testing machine used to find the impact strength of materials.

    WORKSHOP PRACTICE LAB


    The laboratory is well-equipped and enables students to understand the basics of manufacturing/fabrication processes. Workshop comprises of machine shop, carpentry shop, fitting shop, foundry shop, welding shop, smithy shop and sheet metal shop. Major equipments in workshop laboratory are: shaper machine, vertical drilling machine, bench grinder, power hacksaw, lathe machine etc.

    AUTOMOBILE ENGINEERING LAB


     

    The laboratory is well-equipped and enables students to understand the fundamentals of Automotive Engineering which includes basic structure, body style, engine, chasis, steering system, suspension system, lubrication system, safety features, wheel & tyre assembly, hydraulic and mechanical brakes, lighting system, fuel supply system, differential gear box, gear box, ignition system etc.

    Major equipment in Automobile Engineering laboratory are: cut section automobile chassis with parts, demo board of MPFI system, various types of steering, brake & clutch assembly and different types of cut section models of engines etc.

    THOREY OF MACHINE LAB


    This lab consists of various basic mechanical equipments and models for understanding mechanisms, apparatus etc. At undergraduate level major equipment covered in this lab are governor, cam & follower mechanisms, screw jack, single stage spur gear, single stage spur gear with intermediate gear, two stage spur gear, three speed and reverse gear, worm gear, epicyclical gear(Sun and Planet), whirling of shaft, static and dynamic balancing etc.

    STRENGTH OF MATERIAL LAB


    This lab is equipped with different material testing machine such as Universal Testing Machine, Impact Testing Machine, Hardness Testing Machine etc. where students can study about the mechanical properties of the material. Students can enhance their basic understanding about the material properties and applications.

    FLUID MECHANICS & TURBO MACHINERY LAB


    This lab has different pumps, turbines and basic fluid mechanics set-up/test rig. The lab is equipped with different pumps, turbines, flow measuring set-ups such as venturimeter, orifice-plate, pitot tube etc., where students can visualize the basic theory of working of the flow meter.

     Many of our daily life activity depend on fluid machinery so it is important to understand the functioning principles and characteristics of such machinery from an engineering point of view. This lab focuses on giving the user idea about the practical behavior of such machines before performing operations on a real system.

    About our Research

    Research Committees

    Research Patents

    Professional Memberships

    Dr. Amit K. Tanwer

    • Affiliate Membership of “International association of academic plus corporate” for annual membership for Academic Year-2022
    • Membership of ORACLE Academy from Aug 07, 2021 to Aug 05, 2023.
    • SAE membership, Chennai, Coordinator RIT Chapter Mechanical,
    • Associate Member (UAMAE) of INSTITUTE OF RESEARCH ENGINEERS AND DOCTORS (theIRED), New York, USA
    • Associate Member of Institution of Engineers (India), Kolkata
    • Fellow membership of Indian society of Mechanical engineers, Chennai
    • Life membership of Indian society for Technical education (LMISTE), New Delhi

    Research Projects

    Project Title:

    Development and demonstration of ethanol fuel in 4 – stroke gasoline engine under Competitive Research of Technical Education Quality Improvement Program (TEQIP – III) of Uttarakhand Technical University, Dehradun

    Principle Investigator: Mr. Nitin Kumar

    Co – Principle Investigator: Mr. Dinesh D. Gahlot

     

    Research Conferences

    Department’s USP

    • Ultra modern laboratories with latest equipments as per curriculum of SVMSBUTU, Dehradun
    • Qualified and experienced staff
    • Center of Excellence in Industrial Automation and Robotics to meet needs of Industry 4.0
    • Various activities like industrial visits, guest lecture from industrial experts and workshops on related topics for industrial exposure of students
    • Club activities under Extension Committee for overall development of the students
    • Personality development program and aptitude classes for students
    • Department’s faculty coordinators of Training & Placement Cell are continuously working to bridge the gap between industrial requirement and academic curriculum
    • INDUSTRY 4.0 training programs on latest technologies like SOLIDWORKS, ANSYS, AUTOCAD, Campus to Corporate etc.
    • 3D Printer facility

    HOD’s Desk

    Department of Mechanical Engineering at RIT is committed to provide quality technical education which meets industrial and social requirements. Department is equipped with state of art infrastructure, various laboratories and equipments to make students practically sound.

