| DEPARTMENT OF MECHANICAL ENGINEERING | |||||||||||||
| COURSE OUTCOMES | |||||||||||||
| Program: B.Tech. – ME 3rd | |||||||||||||
| Course: Engineering Mechanics | |||||||||||||
| Course Code: | ESC-ME- 209G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| ESC-ME- 209G.1 | Define the basic terminologies and fundamentals of engineering mechanics. | ||||||||||||
| ESC-ME- 209G.2 | Understand the vector algebra, kinematics, dynamics and geometrical properties. | ||||||||||||
| ESC-ME- 209G.3 | Apply the theorems and principles to solve the problems of engineering mechanics. | ||||||||||||
| ESC-ME- 209G.4 | Analyze the structural members subjected to external loading. | ||||||||||||
| Course: Basics of Mechanical Engineering | |||||||||||||
| Course Code: | ESC-ME- 211G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| ESC-ME- 211G.1 | Recall the basic concepts of mechanical engineering. | ||||||||||||
| ESC-ME- 211G.2 | Understand the concepts of machine tools, metal cutting operations and hydraulic machines. | ||||||||||||
| ESC-ME- 211G.3 | Understand the fundamentals of solid mechanics, thermal engineering & RAC. | ||||||||||||
| ESC-ME- 211G.4 | Apply the concepts & knowledge to solve the engineering problems. | ||||||||||||
| Course: Thermodynamics | |||||||||||||
| Course Code: | PCC-ME- 213G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC-ME- 213G.1 | Define the technical terms related to thermal engineering. | ||||||||||||
| PCC-ME- 213G.2 | Understand the thermodynamics laws, cycles and applications. | ||||||||||||
| PCC-ME- 213G.3 | Apply the knowledge of thermodynamics to solve the real life problem. | ||||||||||||
| PCC-ME- 213G.4 | Analyze various parameters associated to thermal engineering and its applications. | ||||||||||||
| Course: Physics II (Optics & Waves) | |||||||||||||
| Course Code: | BSC-ME- 201G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| BSC-ME- 201G.1 | Recall the basic concepts of optics and wave oscillations. | ||||||||||||
| BSC-ME- 201G.2 | Understand the laws and properties related to SHM, optics and lasers. | ||||||||||||
| BSC-ME- 201G.3 | Apply various laws and techniques related to optics and waves to solve engineering problems. | ||||||||||||
| BSC-ME- 201G.4 | Analyze different engineering problems using laws and principles of optics and waves. | ||||||||||||
| Course: Mathematics-III | |||||||||||||
| Course Code: | BSC-ME- 203G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| BSC-ME- 203G.1 | Recall the basics of differential equations, probability & statistics. | ||||||||||||
| BSC-ME- 203G.2 | Understand the basic concept of probability & partial differential equations. | ||||||||||||
| BSC-ME- 203G.3 | Apply the knowledge of probability, statistics and partial differential equations to solve the engineering problems. | ||||||||||||
| BSC-ME- 203G.4 | Solve problems involving PDES, random variables and statistical methods. | ||||||||||||
| Course: Biology | |||||||||||||
| Course Code: | BSC-BIO- 205G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| BSC-BIO- 205G.1 | Define the concepts of biology as an important scientific discipline. | ||||||||||||
| BSC-BIO- 205G.2 | Explain the laws and concepts of genetics. | ||||||||||||
| BSC-BIO- 205G.3 | Understand various aspects of bio-molecules as the basis of life. | ||||||||||||
| BSC-BIO- 205G.4 | Apply the knowledge of genetic engineering and biotechnology in various fields. | ||||||||||||
| Course: Basics of Electronics Engineering | |||||||||||||
| Course Code: | ESC-ECE- 207G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| ESC-ECE- 207G.1 | Define the basic terminologies of electronics and communications systems. | ||||||||||||
| ESC-ECE- 207G.2 | Understand the fundamentals of oscillator, amplifier, digital electronics and electronic communication system. | ||||||||||||
| ESC-ECE- 207G.3 | Apply the knowledge of electronics and communication system to solve the engineering problems. | ||||||||||||
| ESC-ECE- 207G.4 | Analyze the characteristics of electronics and communication systems. | ||||||||||||
| Course: Basics of Mechanical Engineering Lab | |||||||||||||
