- DTE Code : 6446
- MSBTE Code : 0993
- AICTE PID : 1-407330281
Prof. Laxmikant Bharat Chougule
Head, Electrical Engineering Department
ME(Electronics Engineering)
laxmikantchougule26@gmail.com
department seeks to combine excellence in education with service to the industry. Our department has been progressing towards excellence in the field of teaching. With a team of dedicated, experienced and qualified faculty members, the department has been growing to be one of the sought after branches. The Electrical Engineering department is one of the best and largest departments with its investment in equipment’s & software excellent infrastructural facilities with individual classrooms, laboratories and other amenities long with departmental library. All the laboratories are designed as per AICTE norms and curriculum of MSBTE. Presently. Our students have bagged several prizes in various technical seminars, paper presentations, project competitions as well as in prestigious cultural events and many sports events. Electrical department aims to produce students to meet the needs of core industries. We Strive relentlessly, to constantly improve Ourselves, Our Staff, Our Educational Services and Quality of Students So as to become the best.
The Department of Electrical Engineering at B.M.P Polytechnic is one of the best departments in Solapur. Starting in 2008, we persistently see and adopt innovative techniques to improve the quality of education and strongly believe in outcome-based education philosophy. We are affiliated with the prestigious M.S.B.T.E Mumbai University with an Intake of 60 seats at under graduate level. We believe in creating value for our stakeholders. In addition to enriched academics, we impart industry-demanded skills from time to time.
The skill development program in our department is one of the most unique activities. Through this program, we impart the latest skills that are needed in the industry. Technical, professional, social, and interpersonal aspects of student personality are some of the key attributes that are honored at our department. Excellent curricular, co-curricular, extra-curricular, and extension activities are our performance indicators. The journey of student learning from fundamentals to advances in Electrical engineering at our department is accompanied by several value-added activities.
| Sr. No. | Name of Faculty | Designation | Gender | Experience | Photo |
|---|---|---|---|---|---|
| 1. | Laxmikant Bharat Chougule | Lecturer | Male | 20 Years |  |
| 2. | Survase Sachin Shahu | Lecturer | Male | 03 Years |  |
| 3. | Thombare Omkar Digambar | Lecturer | Male | 02 Years |  |
| 4. | Dhange Shradha Shivraj | Lecturer | Female | 01 Years |  |
| 5. | Awtade Akshay Anil | Lecturer | Male | 02 Years |  |
| 6. | Waghmre Onkar Laxman | Lecturer | Male | 01 Years |  |
| 7. | Patil Amruta Balasahebh | Lecturer | Female | 01 Years |  |
Non Technical Staff
| Sr. No. | Name of Staff | Designation | Gender | Experience | Photo |
|---|---|---|---|---|---|
| 1. | Mr.Awatade.M | Technical Lab Assistance | Male | -- |  |
| 2. | Mr.Pawar.A.S. | Technical Lab Assistance | Male | -- |  |
Electrical Engineering Department Vision
- To produce skill-based technical manpower in the electrical engineering field as per the needs of industry and society.
Electrical Engineering Department Mission
- To furnish the students with an insight into modern electrical engineering by the improved teaching-learning process.
- To train the students to develop entrepreneurial skills and leadership abilities for the benefit of the electrical engineering industry and society.
- To provide an environment that promotes self-development and social ethics.
- PEO1: Provide socially responsible, environment-friendly solutions to electrical engineering-related broad-based problems adapting professional ethics.
- PEO2: Adapt state-of-the-art electrical engineering broad-based technologies to work in multi-disciplinary Work environments.
- PEO3: Solve broad-based problems individually and as a team member communicating effectively in the world of work.
- PSO 1. Electrical Equipment: Maintain various types of rotating static electrical equipment.
- PSO2. Electrical Power System: Maintain different types of electrical power systems.
- Basic and Discipline-specific knowledge: Apply knowledge of basic mathematics, science, and engineering fundamentals and engineering specialization to solve the engineering problems.
- Problem analysis: Identify and analyze well-defined engineering problems using codified standard methods.
- Design/development of solutions: Design solutions for well-defined technical problems and assist with the design of systems components or processes to meet specified needs.
- Engineering Tools, Experimentation, and Testing: Apply modern engineering tools and appropriate techniques to conduct standard tests and measurements.
- Engineering practices for society, sustainability, and environment: Apply appropriate technology in the context of society, sustainability, environment, and ethical practices.
- Project Management: Use engineering management principles individually, as a team member, or leader to manage projects and effectively communicate about well-defined engineering activities.
