Departments

Course Descriptions

Course Outcomes-

S.No. Course Name Course Outcomes
1 COMMUNICATION SKILLS IN ENGLISH 101
  • Demonstrate reading with reasonably correct pronunciations with comprehension.
  • Express orally and listen attentively to communicate the meaning of spoken material in English.
  • Formulate grammatically correct sentences in English using general purpose words.
  • Apply principles of effective communication in oral and written professional communication
  • 2 Physics 102
  • Have an understanding of the fundamental concepts and techniques in the various topics related to engineering physics and students should be able to apply the knowledge analytically.
  • To apply practical skill on the basis of theoretical knowledge imparted ,identify analyse , differentiate and interpret logical sequence of field problems with the study of physics
  • The students should be able to measure given dimensions by using appropriate instruments accurately and should be able to select proper measuring instrument on the basis of range, least count and precision .
  • Enable to understand principles ,laws, facts, concepts, using mathematical techniques and experimental determination of values of different physical properties of materials by studying physics.
  • Apply the principles of physics and its significance in engineering system and technological advances.
  • Equip the students with skills of taking ethical responsibility in scientific thinking , problem solving and laboratory techniques
  • 3 Chemistry 103
  • Illustrate and summarize the structure and properties of matter and phenomenon involved in engineering.
  • Classify, compare and infer some essential engineering materials.
  • Describe and interpret industrial processes
  • Analyze the contents of essential raw materials utilized in industrial procedures.
  • Provide the required prerequisite knowledge to understand technical subjects.
  • 4 Mathematics 104
  • Describe the algebraic processers to solve above equations by means of different concepts, explain combinatory and solve their problems.
  • Determine the identities of trigonometry and solve their problems.
  • Explain two dimensional co-ordinate geometry from concept of point up-to straight lines and solve its problems.
  • Analyse the data by means of statistical processes.
  • Explain the concepts of calculus, derive different methods of differentiation and integration and solve its problems.
  • Define concept of Vector Algebra and its application and calculate problems on it.
  • 5 Professional development-1 105
  • Student will be able to work as a team member.
  • Student will be able to communicate non-verbally in a given problem situation.
  • Student will be able to make decision in a given professional situation
  • 6 Environmental engg and safety 201
  • Explore the components of biosphere and impact of human activity on environment.
  • Summarize the causes and sources of pollutants, and their impact on global environment.
  • Develop ethics and scientific awareness about waste generation and treatment.
  • Identify sources and types of waste sand its management.
  • Understand noise , noise pollution and control.
  • 7 Introduction To Computers 202
  • Explain computer system with its components, generations and i/o devices.
  • Describe storage devices with types of memory and data storage units.
  • Classify softwares, programming languages, language processors and number system.
  • Outline concept of operating system and office software.
  • Outline concept of system security and internet applications.
  • 8 Basics Of Electrical Engineering 203
  • Understand basic concepts and apply laws of DC circuits.
  • Understand basic concepts of AC circuits.
  • Understand basic concepts and apply laws of magnetic circuits.
  • Identity and apply engineering materials in various engineering applications.
  • Explain construction, operating principle and applications of electrical machine.
  • Maintain electrical systems applying AC & DC fundamentals
  • 9 Basic Electronics 204
  • Explain the fundamental of semiconductor physics.
  • Verify the V-I characteristics of diodes.
  • Construct simple circuits of diodes.
  • Compare different transistors
  • 10 Electrical & Electronic Workshop 205
  • Identify and utilize the various types of tools, accessories and electronics components.
  • Compare different types of cables, connectors and displays.
  • Explain the need of protective devices in a circuit.
  • Measure various parameter of signal using appropriate measuring instruments.
  • Prepare network cable and circuit on PCB.
  • 11 D C Machines and Transformers 301
  • Describe constructional details of DC machine, explain working principle and calculate performance of DC generator.
  • Select type of DC motor for a given application, apply speed control methods and conduct tests of DC motors.
  • Classify types of single phase transformer and determine its performance by conducting various tests.
  • Compare and illustrate various types of 3-phase transformer.
  • Select special purpose transformers for various applications
  • 12 Electrical and Electronics Measurements and Measuring Instruments (EEMMI) 302
  • Identify various type of measuring instruments.
  • Use different types of measuring instruments for measuring current, voltage and frequency.
  • Use different types of measuring instruments for measurement of power, energy and power factor.
  • Measure circuit parameters using DC and AC bridges
  • Apply electronic and digital instruments for measurement of various electrical quantities.
  • 13 Electrical circuits 303
  • Analyze electrical circuits
  • Apply network theorems in electrical circuit.
  • Determine electrical quantities of single phase AC circuit
  • Determine electrical quantities of three phase AC circuit
  • Interpret transient response of an electrical circuit.
  • 14 General Mechanical Engineering 304
  • Perform mechanical testing of materials.
  • Explain two phase system for steam, steam generators.
  • Explain internal combustion engines, air compressors
  • Select hydraulic pumps, turbines for a given situation
  • Explain power transmission drives
  • 15 Professional development-III 305
  • Student will be able to perform as the team leader of small team for solving a team problem in the given situation
  • Student will be able to apply professional ethics in a given problem situation
  • Student will be able to plan self-learning to complete the given task