| M.TECH MACHINE DESIGN | |
| Course Outcomes | |
| Semester: 1 | |
| COs | Numerical Analysis and Optimization (M801A) |
| M801A.1 | Study basic concept of optimization. |
| M801A.2 | Understand the numerical methods for solution of differential and integral equations. |
| M801A.3 | Apply knowledge of mathematics & computing analysis of optimization methods. |
| M801A.4 | Formulate algorithms & programming for optimization methods. |
| COs | Instrumentation and Measurement (M803A) |
| M803A.1 | Define various measurement techniques. |
| M803A.2 | Understand the methods of measurement & selection of measuring instruments. |
| M803A.3 | Interpret various error and accuracy methods. |
| M803A.4 | Analyze the characteristics of measuring instruments. |
| COs | Experimental Stress Analysis (M805A) |
| M805A.1 | Describe mechanical, optical, pneumatic & electrical strain gauges. |
| M805A.2 | Understand the concept of stress & strain analysis by experimental means. |
| M805A.3 | Apply various principles & techniques of photoelectric measurement as an analysis tool. |
| M805A.4 | Analyze of measuring circuits and strain of different strains gauge resettes. |
| COs | Metal Forming Analysis (M807A) |
| M807A.1 | Understand the application of FEM to metal forming processes. |
| M807A.2 | Understand various principles and criteria of yielding during forming of metals. |
| M807A.3 | Illustrate effects of temperature and strain rate in metal working. |
| M807A.4 | Analyze slip line field theory. |
| COs | Mechatronics and Product Design (M809A) |
| M809A.1 | Define conceptual design for mechatronics products based on potential customer requirements. |
| M809A.2 | Understand design of a control system for effective functioning of mechatronics systems using digital electronics, microprocessors, microcontrollers and PLC. |
| M809A.3 | Analyze appropriate sensors and transducers and devise an instrumentation system. |
| M809A.4 | Develop system model for mechanical system. |
| COs | Experimental Stress Analysis Lab (M811A) |
| M811A.1 | Demonstrate experimental set up for measurements of strain & temperature effects . |
| M811A.2 | Apply the knowledge of strain gauges for measuring strain. |
| M811A.3 | Develop the stress strain relationship for different types of materials. |
| COs | Mechanical Measurement Lab (M813A) |
| M813A.1 | Understand the basics of measurement units. |
| M813A.2 | Demonstrate the use of instruments for measuring temperature, displacement, flow and pressure. |
| M813A.3 | Apply the knowledge for measurement of load by strain gauge and load cells. |
| COs | Computational Lab (M815A) |
| M815A.1 | Explain the basic concept of CNC programming and machining. |
| M815A.2 | Apply CAD software for geometric modelling (2D & 3D) of mechanical tool. |
| M815A.3 | Analyze the kinematics and dynamics of various mechanism. |
| Semester: 2 | |
| COs | Theory of Elasticity (M802A) |
| M802A.1 | Study the basics of stress. |
| M802A.2 | Estimate stress in different direction and for different bodies. |
| M802A.3 | Demonstrate the failure of material under stress. |
| M802A.4 | Analyze Torsion and its effects. |
| COs | Design of Mechanisms (M804A) |
| M804A.1 | Understand the degree of freedom of a mechanism. |
| M804A.2 | Apply vector mechanics as a tool for solving kinematic problems. |
| M804A.3 | Analyze the difference between forward & inverse kinematics. |
| M804A.4 | Use the optimization techniques and softwares to study the notion of a mechanism. |
| COs | Principles of Machine Design (M806A) |
| M806A.1 | Understand the steps involved in engineering design. |
| M806A.2 | Apply the fundamental knowledge in product planning & development. |
| M806A.3 | Use mathematics, experimentation & computation in solving engineering problems. |
| M806A.4 | Analyze the design for quality and cost. |
| COs | Computer Aided Design (M838) |
| M838.1 | Define the theory in CAD. |
| M838.2 | Understand the 2D & 3D transformations and projection transformations. |
| M838.3 | Analyze various splines and curves. |
| M838.4 | Solve analytical problems on geometrical transformation, algorithms etc. |