| Course Code: | LC-ME- 215G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 215G.1 | Describe various boilers with its mountings, accessories and IC engines. | ||||||||||||
| LC-ME- 215G.2 | Determine various mechanical parameters such as MA, VR, MOI and efficiency of different mechanical devices. | ||||||||||||
| LC-ME- 215G.3 | Examine the elastic properties of different members such as beams & curved bars. | ||||||||||||
| LC-ME- 215G.4 | Analyse the structural behaviour of different members such as truss, hinged arc etc. | ||||||||||||
| Program: B.Tech. – ME 4th | |||||||||||||
| Course: Applied Thermodynamics | |||||||||||||
| Course Code: | PCC-ME- 202G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC-ME- 202G.1 | Define basic terminologies related to thermal engineering. | ||||||||||||
| PCC-ME- 202G.2 | Understand the concepts of energy conversion. | ||||||||||||
| PCC-ME- 202G.3 | Apply the knowledge of thermal engineering. | ||||||||||||
| PCC-ME- 202G.4 | Analyze the performance of thermodynamics system. | ||||||||||||
| Course: Fluid Mechanics | |||||||||||||
| Course Code: | PCC- ME- 204G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC- ME- 204G.1 | Define the fundamentals of fluid mechanics. | ||||||||||||
| PCC- ME- 204G.2 | Understand the laws, equations and theorems of fluid static, kinematics and dynamics. | ||||||||||||
| PCC- ME- 204G.3 | Apply the principles of fluid mechanics to solve practical engineering problems. | ||||||||||||
| PCC- ME- 204G.4 | Analyze the various types of flow and its properties. | ||||||||||||
| Course: Strength of Materials | |||||||||||||
| Course Code: | PCC- ME- 206G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC- ME- 206G.1 | Recall the basic fundamentals of strength of materials. | ||||||||||||
| PCC- ME- 206G.2 | Derive the expression for stress, strain, deflection and moment of inertia for different structural members. | ||||||||||||
| PCC- ME- 206G.3 | Apply the appropriate methods to solve different engineering problems. | ||||||||||||
| PCC- ME- 206G.4 | Analyze the behavior of the various structural members subjected to different loading conditions. | ||||||||||||
| Course: Materials Engineering | |||||||||||||
| Course Code: | PCC- ME- 208G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC- ME- 208G.1 | Define various technical terms related to materials science. | ||||||||||||
| PCC- ME- 208G.2 | Understand the concept and process of material science. | ||||||||||||
| PCC- ME- 208G.3 | Apply the knowledge of material engineering in real life situations. | ||||||||||||
| PCC- ME- 208G.4 | Analyze different properties of materials and parameters. | ||||||||||||
| Course: Instrumentation & Control | |||||||||||||
| Course Code: | PCC- ME- 210G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC- ME- 210G.1 | Define the technical terms associated with measurement and instrumentation. | ||||||||||||
| PCC- ME- 210G.2 | Explain the fundamental concepts of instrumentation & control. | ||||||||||||
| PCC- ME- 210G.3 | Demonstrate the knowledge of measuring devices and instruments in real life situations. | ||||||||||||
| PCC- ME- 210G.4 | Analyze the characteristics of different measuring devices and control systems. | ||||||||||||
| Course: Environmental Science | |||||||||||||
| Course Code: | MC-106G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| MC-106G.1 | Define the terms related to environment science. | ||||||||||||
| MC-106G.2 | Understand the environmental concepts, natural, man made systems and problems related to environment. | ||||||||||||
| MC-106G.3 | Apply critical thinking for conservation of biodiversity, social quality and sustainable development. | ||||||||||||
| MC-106G.4 | Analyze the complex environmental social challenges to design their solutions. | ||||||||||||
| Course: Applied Thermodynamics Lab | |||||||||||||
| Course Code: | LC-ME- 212G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 212G.1 | Understand the various types of boilers, mountings & accessories and various turbines. | ||||||||||||
| LC-ME- 212G.2 | Calculate the efficiency of steam condenser & air compressor. | ||||||||||||
