Diploma Electrical Engineering Program Educational Objectives (PEOs)

Transcription

1 Diploma Electrical Engineering Program Educational Objectives (PEOs) PEO 1: Knowledge: Provide graduates with a strong foundation in mathematics, science and engineering fundamentals to enable them to devise and deliver efficient solutions to challenging problems in electrical, Electronics and allied disciplines. PEO 2: Core Competence: Impart analytic and thinking skills to develop initiatives and innovative ideas for R&D, Industry and societal requirements. PEO 3: Breadth: Provide sound theoretical and practical knowledge of E&C Engineering, managerial and entrepreneurial skills to enable students to contribute to the well-being of society with a global outlook. PEO 4: Preparation: Inculcate qualities of teamwork as well as social, interpersonal and leadership skills and an ability to adapt to evolving professional environments in the domains of engineering and technology. PEO 5: Professionalism: To inculcate in students professional values, effective research communication skills, prioritising problems and solutions and an ability to view electrical engineering issues in broader context. PEO 6: Evaluation: Motivate graduates to become good human beings and responsible citizens for the overall welfare of the society. Programme Outcomes 1. Diploma engineers will be able to demonstrate knowledge of electrical and electronics engineering. 2. Diploma engineers will demonstrate an ability to identify, formulate and solve Industrial, community & research problems. 3. Diploma engineers will demonstrate an ability to analyze and interpret experiments for mathematical modeling and maintenance of the electrical systems. 4. Diploma engineers to Design & Conduct Experiments, as well as Analyze & Interpret Data. 5. Diploma engineers ability to design a System, Component, or Process to meet desired needs with in realistic constraints such as Economic, Environmental, Social, Ethical, Manufacturability, and Sustainability.

2 6. Diploma engineers will demonstrate skills to use modern devices, software and equipment to analyse& solve problems. 7. Diploma engineers an understanding of Professional and Ethical responsibility. 8. Diploma engineers will be able to communicate effectively both verbally and in writing. 9. Diploma engineers will be able to understand impact of Electrical engineering on the societal and contemporary issues. 10. Diploma engineers will demonstrate confidence to learn by self and exhibit ability for life-long learning. 11. Diploma engineers will be able to take interest in research & development in all disciplines of electrical engineering. 12. Diploma engineers will be able to participate and succeed in competitive examinations.

3 COURSE OUTCOMES OF DIPLOMAELECTRICAL ENGINEERING COURSE OBJECTIVES &OUTCOMES OF 1 ST SEMESTER Subject: Mathematics 1 Code: Learning objective: 1) To understand basics and applications of logarithm, determinants, matrices 2) To understand trigonometry, co-ordinate geometry 3) To understand vectors in chemical engineering field to impart their knowledge in particular area of branches 4) Comprehensive knowledge of basic mathematics 1) Solve simple & identified engineering problems using logarithm, determinants & trigonometry 2) Calculate area and volume of different shapes and bodies. 3) Solve simultaneous equations 4) Develop simple graph of sine & cosine functions 5) Use mathematical tools & software Subject: Engineering Physics Code: ) Students shall be able to find rigorous sequence in physics and engineering 2) Students shall be able to identify, formulate the basic concept of physics. 3) To develop problem solving skills. 1) Identify general properties of matters. 2) Use and application of different measuring instruments. 3) Apply principles and concept of physics for solving various engineering problems. 4) Use the concept of wave, sound, light and nanotechnology. Subject: Environment Conservation & Hazard Management Code: ) To improve the quality of life of the local community through management and conservation of natural resources. 2) To ensure that the natural environment is used wisely and continues to be available for the benefit and enjoyment of future generations. 3) To decrease vulnerability and improve adaptation capacity among poor local communities associated with Climate Change