    RIT has set up Centre of Excellence lab as Automation Lab in association with Prolific Technologies. It has set up 3D Printing Lab for enhancing the technical knowledge of the students. Students of department are making use of other facilities of institute like COE of Electric vehicles, Texas instruments lab and Apple lab for learning beyond curriculum.

    RIT supports the fast-track commercialization of next-generation technologies and processes. By working in tandem with some of the best industries in SIDCUL, we also get the access to the state-of-the-art facilities dedicated to the R&D needs of manufacturers and other facilities that have the flexibility to adapt to those needs, and thus our students get a chance to see and understand such advanced operational facilities from close proximities. A recent example is a visit to Hero MotoCorp, SIDCUL.

    We at RIT are holding seminars on current needs of Industry 4.0 revolution. Industrial visits and internships are among such processes that enhance the practical learning of our students. The department has also collaborated with IIT, Kharagpur for “Technological Advancement Program on CAD/CAM”.

    Faculty members works closely with the industries to keep pace with the latest advancements in the various technical and allied fields.

    Faculty and students of department are motivated to strengthen academics and research activities by NPTEL Certified programs like manufacturing process and simulation, manufacturability analysis, and processing of composite materials. Labs are equipped with traditional and hybrid machining tools viz. lathe, milling, shaper, welding, Kaplan Turbine, Francis Turbine, Robotic Systems, etc.

    All activities in this department are focused on providing technically sound industry ready graduate engineers and moreover ethically and professionally strong citizens to serve country and humanity.

    RIT faculty

     

    Dr. Amit Tanwar

    Head of Deaprtment

    (Mechanical Engineering)

    Contact: 7055106024

    Email: hodme@ritroorkee.com

     

    Department Achievements

    Student Awards/Achievements
    1. Students of department are well placed in industries and have established themselves as successful engineers during previous years.
    2. Students of department have presented research papers, participated in various National level competitions at premium institutions and brought laurels to the college by winning the awards.
    3. As a part of Industry Institute Interaction Department has established Center of excellence namely Industrial Automation and Robotics in collaboration with Profilic system &Technologies Pvt Ltd. Under this Department has organized various training programs for Engineering Students.
    4. Students of department participates in Technomax every year, win prizes and receives certificates. Project “ Strandbeest spy robot”by WanshaDalin Marwen, Febin Roy, Akash Pandey , Aaditya Sagar, Reuben Decruze and Rusan Dabarmaon May, 2022 at Roorkee Institute of Technology, Roorkee in Technomax-2022 and won third Prize.
    Faculty Awards/Achievements
    1. Mr. Nitin Kumar worked on project titled as “Development and demonstration of ethanol fuel in 4 stroke gasoline engine” under TEQIP -III from VSMBUTU, Dehradrun in 2019
    2. Dr. Madhavendra Saxena Best Faculty Award – International Award Ceremony on Star Performers in Engineering, Arts and Management (SPEAM 2022)
    3. Dr. Madhavendra Saxena convener International conference on future road of multidisciplinary stream (ICFRMAS2022) Organized by Roorkee Institute of Technology , Roorkee and IFERP.
    4.  Dr. Madhavendra Saxena will be Oral Presentation International conference on Vibration problems (ICOVP 2023 QATAR UNIVERSITY DOHA QATAR FEB. 5/09/2023).
    5. Teacher Excellence Award – 2022  awarded from Roorkee Institute of Technology on the occasion of Teachers’ Day 2022.
    6. Mr. Narender Bansal Awarded for successfully conducting One week Workshop on “3D PRINTING AND APPLICATION” at Roorkee Institute of Technology, Roorkee.
    7. Dr. Amit K. Tanwar –Achieved 5 star EXCELLENT overall rating for the subject of Advance Manufacturing Process in the category of Self-Assessment through Student Learning Assessment of AICTE, New Delhi on dated 25 June, 2022., Type-Self Assessment, ( 1-7453842606 )
    8. Dr. Amit K. Tanwar -An Award received for Professor with excellence in Teaching and innovation in Mechanical Engineering in ITU GLOBAL SUMMIT & AWARD’19 by International Technological University, SAN JOSE, USA on March 12, 2019  