| LC-ME- 212G.3 | Find the efficiency of the steam turbine and cooling tower. | ||||||||||||
| LC-ME- 212G.4 | Determine dryness fraction of steam and heat losses. | ||||||||||||
| Course: Strength of Materials Lab | |||||||||||||
| Course Code: | LC-ME- 214G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 214G.1 | Understand different types of indenters, loads, and scales used in hardness test. | ||||||||||||
| LC-ME- 214G.2 | Demonstrate the torsion testing machine and Enrichen sheet metal testing machine. | ||||||||||||
| LC-ME- 214G.3 | Compare impact strength of materials using Charpy and Izod impact test. | ||||||||||||
| LC-ME- 214G.4 | Evaluate mechanical properties of materials under different loading conditions. | ||||||||||||
| Course: Fluid Mechanics Lab | |||||||||||||
| Course Code: | LC-ME- 216G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 216G.1 | Determine the coefficient of discharge for different flow meters. | ||||||||||||
| LC-ME- 216G.2 | Calculate friction factor,Reynolds no and losses of flow through pipes. | ||||||||||||
| LC-ME- 216G.3 | Analysis of stability of floating bodies and vortex flow. | ||||||||||||
| LC-ME- 216G.4 | Verify the momentum equation and Bernoulli’s Theorem. | ||||||||||||
| Course: Materials Engineering Lab | |||||||||||||
| Course Code: | LC-ME- 218G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 218G.1 | Understand the properties of plastics and chemical corrosion. | ||||||||||||
| LC-ME- 218G.2 | Describe crystal structure & imperfection. | ||||||||||||
| LC-ME- 218G.3 | Examine the microstructure & their defects in different specimen. | ||||||||||||
| LC-ME- 218G.4 | Show creep behaviour & heat treatment process for a given specimen. | ||||||||||||
| Course: Instrumentation Lab | |||||||||||||
| Course Code: | LC-ME- 220G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 220G.1 | Understand the working of various measuring instruments. | ||||||||||||
| LC-ME- 220G.2 | Use various transducer for measurement of physical quantities like temperature, pressure, displacement, speed & torque. | ||||||||||||
| LC-ME- 220G.3 | Calculate the errors present in measuring instruments and calibrate them. | ||||||||||||
| LC-ME- 220G.4 | Analyze static and dynamic characteristics of measurement system. | ||||||||||||
| Program: B. Tech. – ME 5th | |||||||||||||
| Course: Computer Aided Design & Manufacturing | |||||||||||||
| Course Code: | PCC-ME-301G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC-ME-301G.1 | Define the fundamental concepts of CAD/CAM/CAE. | ||||||||||||
| PCC-ME-301G.2 | Explain the fundamentals of additive manufacturing & flexible manufacturing systems | ||||||||||||
| PCC-ME-301G.3 | Apply the appropriate method to solve the modeling problems. | ||||||||||||
| PCC-ME-301G.4 | Analyze the engineering problems to design and develop its solution. | ||||||||||||
| Course: Solid Mechanics | |||||||||||||
| Course Code: | PCC- ME-303G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC- ME-303G.1 | Define fundamental concepts and properties of materials. | ||||||||||||
| PCC- ME-303G.2 | Understand the theorems and equations related to force, stress, and displacement. | ||||||||||||
| PCC- ME-303G.3 | Apply appropriate methods to solve numerical problems related to structural elements. | ||||||||||||
| PCC- ME-303G.4 | Analyzing the behavior and response of a body under different loading conditions. | ||||||||||||
| Course: Manufacturing Technology-I | |||||||||||||
| Course Code: | PCC- ME-305G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC- ME-305G.1 | Recall the basic fundamentals of manufacturing technology. | ||||||||||||
| PCC- ME-305G.2 | Understand various tools, operations, techniques and processes of manufacturing. | ||||||||||||
| PCC- ME-305G.3 | Apply the knowledge of manufacturing technology and metrology to address the practical challenges. | ||||||||||||
| PCC- ME-305G.4 | Analyze the various parameters, tools, processes and defects associated with manufacturing technology. | ||||||||||||
| Course: Kinematics of Machine | |||||||||||||