4 1) Enhance the use of recycled material for construction work and optimize the use of conventional energy sources. 2) Take care of issues related to Conservation & Hazard Management while working as chemical engineer. 3) Assess the effects of pollution on resources. 4) Justify need of renewable energy for sustainable development. 5) Identify concept of waste management and methods of recycling. 6) Prepare list of use of do s and don ts applicable during disasters. Subject: Applied Mechanics Code: ) To provide a comprehensive knowledge of force, work and energy tocalculate work done, power required and efficiency for various simplemachines. 2) To understand the importance and application of various laws of mechanics. 1) At the end of of the course students will able to solve simple problem of work and energy. 2) At the end of of the course students will able to understand the importance and application of various laws of mechanics. Subject: Basics of Civil Engineering Code: ) To study the basic concepts about civil engineering. 2) To get the field experiments regarding construction and surveying. 1) At the end of the course, the students will be able to recognize the significance of civil engineering in routine life, importance of surveying, importance and requirements of building planning. 2) The student will learn about construction materials, role of transportation as well as of water and its conservation. Subject: Workshop Practice Code: ) To understand how different objects can be made from the given raw material by using different mechanical tools. 2) To introduce students to the basic concepts of manufacturing via shaping, forming, machining 3) To develop a knowledge of appropriate parameters to be used for various machining operations. 4) To develop a knowledge of workshop practice and basic use of machine tools and workshop equipment.

5 1) Acquire skills in basic engineering practice. 2) Identify the hand tools and instruments. 3) Gain measuring skills. 4) Obtain practical skills in the trades. 5) read and use a manufacturing drawing as a definition for the manufacturing of a part 6) select proper tools and cutting data for a given material and manufacturing process 7) realize when your knowledge is insufficient and assistance should be requested.

6 COURSE OUTCOMES OF DIPLOMA ELECTRICAL ENGINEERING COURSE OBJECTIVES &OUTCOMES OF 2 ND SEMESTER Subject: Mathematics II Code: ) Evaluate derivatives for complexly constructed elementary functions; 2) Evaluate definite and indefinite integrals; and 3) Evaluate limits using algebraic, geometric, analytic techniques. 4) Correctly incorporate specific examples 1) Use mathematical tool to understand engineering principles and concepts. 2) Find the distance between points with the help of co-ordinate geometry 3) Apply Differentiation to velocity, acceleration maximum and minimum 4) Apply integration for finding area and volume. 5) Apply basic knowledge of statistics for sampling, data collection, standard deviation Subject: Communication Skill Code: Learning objective: 1) To have practical exposure to the basic language techniques in professional environment. 2) Develop skills of listening, reading 3) Develop skills of writing and speaking 4) To develop communication and employability skills 1) Communicate effectively verbal as well as in writing in English 2) Comprehend given passage and summarize them. 3) Draft official letters. 4) Apply correct voice and prepositions in formal communication. 5) Make sentence using connector for desire meaning. 6) Develop presentation skills. 7) Face oral examination and interviews. Subject: Fundamental of Mechanical System Code: Learning objective: 1) To provide a comprehensive knowledge of basic mechanical systems.

7 2) Basic concepts from mechanical engineering sciences, 3) Modern engineering tools (machine-tools, laboratory instrumentation, and computer hardware and software), and related subjects to design mechanical engineering components 1) To describe and use basic engineering concepts 2) principles and components of mechanical equipment 3) measuring & testing method of physical quantities 4) Calculation of friction and revolution in mechanical parts 5) Assessment of boiler component. Subject: Engineering Drawing Code: Learning objective: 1) To get primary concept of Engineering Drawing 2) To know about equipments in Engineering Drawing 3) To know various signs, lines and dimensions 4) To know about sectional view 1) Identify and use differing drawing tools/instruments. 2) Use the concept of projection for Chemical Engineering Drawings. 3) Prepare engineering drawing manually with given geometrical dimensions using prevailing drawing standards using proper scale. 4) Visualize and draw the shape of simple object form orthographic view to vise versa. Basics of Electrical Engineering Code: Learning objective: 1) To introduce the students, the fundamentals of D. C. Circuits. 2) To explain the basic components of electrical engineering. 3) To make them understand the basics uses of the electrical related all components. Outcome: 1) Students will be able to understand the fundamentals of D. C. Circuits. 2) To make them identify basic components of electrical engineering. 3) To make them understand the basic uses and working of the electrical related all components.