| M838.5 | Develop algorithms for geometrical entities & other types. |
| COs | Materials Management (M848) |
| M848.1 | Describe the basics of material management and their planning. |
| M848.2 | Understand the fundamental of purchasing and reduction of cost. |
| M848.3 | Illustrate the various inventory management techniques like ABC, VED etc. |
| M848.4 | Analyse the cost reduction programme. |
| COs | Seminar (M812A) |
| M812A.1 | Apply the skill of presentation & communication techniques. |
| M812A.2 | use the knowledge of fundamental of subjects to search the related literature. |
| M812A.3 | Analyze the available resources and select the most appropriate one. |
| M812A.4 | Apply multi disciplinary strategy to address current, real world issues. |
| COs | CAD/CAM Lab (M814A) |
| M814A.1 | Understand the 2D & 3D transformations and projection transformations. |
| M814A.2 | Demonstrate the skill of modelling & assembly of any mechanical system. |
| M814A.3 | Apply the knowledge of CAD for generation of curve. |
| M814A.4 | Prepare an effective uses of CAD/CAM system. |
| COs | Design Practice Lab– I (M816A) |
| M816A.1 | Understand the various standards, fit and tolerances. |
| M816A.2 | Apply CAD software for modelling of mechanical design. |
| M816A.3 | Design of machine components using software tools. |
| M816A.4 | Create part drawings, sectional view & assembly drawings. |
| Semester: 3 | |
| COs | Mechanical Behavior of Materials (M821A) |
| M821A.1 | Understand the basic knowledge of material science and engineering. |
| M821A.2 | Illustrate different types of failure of materials. |
| M821A.3 | Interpret the crystal structure of materials. |
| M821A.4 | Solve the engineering problems related to material characteristics and properties. |
| COs | Mechanical Vibrations (M823A) |
| M823A.1 | State the basic fundamentals of mechanical vibrations. |
| M823A.2 | Understand how to derive equation of motion to MDOF system. |
| M823A.3 | Analyze the undamped, damped, forced SDOF & MDOF vibration system. |
| M823A.4 | Interpret the response of mechanical system & use the response information in its design and testing. |
| COs | Total Quality Management (M849) |
| M849.1 | Understand proven methodologies to enhance management processes. |
| M849.2 | Understand the benefits of the customer satisfaction and employee involvements. |
| M849.3 | Apply seven quality control tools for better quality of product. |
| M849.4 | Choose a framework to evaluate the performance excellence of an organisation and determine the set of performance indicators. |
| COs | Design Practice Lab-II (M827A) |
| M827A.1 | Understand the concept of belt and gear drive. |
| M827A.2 | Apply principles of design to mechanical power transmission elements. |
| M827A.3 | Create the design of mechanical components in CAD software. |
| COs | Materials Behavior and Testing Lab (M829A) |
| M829A.1 | Understand the relation between stress and strain. |
| M829A.2 | Demonstrate the experimental set up for finding the strength of materials. |
| M829A.3 | Analyze the results of test performed on machines. |
| M829A.4 | Interpret and suggest the selection of material for particular applications. |
| COs | Minor Project (M831A) |
| M831A.1 | Identify the research topic/area relevant to the field of Mechanical Engineering to carry out independent research. |
| M831A.2 | Understand the relevant literature such as books, national & international refered journals. |
| M831A.3 | Demonstrate and use different software & computational tools. |
| M831A.4 | Design and develop experimental set up / equipment/ test rig. |
| Semester: 4 | |
| COs | Dissertation (M822A) |
| M822A.1 | Understand the way of how to write technical report and research paper at national & international level. |
| M822A.2 | Analyze the methods to solve the specific research problem. |
| M822A.3 | Develop strong communication skills to defend their work in front of technically qualified audience. |
| M822A.4 | Develop interpersonal skill to deal with people working in diversified field. |
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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