| Course Code: | PCC- ME-307G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC- ME-307G.1 | Define basic terminologies related to kinematics of machines. | ||||||||||||
| PCC- ME-307G.2 | Understand the kinematic mechanisms and working principles of power elements. | ||||||||||||
| PCC- ME-307G.3 | Apply appropriate laws & methods to solve the problems of kinematics of machines. | ||||||||||||
| PCC- ME-307G.4 | Analyze the behavior and motion of different mechanisms and elements. | ||||||||||||
| Course: Fluid Machines | |||||||||||||
| Course Code: | PCC- ME-309G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC- ME-309G.1 | Define various components of fluid machines. | ||||||||||||
| PCC- ME-309G.2 | Describe construction and working principles of hydraulic machines & systems. | ||||||||||||
| PCC- ME-309G.3 | Calculate the work done and impact of jets on different surfaces. | ||||||||||||
| PCC- ME-309G.4 | Analyze the performance characteristics of various hydraulic machines. | ||||||||||||
| Course: Practical Training-I | |||||||||||||
| Course Code: | PT-ME-317G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PT-ME-317-G.1 | Identify different tools, techniques & departments in the industry | ||||||||||||
| PT-ME-317-G.2 | Understand the organization structure, advanced tools and techniques. | ||||||||||||
| PT-ME-317-G.3 | Applying engineering knowledge and ethical practice to solve industrial problems. | ||||||||||||
| PT-ME-317-G.4 | Analyze the experimental data of machine tools. | ||||||||||||
| Course: Essence of Indian Traditional knowledge | |||||||||||||
| Course Code: | MC-315G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| MC-315G.1 | Define the concepts of traditional knowledge. | ||||||||||||
| MC-315G.2 | Explain the need and importance of protecting traditions. | ||||||||||||
| MC-315G.3 | Apply various enactments related to the protection of traditional knowledge. | ||||||||||||
| MC-315G.4 | Outline the relationship between modern science and the Indian knowledge system. | ||||||||||||
| Course: Economics for Engineers | |||||||||||||
| Course Code: | HSMC-01G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| HSMC-01G.1 | Define various terms of economics in context of Engineering. | ||||||||||||
| HSMC-01G.2 | Explain fundamental concepts of economics in various sectors. | ||||||||||||
| HSMC-01G.3 | Apply the knowledge of economics in real life scenarios. | ||||||||||||
| HSMC-01G.3 | Analyze the effects of economic changes and policies. | ||||||||||||
| Course: CAD&M Lab | |||||||||||||
| Course Code: | LC-ME- 311G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 311G.1 | Understand the basic commands of CAD&M. | ||||||||||||
| LC-ME- 311G.2 | Use of advanced tool to print coupling, crankshaft, pulley, piston, connecting rod, nut and bolts. | ||||||||||||
| LC-ME- 311G.3 | Apply CAD tools for making models of engineering components and assemblies. | ||||||||||||
| LC-ME- 311G.4 | Apply the knowledge of part programming, G&M codes development for machining operations. | ||||||||||||
| Course: Fluid Machines Lab | |||||||||||||
| Course Code: | LC-ME- 313G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 313G.1 | Explain the construction, working principle and fluid flow circuit of various fluid turbines . | ||||||||||||
| LC-ME- 313G.2 | Demonstrate centrifugal and reciprocating pump and draw their characteristics curves. | ||||||||||||
| LC-ME- 313G.3 | Determine the various efficiencies of a hydraulic ram. | ||||||||||||
| LC-ME- 313G.4 | Analyze the performance characteristics of various fluid turbines. | ||||||||||||
| Course: Kinematics of Machines Lab | |||||||||||||
| Course Code: | LC-ME- 315G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 315G.1 | Understand various types of kinematics mechanism & its inversions. | ||||||||||||
| LC-ME- 315G.2 | Describe various motion mechanisms like cam & followers, gears and gear trains. | ||||||||||||
| LC-ME- 315G.3 | Calculate coefficient of friction between belt & pulley and efficiency of screw jack. | ||||||||||||
| LC-ME- 315G.4 | Create spur gears involute teeth and cam profile. | ||||||||||||
| Program: B. Tech. – ME 6th | |||||||||||||
| Course: Manufacturing Technology-II | |||||||||||||