8 Subject: Computer Applications Code: ) To learn, experiment, and explore computer applications in education 2) How to use the computer as a business and personal tool through the use of applications software. 3) Students will learn to use the Internet 1) Prepare presentation and report on computer system. 2) Identify the components of a computer system and demonstrate basic proficiency in commonly used applications. 3) Create, design, and produce professional documents using word processing software (i.e., MS Word). 4) Process, manipulate, and represent numeric data using the basic functions of spreadsheet software (i.e., MS Excel). 5) Demonstrate strategies for merging and integrating source data from multiple applications.

9 COURSE OUTCOMES OF DIPLOMAELECTRICAL ENGINEERING COURSE OBJECTIVES & OUTCOMES OF 3 rd SEMESTER Subject: Electronic components and circuits Code: ) To acquaint with the fundamental concepts of various electronic devices. 2) To explain and make them understand the concepts of different electronic circuits. 1) To understand basic measurement of power characteristics of various semiconductor devices. 2) To be able to identify and understand various electronics components and their uses in practical circuits. Subject: Electrical Instrumentation Code: ) To acquaint with the fundamental concepts of electrical measurements and instrumentation. 2) To understand concepts of different types of transducers. 3) To provide practical, hands-on experience about how measure displacement, strain, inductance, capacitance using trainer kits. 1) At the closing stage of the course, the students will be able to know the fundaments of electrical measurements. 2) They will be able to understand concepts of different types of transducers. Subject: AC Circuit Code: ) To acquaint with the fundamental concepts of alternating current and energy storage devices. 2) To understand concepts of different types of Circuits. 1) To understand concepts of different types of series and parallel circuits with various types of loads. 2) At the closing stage of the course, the students will be able to know the fundaments of alternating current.

10 Single Phase and Polyphase Transformers Code: LearningObjective 1) To provide a comprehensive knowledge of various types of transformers, its construction, working principle and its testing. 2) To understand concepts of Various type Transformer. Course Outcome 1) To understand various types of operational characteristics and applications of transformers. 2) At the closing stage of the course, the students will be able to know the fundamental laws of electrical transformers. D.C. Machines Code: Objective 1) To provide a comprehensive knowledge of various types D.C. motors and generator. 2) To understand concepts of different types of Machines Course Outcome 1) At the closing stage of the course, the students will be able to know the fundamental laws of electrical transformers. 2) To understand various types of operational characteristics and applications of DC motors and generators. Electrical Machines Laboratory Code: Objective 1) To provide practical, hands-on experience about how to deal with Electrical equipment s like Electrical DC Machine and Transformer. 2) To understand the working condition of different type of machine. Course Outcome 1) Understand basic measurement of Power losses, Efficiency and Characteristic of DC Machine and Transformer.

11 COURSE OUTCOMES OF DIPLOMAELECTRICAL ENGINEERING COURSE OBJECTIVES & OUTCOMES OF 4 th SEMESTER Subject: Digital Electronics and Digital Instruments Code: ) To acquaint with the fundamental concepts of Digital Electronics and Digital Instruments. 2) To make them understand concepts of different types of analog and digital circuits. 1) Able to understand basic concepts of digital electronics, sequential and combinational circuits. 2) Able to implement the concepts of digital electronics in electronic measuring instruments. Subject: Utilization of Electrical Energy Code: ) The objective of the course is to operate and maintain main electrical utilities for their efficient operations. 2) To make them understand concepts of utilization of Electrical Energy. 1) At the closing stage of the course, the students will be able to maintain electric drives used in industries, also identify a heating/welding scheme for a given application. 2) To figure-out the different schemes of traction schemes and its main components and identify the job/higher education/research opportunities in Electric Utilization industry. Subject: Transmission and Distribution of Electrical Power Code: ) To acquaint with the concepts of power system.it deals with basic theory of transmission lines modelling and their performance analysis. 2) It is important for the student to understand the mechanical design aspects of transmission lines, cables, insulators. These aspects are also covered in detail in this course.