- Life-long learning: Ability to analyze individual needs and engage in updating in the context of technological changes.
Classroom Details are given below in table
Sr. No | Infrastructure | Quantity |
1 | Class Room | 3 |
2 | Tutorial Room | 01 |
3 | Seminar Hall | 01 |
Lab Information
Sr. No | Name of Laboratory | Major Equipment |
1 | DC Machine Lab. |
|
2 | AC Machine Lab | · Parellal operation of alternator with synchronisingPannel(alternator 3 KVA synchronous motor ) · Cut view section of Induction motor. · Cut view section of synchronous motor. · AC slip ring induction motor, 5HP, 1440RPM, 415V,star connected with arrangement · AC Squarrel cage induction motor 5HP,3PH,415V,1440RPM/star connected with load. · synchronous motor 5HP break load arrangement &straterpannel. · Three phase inductive load · Three phase Capactive load. · Transformer 1KVA, 230V/230V · Transformer 3 PH 440V/470V, 10 AMP auto transformer · Transformer 3 PH with Tapping on both side · Meco 96x96 Power Factor Meter · DOL Starter. · Single Phase wattmeter portable 10-20 Amp. · Neon lamp indicator · Knife Switch · Voltmeter 0-500 |
3 | Basic Electrical Lab | · Oscilloscope 20Hz M-201 · Function Generator · Dual power supply 0-30 V/ 2A · Bread Board · Ammeter 0-300Micro · Ammeter 0-10 Ma · Ammeter 0-20 mA · Voltmeter 0-150V · Rheostat 1A 300 Ohm · Multimeter Digital · Wattmeter 1 phac,5/10 A,(0-150-300)V, 600W. · Wattmeter 1 phac,10-20 A,(0-150-300)V, 600W · Ammeter 0-10 mA · Ammeter (0-2.0) A · Ammeter (0-2.5-5) A, AC · Dual power supply 0-30 V/ 2A · Wattmeter 1 phac,0-2A/250V, (0-300)W · Wattmeter 1 phac,0-2.5A/250V, (0-600)W · Wattmeter 1 phac,0-4A/0-250V, (0-1000)W · 1-Phase,230/0-270V,8A,Autotransformer · 30MHZ Dual trace Oscilloscope. · Multimeter Digital 830L Mastech |
4. | Electrical Workshop Lab. | · Electrical Gyser 1 Ltr · Electrical Shegadi 1250W · Electrical Ketali 2000W · Auto Iron · Mixer Grander · Digital Lux Meter · Electronics Ballast Fluorescent Lamp · Single Phase Preventer using Microcontroller |
5. | Power Electronic Lab. | · V-I Characteristics of SCR. · 1 PhaseFull Wave Rectifier Using SCR · 3 phase full wave Rectifier Using SCR · Series Inverter · Jones chopper. (step down ) · DC static circuit breaker using SCR · Battery charger using SCR · speed control of DC series motor by 1 PH converter. · speed control of 3 phase IM using PWM Inverter · Stepper motor controller · AC servomotor Speed Torque Characterstics. · 30MHZ Dual trace Oscilloscope. · Multimeter. |
6. | Measurement Lab. | · Wattmeter, 1ph, portable, 10A, 0-600V · Wattmeter, 1ph, portable,20A, 0-600V · Tachometer, Digital, 10000rpm · Tachometer, Analog. · Voltmeter, 0-600V,AC,Portable · Voltmeter, 0-300V,AC. · Voltmeter, 0-300V,DC. · Ammeter, 0-2A,Portable · Ammeter, 0-5A. · Multimeter, Digital. · Rheostat,2A/500 Ohm. · Rheostat,1A/600 Ohm. · Voltmeter, 0-300V. · Voltmeter, 0-300V. · Voltmeter, 0-600V · Ammeter, 0-2A. · Ammeter, 0-1A. · Wattmeter 0-300W,0-2A,250V · Wattmeter 0-1000W,0-4A,250V · Autotransformer 1Ph,230V/0-270V,8A · PE 05,PROJECTOR EPSON EB-S11 · Multimeter Digital mastekch 830l · IT 5B LVDT model using dial gauge · IT 19 Digital Strain Indicator · Measurement of temperature using Thermistor · Measurement of temperature using thermocouple · Bourdan Tube · Adder Sub stractor · Differentiator and Intigrator · V To I and I To V convereter · Measurement of PH value · D/A Converter OP-Amp · Low pass High pass filter · Study of Switches · Potentio meter As error Detector · Dual Track Oscilloscope 30Mhz |
7 | Embedded System Lab. | · Zenith Computers LTD (2GB RAM,500GB Hard Disk .10 Systems. · Zenith Computers LTD (2GB RAM,2.66GHz ,18.8 LCD Display.10 Systems. |
| ELECTRICAL ENGINEERING PROGRAM | ||||||||||||
| List of Course Outcomes of Electrical Engineering Program | ||||||||||||
| SEMESTER-FIRST | ||||||||||||
| CO.No | Course Outcomes | |||||||||||
| Course Name: ENG 22101 | ||||||||||||
| C101.1 | Formulate Grammatically Correct Sentence | |||||||||||