| Course Code: | PCC-ME-302G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC-ME-302G.1 | Recall the basic terminologies of various machining processes. | ||||||||||||
| PCC-ME-302G.2 | Explain the mechanism of machining processes and cutting tool material selection. | ||||||||||||
| PCC-ME-302G.3 | Understand the advanced manufacturing technologies, processes and machines. | ||||||||||||
| PCC-ME-302G.4 | Apply the fundamental knowledge of manufacturing engineering to solve the problems. | ||||||||||||
| Course: Design of Machine Element-I | |||||||||||||
| Course Code: | PCC- ME-304G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC- ME-304G.1 | Describe concepts, philosophy & considerations of machine design. | ||||||||||||
| PCC- ME-304G.2 | Calculate steady and variable stresses induced in machine elements. | ||||||||||||
| PCC- ME-304G.3 | Analyze the behavior of various members subjected to different types of loading. | ||||||||||||
| PCC- ME-304G.4 | Design various machine components as per given specifications. | ||||||||||||
| Course: Heat Transfer | |||||||||||||
| Course Code: | PCC- ME-306G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC- ME-306G.1 | Define fundamental concepts and terminologies of Heat Transfer. | ||||||||||||
| PCC- ME-306G.2 | Understand the principles and modes of Heat Transfer. | ||||||||||||
| PCC- ME-306G.3 | Apply laws & mathematical equations to solve the associated engineering problems. | ||||||||||||
| PCC- ME-306G.4 | Analyze the heat exchange between two bodies and their performance variables. | ||||||||||||
| Course: Dynamics of Machines | |||||||||||||
| Course Code: | PCC- ME-308G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC- ME-308G.1 | Define the concepts and basics terminologies of dynamics of Machines. | ||||||||||||
| PCC- ME-308G.2 | Understand the the mechanisms of static & dynamic body. | ||||||||||||
| PCC- ME-308G.3 | Apply the knowledge of dynamics of machines to solve the engineering problems. | ||||||||||||
| PCC- ME-308G.4 | Analyze the the problems of dynamics of machines to design the solutions. | ||||||||||||
| Course: Internal Combustion Engines & Gas Turbines | |||||||||||||
| Course Code: | PEC-ME-320G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PEC-ME-320G.1 | Define the parts and terminologies of IC engine. | ||||||||||||
| PEC-ME-320G.2 | Understand the working cycle of IC engine and methods of emission control. | ||||||||||||
| PEC-ME-320G.3 | Demonstrate the working of various systems of IC engines. | ||||||||||||
| PEC-ME-320G.4 | Analyze the effect of operating variables on performance of engines & gas turbines. | ||||||||||||
| Course: Fundamentals of Management | |||||||||||||
| Course Code: | HSMC-08G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| HSMC-08G.1 | Recall the concepts of management and management system. | ||||||||||||
| HSMC-08G.2 | Understand the management principles and concepts in context to engineering. | ||||||||||||
| HSMC-08G.3 | Demonstrate various tools and techniques of production, marketing and financial management etc. | ||||||||||||
| HSMC-08G.3 | Analyze various functions and responsibilities of the management system of any organization. | ||||||||||||
| Course: Seminar | |||||||||||||
| Course Code: | PCC-ME-318G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC-ME-318G.1 | Identify various technologies and recent trends in engineering. | ||||||||||||
| PCC-ME-318G.2 | Understand problem identification, formulation and solution. | ||||||||||||
| PCC-ME-318G.3 | Apply skills in preparing detailed report describing project. | ||||||||||||
| PCC-ME-318G.4 | Demonstrate a sound technical knowledge of their selected seminar topic. | ||||||||||||
| Course: Workshop Lab-1 | |||||||||||||
| Course Code: | LC-ME- 310G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 310G.1 | Understand tool life, speed and miscellaneous functions of drilling, milling and lathe machines. | ||||||||||||
| LC-ME- 310G.2 | Understand the various preparatory and miscellaneous functions for CNC part programming. | ||||||||||||
| LC-ME- 310G.3 | Apply the part programming for CNC Milling and CNC Lathe. | ||||||||||||