12 1) At the closing stage of the course, the students will be able to know the fundaments of power system. 2) They will be able to understand concepts of transmission line, distribution system, substation components and cable. Subject: A.C. Machines Code: ) To provide a comprehensive knowledge of various types induction machines, alternators, synchronous machines. 2) To make them understand concepts of different types of AC machine. 1) At the closing stage of the course, the students will be able to know the fundamental laws of electromechanical energy conversion. 2) They will be able to understand various types of operational characteristics and applications of a.c. machines. Subject: Electrical Power Generation Code: ) To acquaint with the fundamental concepts of different power plants. 2) To make them understand working of different types of power plant. 1) At the closing stage of the course, the students will be able to know the fundaments of power plants. 2) They will be able to understand conventional and non-conventional power plants. Subject: Computer Aided Electrical Design Laboratory Code: ) To provide practical, hands-on experience of electrical engineering design related computer aided softwares. 2) To make them understand concepts of how software related to Electrical engineering works. 1) Students will be able to draw electrical components, electrical circuits, etc. in computer aided softwares. 2) By drawing electrical components in Electrical software they know about simulation of different circuit.

13 COURSE OUTCOMES OF DIPLOMA ELECTRICAL ENGINEERING COURSE OBJECTIVE & OUTCOMES OF 5 TH SEMESTER Subject: Electrical Wiring, Estimation, Costing and Contracting Code: ) To acquaint with the fundamental concepts of electrical wiring, their estimation, costing, maintenance and contracting. 1) At the closing stage of the course, the students will be able to know the fundaments ofdifferent electrical wiring. 2) They will be able to understand the estimating and costing of electrical equipment, contracting procedure in electrical engineering etc. Subject: Electrical Installation and Maintenance Code: ) To gain knowledge of testing, installation and maintenance of electrical appliances, their trouble shooting and electrical safety. 1) At the closing stage of the course, the students will be able to know the installation,commissioning and maintenance of different electrical components. 2) They will be able to understand concepts of commissioning, maintenance, electrical safety, installation and maintenance of domestic appliances. Subject: Power Electronics Code: ) To acquaint with the fundamental concept of power electronics. It deals with basic theory of different power electronics switches. 2) It is important for the student to understand the application of power and their operation. 1) At the closing stage of the course, the students will be able to know the fundaments ofpower electronics.

14 2) They will be able to understand concepts of power semiconductor devices, different types of converters and industrial applications. Subject: Energy Conservation Techniques Code: ) To introduce the student get the knowledge of energy conservation and management in industry, power plant and in transmission and distribution. 1) At the closing stage of the course, the students will be able to know about basics of energyconservation and energy audit. Subject: Microprocessor and Interfacing Code: ) To provide the basic understanding about working of digital computer system, by providing comprehensive knowledge of microprocessor as a heart of digital computer systems. 1) At the closing stage of the course, students will be able to understand the basic concepts ofmicroprocessor and its interfacing.

15 COURSE OUTCOMES OF DIPLOMA ELECTRICAL ENGINEERING COURSE OBJECTIVE & OUTCOMES OF 6 TH SEMESTER Subject: Switchgear and Protection Code: ) To acquaint with the knowledge of basic elements of power system protection. 1) At the closing stage of the course, the students will be able to understand the different protective systems like relays, transformers and their working. Subject: Power Station Engineering Code: ) To make students aware about layout, structure and management of power station. 1) At the closing stage of the course, the students will be able to know about layout of power station, Cables, FACTS devices, Load Dispatch center, GEC code for materials and Indian Electricity rules of safety. Subject: Microcontroller and Interfacing Code: ) To provide a comprehensive knowledge of overall architecture and programming of microcontroller its practice applications. 1) At the closing stage of the course, the students will be able to know about the embedded system. They will be able to design microcontroller based system. Subject: Power System Analysis Code: ) This subject provides an insight into the basic elements of electrical power transmission and distribution system such as generator, transmission, distribution lines and loads.

16 2) To learn how to perform power system analysis in normal operation and under symmetrical and unsymmetrical fault. 1) At the closing stage of the course, the students will be able to know methods for power system analysis in steady state operation and during grid faults. 2) The main principles in the modeling and analysis of power systems subject to symmetrical and unsymmetrical faults, the mathematical formulation and use of symmetrical components, Modeling of generators, transformers, lines and cables in the positive, negative and zero sequence systems based on physical models and also Ascertain the stability of power system.