    Distinguished Faculty Members

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    Dr. Amit Kumar Tanwar
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    Dr. Madhavendra Saxena
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    Dr. Sakender Kumar
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    Dr. Sachin Srivastava
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    Dr. Rachan Karmakar
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    Dr. Piyush Mani Maurya
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    Mr. Narender Bansal
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    Mr. Pankaj Singh
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    Ms. Neha Parveen
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    FDPs

    Centres of Excellence

    Industrial Automation and Robotics Lab

    Centre of Excellence – Industrial Automation & Robotics (Prolific Industries)

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  • Industrial Automation and Robotics Lab


    Centre of Excellence – Industrial Automation & Robotics (Prolific Industries)

    This COE at RIT Roorkee is intended to provide hands-on experience on industrial robotics, manufacturing automation, mobile robotics, and dynamics and control of field robots.

    Students in the engineering branch will learn about Robotics and other Automation Technology Projects and Training Courses. The students will experiment with various automation systems and learn to program and implement planning and control algorithms. Also, this laboratory is equipped with various sensors and actuators to perform research experiments.

    RIT has officially tied up with Prolific Systems and Industries which is approved by International Accreditation Organization (IAO)USA and provides internationally approved certificates, carrying global recognition.

     Different Activities under Automation :

    • PLC Programming
    • Automation Training with Modular Production System
    • Industrial robot programming
    • Robot Navigation
    • Industrial Networking
    • SCADA Application Developer
    • Distributed Control System

     

    PEOs

    1. To be well familiar with the concepts of Mechanical Engineering for leading a successful career in industry or as entrepreneur or to pursue higher education.
    2. To develop techno-commercial skills for providing effective solutions to complex problems using domain knowledge of Mechanical Engineering.
    3. To instill lifelong learning approach towards constantly evolving technologies with innovative and ethical mindset.

    PEOs

    1. To be well familiar with the concepts of Mechanical Engineering for leading a successful career in industry or as entrepreneur or to pursue higher education.
    2. To develop techno-commercial skills for providing effective solutions to complex problems using domain knowledge of Mechanical Engineering.
    3. To instill lifelong learning approach towards constantly evolving technologies with innovative and ethical mindset.

    PEOs

    1. To be well familiar with the concepts of Mechanical Engineering for leading a successful career in industry or as entrepreneur or to pursue higher education.
    2. To develop techno-commercial skills for providing effective solutions to complex problems using domain knowledge of Mechanical Engineering.
    3. To instill lifelong learning approach towards constantly evolving technologies with innovative and ethical mindset.

    PEOs

    1. To be well familiar with the concepts of Mechanical Engineering for leading a successful career in industry or as entrepreneur or to pursue higher education.
    2. To develop techno-commercial skills for providing effective solutions to complex problems using domain knowledge of Mechanical Engineering.
    3. To instill lifelong learning approach towards constantly evolving technologies with innovative and ethical mindset.

    PEOs

    1. To be well familiar with the concepts of Mechanical Engineering for leading a successful career in industry or as entrepreneur or to pursue higher education.
    2. To develop techno-commercial skills for providing effective solutions to complex problems using domain knowledge of Mechanical Engineering.
    3. To instill lifelong learning approach towards constantly evolving technologies with innovative and ethical mindset.