| LC-ME- 310G.4 | Compare theoretical machining time with actual machining time. | ||||||||||||
| Course: Workshop Lab-II | |||||||||||||
| Course Code: | LC-ME- 312G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 310G.1 | Describe various types of I.C. engines, cycles of operation and its related terms. | ||||||||||||
| LC-ME- 310G.2 | Calculate various performance factor and show heat balance sheet of a multicylinder petrol/diesel engine. | ||||||||||||
| LC-ME- 310G.3 | Compare various performance parameter curve of a multicylinder petrol/diesel engine. | ||||||||||||
| LC-ME- 310G.4 | Analyze the effect of gases on various parameter from multicylinder engine. | ||||||||||||
| Course: Heat Transfer Lab | |||||||||||||
| Course Code: | LC-ME- 314G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 314G.1 | Determine the thermal conductivity of metallic rod and insulating powder. | ||||||||||||
| LC-ME- 314G.2 | Calculate the effectiveness of fin under natural and forced convection. | ||||||||||||
| LC-ME- 314G.3 | Analyze the surface heat transfer coefficient, average heat transfer coefficient and emissivity. | ||||||||||||
| LC-ME- 314G.4 | Verify stefen boltzmann constant for thermal radiation. | ||||||||||||
| Course: Dynamics of Machine Lab | |||||||||||||
| Course Code: | LC-ME- 316G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME- 316G.1 | Understand the gyroscopic effects through models. | ||||||||||||
| LC-ME- 316G.2 | Demonstrate the experiment for static balancing, dynamics balancing on balancing machine. | ||||||||||||
| LC-ME- 316G.3 | Determine the gyroscopic couple, moment of inertia of connecting rod by different methods. | ||||||||||||
| LC-ME- 316G.4 | Examine the performance characteristics curves, its stability and sensitivity of a governor. | ||||||||||||
| Program: B.Tech. – ME 7th | |||||||||||||
| Course: Design of Machine Element-II | |||||||||||||
| Course Code: | PCC-ME-401G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC-ME-401G.1 | Understand the concept of design for production, stresses and failure mechanisms. | ||||||||||||
| PCC-ME-401G.2 | Apply the knowledge to solve the design problems. | ||||||||||||
| PCC-ME-401G.3 | Analyze the feasibility of design of various machine elements. | ||||||||||||
| PCC-ME-401G.4 | Design various elements of machine as per given specifications. | ||||||||||||
| Course: Entrepreneurship Development | |||||||||||||
| Course Code: | PCC-ME-403G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC-ME-403-G.1 | Define the basic concept of entrepreneurship development. | ||||||||||||
| PCC-ME-403-G.2 | Understand various insights required for entrepreneurship. | ||||||||||||
| PCC-ME-403-G.3 | Apply the knowledge of entrepreneurship development in real life scenario. | ||||||||||||
| PCC-ME-403-G.4 | Analyze the various factors/schemes/issues related to entrepreneurial growth. | ||||||||||||
| Course: Refrigeration & Air Conditioning | |||||||||||||
| Course Code: | PEC-ME-401G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PEC-ME-401-G.1 | Define technical terms related to refrigeration and air conditioning. | ||||||||||||
| PEC-ME-401-G.2 | Understand various types of refrigeration and air conditioning systems. | ||||||||||||
| PEC-ME-401-G.3 | Apply knowledge of psychrometric charts and cycles to solve the engineering problem. | ||||||||||||
| PEC-ME-401-G.4 | Analyze the performance of various refrigeration and air condition cycles and systems. | ||||||||||||
| Course: Noise and Vibrations | |||||||||||||
| Course Code: | PEC-ME-409G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PEC-ME-409-G.1 | Define the fundamental terms related to noise and vibrations. | ||||||||||||
| PEC-ME-409-G.2 | Understand the concepts, causes, significance, impact and the need for the reduction/isolation of noise and vibrations. | ||||||||||||
| PEC-ME-409-G.3 | Apply different methods, principles and techniques to solve real life problems involving noise and vibrations. | ||||||||||||
| PEC-ME-409-G.4 | Analyze the characteristics and parameters of noise and vibrations in diverse systems. | ||||||||||||