| C101.2 | Summarize the Comprehension Passage | |||||||||||
| C101.3 | Compose dialogues and paragraphs for different situations | |||||||||||
| C101.4 | Use relevant words according to the content. | |||||||||||
| C101.5 | Deliver prepared speeches to express ideas, thoughts, and emotions. | |||||||||||
| Course Name: BSC 22102 | ||||||||||||
| C102.1 | Estimate error in measurements of physical quantities. | |||||||||||
| C102.2 | Apply the principle of electricity & magnetism to solve engineering Problems. | |||||||||||
| C102.3 | Use the basic principle of heat & optics in related in engineering Application | |||||||||||
| C102.4 | Apply the catalysis process in industries. | |||||||||||
| C102.5 | Use corrosion preventive measures in industry. | |||||||||||
| C102.6 | Use relevant engineering materials in industry. | |||||||||||
| Course Name BMS 22103 | ||||||||||||
| C103.1 | Apply the concepts of algebra to solve engineering related problems. | |||||||||||
| C103.2 | Utilize basic concepts of trigonometry to solve elementary engineering problems. | |||||||||||
| C103.3 | Solve basic engineering problems under given conditions of straight lines | |||||||||||
| C103.4 | Solve the problems based on measurement of regular closed figures and regular solids | |||||||||||
| C103.5 | Use basic concepts of statistics to solve engineering related problems | |||||||||||
| Course Name: ICT 22001 | ||||||||||||
| C104.1 | Use computer system and its peripheral | |||||||||||
| C104.2 | Prepare business document using word processing tool | |||||||||||
| C104.3 | Interpret data and represent it graphically using spreadsheet | |||||||||||
| C104.4 | Prepare Professional presentation. | |||||||||||
| C104.5 | Use different types of web browsers | |||||||||||
| Course Name: EGM 22002 | ||||||||||||
| C105.1 | Draw geometrical figures and engineering curves | |||||||||||
| C105.2 | Draw the views of given object using principles of orthographic projection | |||||||||||
| C105.3 | Draw isometric views of given component or from orthographic projections | |||||||||||
| C105.4 | Use drawing codes, conventions and symbols as per IS SP-46 in engineering drawing | |||||||||||
| C105.5 | Draw free hand sketches of given engineering elements | |||||||||||
| Course Name: WPM 22004 | ||||||||||||
| C106.1 | Select tools and machinery according to job | |||||||||||
| C106.2 | Use hand tools in different shops for performing different operations | |||||||||||
| C106.3 | Operate equipment and machines in various shops | |||||||||||
| C106.4 | Prepare jobs according to drawing. | |||||||||||
| C106.5 | Maintain workshop related tools, equipment and machinery | |||||||||||
| ELECTRICAL ENGINEERING PROGRAM | ||||||||||||
| SEMESTER-SECOND | ||||||||||||
| CO.No | Course Outcomes | |||||||||||
| Course Name: AME 22210 | ||||||||||||
| C107.1 | Calculate the equation of tangent , maxima, minima, radius of curvature by differentiation. | |||||||||||
| C107.2 | Solve the given problems of integration using suitable methods. | |||||||||||
| C107.3 | Apply the concept of integration to find the area and volume | |||||||||||
| C107.4 | Solve the differential equation of first order and first degree using suitable methods | |||||||||||
| C107.5 | Apply the concept of numerical integration to investigate the area | |||||||||||
| Course Name: ASE 22211 | ||||||||||||
| C108.1 | Use relevant capacitor in electrical circuit | |||||||||||
| C108.2 | Use equipment/ instruments based on radioactive & ultra sonic principles | |||||||||||
| C108.3 | Use equipment/ instruments based on photoelectric effect, X-rays & LASER. | |||||||||||
| C108.4 | Select relevant water treatment process for various application | |||||||||||
| C108.5 | Use relevant electrolyte in Batteries for different applications | |||||||||||
| C108.6 | Use relevant metals , alloys and insulating material in various applications | |||||||||||
| Course Name: FEE 22212 | ||||||||||||