| Course: Seminar | |||||||||||||
| Course Code: | PCC-ME-405G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC-ME- 406-G.1 | Identify various technologies and recent trends in engineering. | ||||||||||||
| PCC-ME- 406-G.2 | Understand problem identification, formulation and solution. | ||||||||||||
| PCC-ME- 406-G.3 | Apply skills in preparing detailed report describing project. | ||||||||||||
| PCC-ME- 406-G.4 | Demonstrate a sound technical knowledge of their selected seminar topic. | ||||||||||||
| Course: Project-I | |||||||||||||
| Course Code: | PROJ-ME-407G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PROJ-ME-407-G.1 | Identify various tools, techniques and technologies used in mechanical engineering. | ||||||||||||
| PROJ-ME-407-G.2 | Understand the process to make reports and presentations. | ||||||||||||
| PROJ-ME-407-G.3 | Applying ethical practices and engineering knowledge to solve industrial problems. | ||||||||||||
| PROJ-ME-407-G.4 | Analyze complex engineering problems and tools used in different technologies. | ||||||||||||
| PROJ-ME-407-G.5 | Select the suitable tools, techniques and parameters to deal with real life problems. | ||||||||||||
| PROJ-ME-407-G.6 | Design the solution for complex engineering problems. | ||||||||||||
| Course: Practical Training-II | |||||||||||||
| Course Code: | PT-ME-409G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PT-ME-409-G.1 | Identify different tools, techniques & departments in the industry | ||||||||||||
| PT-ME-409-G.2 | Understand the organization structure, advanced tools and techniques. | ||||||||||||
| PT-ME-409-G.3 | Applying engineering knowledge and ethical practice to solve industrial problems. | ||||||||||||
| PT-ME-409-G.4 | Analyze the experimental data of machine tools. | ||||||||||||
| Course: Constitution of India | |||||||||||||
| Course Code: | MC-317G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| MC-317-G.1 | Recall the salient features and basic structure of constitution of India. | ||||||||||||
| MC-317-G.2 | Describe the types of legislative and financial powers allocated between the Union and the States in India. | ||||||||||||
| MC-317-G.3 | Demonstrate the procedure for amending the Indian Constitution by providing a detailed description. | ||||||||||||
| MC-317-G.4 | Analyze the interplay between Fundamental Rights and Fundamental Duties in the Indian Constitution and its impact on citizens and governance. | ||||||||||||
| Course: Workshop Lab-III | |||||||||||||
| Course Code: | LC-ME- 403G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME-403G.1 | Describe the various control used in RAC & study the cut- sectional of the refrigerant compressor. | ||||||||||||
| LC-ME- 403G.2 | Understand the various air conditioning process and plot them on Psychrometric chart. | ||||||||||||
| LC-ME- 403G.3 | Calculate the cop of various refrigerating systems. | ||||||||||||
| LC-ME- 403G.4 | Determine the bypass factor and sensible heat factor of heating and cooling coils. | ||||||||||||
| Program: B. Tech. – ME 8th | |||||||||||||
| Course: Industrial Automation | |||||||||||||
| Course Code: | PCC-ME-402G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC-ME- 402-G.1 | Define basic terminologies, and elements of Industrial Automation. | ||||||||||||
| PCC-ME- 402-G.2 | Understand the principles, strategies, components & circuits used in automation. | ||||||||||||
| PCC-ME- 402-G.3 | Apply the knowledge in real life situations to solve the problem related to industrial automation. | ||||||||||||
| PCC-ME- 402-G.4 | Analyze the control technologies, modeling and simulations of automation. | ||||||||||||
| Course: Plant Maintenance Engg | |||||||||||||
| Course Code: | PEC-ME-404G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PEC-ME- 404-G.1 | Define the basics of plant layout, maintenance and strategies. | ||||||||||||
| PEC-ME- 404-G.2 | Understand the principles and practices of plant maintenance engineering. | ||||||||||||
| PEC-ME- 404-G.3 | Explain the fundamental concepts and objectives of facility planning and plant layout. | ||||||||||||
| PCC-ME- 404-G.4 | Demonstrate the various maintenance strategies & spare parts management. | ||||||||||||
| Course: Power Plant Engineering | |||||||||||||
| Course Code: | PEC-ME-412G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PEC-ME- 412-G.1 | Define fundamentals of different types of power plants. | ||||||||||||
| PEC-ME- 412-G.2 | Understand the power plant economics and natural resources used in power plants. | ||||||||||||
| PEC-ME- 412-G.3 | Explain the combined cycles and non-conventional Power Generation. | ||||||||||||
| PEC-ME- 412-G.4 | Demonstrate the working principles of power plants with their applications. | ||||||||||||
| Course: Automobile Engineering | |||||||||||||
| Course Code: | PEC-ME-420G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PEC-ME-420-G.1 | List the various components and systems of Automobiles. | ||||||||||||
| PEC-ME-420-G.2 | Understand the principles of various systems of Automobiles. | ||||||||||||
| PEC-ME-420-G.3 | Apply theoretical understanding to practical solutions in Automobile. | ||||||||||||
| PEC-ME-420-G.4 | Classify Automobile components and system based on functions and relationships, including engine parts, vehicle systems, safety features and emission control mechanism. | ||||||||||||
| Course: Quality Engineering | |||||||||||||
| Course Code: | OEC-ME-410G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| OEC-ME-410-G.1 | Define the concepts of quality engineering. | ||||||||||||
| OEC-ME-410-G.2 | Understand quality systems, elements of TQC and different forms of Inspection. | ||||||||||||
| OEC-ME-410-G.3 | Apply the concepts of statistical quality control and quality management in real life scenario. | ||||||||||||
| OEC-ME-410-G.4 | Analyze various quality parameters, approaches for quality management, control and improvement. | ||||||||||||
| Course: Seminar | |||||||||||||
| Course Code: | PCC-ME-406G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PCC-ME- 406-G.1 | Identify various technologies and recent trends in engineering. | ||||||||||||
| PCC-ME- 406-G.2 | Understand problem identification, formulation and solution. | ||||||||||||
| PCC-ME- 406-G.3 | Apply skills in preparing detailed report describing project. | ||||||||||||
| PCC-ME- 406-G.4 | Demonstrate a sound technical knowledge of their selected seminar topic. | ||||||||||||
| Course: Project-II | |||||||||||||
| Course Code: | PROJ-ME-408G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| PROJ-ME- 408-G.1 | Identify various tools, techniques and technologies used in mechanical engineering. | ||||||||||||
| PROJ-ME- 408-G.2 | Understand the process to make reports and presentations. | ||||||||||||
| PROJ-ME- 408-G.3 | Applying ethical practices and engineering knowledge to solve industrial problems. | ||||||||||||
| PROJ-ME- 408-G.4 | Analyze complex engineering problems and tools used in different technologies. | ||||||||||||
| PROJ-ME- 408-G.5 | Select the suitable tools, techniques and parameters to deal with real life problems. | ||||||||||||
| PROJ-ME- 408-G.6 | Design the solution for complex engineering problems. | ||||||||||||
| Course: Workshop Lab-IV | |||||||||||||
| Course Code: | LC-ME- 404G | ||||||||||||
| COURSE OUTCOMES | Students will be able to: | ||||||||||||
| LC-ME-402G.1 | Explain various types of wheels& automotive emission / pollution control system. | ||||||||||||
| LC-ME- 402G.2 | Demonstrate construction details, working principles and operation of lubricating system, ignition system & starting system. | ||||||||||||
| LC-ME- 402G.3 | Illustrate construction details, working principles and operation of automotive transmission , drive lines, differential& suspension system. | ||||||||||||
| LC-ME- 402G.4 | Demonstrate construction details, working principles and operation of fuel supply, steering, brake and clutch system. | ||||||||||||
Admission Enquiry: 08684000891/892/893/906, 09654292946
GANGA INSTITUTE OF TECHNOLOGY AND MANAGEMENT
'A' Grade Institute Accredited by NAAC
Autonomous Institute
Approved by AICTE, New Delhi & Affiliated to Maharshi Dayanand University, Rohtak
Recognized under section 2(f) of UGC Act , 1956
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