| C109.1 | Determine various parameters used in electric circuit. | |||||||||||
| C109.2 | Use basic laws of electrical engineering in D.C. circuit. | |||||||||||
| C109.3 | Use capacitor and battery in electrical circuits. | |||||||||||
| C109.4 | Use principles of Magnetism in magnetic circuits. | |||||||||||
| C109.5 | Apply laws of electromagnetism in electrical circuit and systems. | |||||||||||
| Course Name: EOE 22213 | ||||||||||||
| C110.1 | Use relevant diode in different electronic circuit | |||||||||||
| C110.2 | Use diode in rectifier and filter | |||||||||||
| C110.3 | Use BJT and FET in electronic circuit | |||||||||||
| C110.4 | Use DC regulated power supply | |||||||||||
| C110.5 | Use transistor as an oscillator | |||||||||||
| C110.6 | Use of logic gate in electronic circuit | |||||||||||
| Course Name: BME 22214 | ||||||||||||
| C111.1 | check the broad based working of various types of boilers and steam turbines | |||||||||||
| C111.2 | check the broad based working of various types of diesel engines and gas turbine. | |||||||||||
| C111.3 | check the broad based working of various types of Pelton replace Francis turbines | |||||||||||
| C111.4 | check the broad based working of air compressor | |||||||||||
| C111.5 | working of refrigeration and air conditioning system | |||||||||||
| Course Name: BCC 22009 | ||||||||||||
| C112.1 | Communicate Effectively by avoiding barriers in various formal & Informal situations | |||||||||||
| C112.2 | Communicate skill fully using non-verbal methods of communication | |||||||||||
| C112.3 | Give Presentations by using audio-visual aids | |||||||||||
| C112.4 | Write reports using correct guidelines | |||||||||||
| C112.5 | Compose e-mail and formal business letters | |||||||||||
| ELECTRICAL ENGINEERING PROGRAM | ||||||||||||
| SEMESTER-THIRD | ||||||||||||
| CO.No | Course Outcomes | |||||||||||
| Course Name: ECI 22324 | ||||||||||||
| C201.1 | Troubleshoot The Problems Related To Single Phase A.C. Series Circuits. | |||||||||||
| C201.2 | Troubleshoot The Problems Related To Single Phase A.C. Parallel Circuits. | |||||||||||
| C201.3 | Troubleshoot The Problems Related To Three Phase Circuits. | |||||||||||
| C201.4 | Use Principle Of Circuit Analysis To Troubleshoot Problems Related To Electric Circuits . | |||||||||||
| C201.5 | Apply Network Theorems To Troubleshoot Problems Related To Electric Circuits . | |||||||||||
| Course Name: EEM 22325 | ||||||||||||
| C202.1 | Identify electrical measuring instrument. | |||||||||||
| C202.2 | Use voltmeter and ammeter for electrical measurement. | |||||||||||
| C202.3 | Use voltmeter and ammeter for electrical measurement. | |||||||||||
| C202.4 | Use wattmeter for electrical power measurement. | |||||||||||
| C202.5 | Use energy meter for electrical energy measurement. | |||||||||||
| C202.6 | Use measuring instruments. | |||||||||||
| Course Name: FEE 22326 | ||||||||||||
| C203.1 | Select the power electronic devices for specific applications. | |||||||||||
| C203.2 | Maintain the performance of Thyristor. | |||||||||||
| C203.3 | Troubleshoot turn-on and turn-off circuits of Thyristors. | |||||||||||
| C203.4 | Maintain phase controlled rectifiers. | |||||||||||
| C203.5 | Maintain industrial control circuits. | |||||||||||
| Course Name: EPG 22327 | ||||||||||||
| C204.1 | Maintain the optimized working of the thermal power plant | |||||||||||
| C204.2 | Maintain the optimized working of large and micro hydro power plant. | |||||||||||
| C204.3 | Maintain the optimized working of solar and biomass based power plant | |||||||||||
| C204.4 | Maintain the optimized working of wind power plant | |||||||||||
| C204.5 | Select the adequate mix of power generation based on economic operation. | |||||||||||
| Course Name: EMW 22328 | ||||||||||||
| C205.1 | Follow safe practices when undertaking electrical works. | |||||||||||
| C205.2 | Select relevant conductors and electromagnetic materials. | |||||||||||
| C205.3 | Select relevant insulating materials. | |||||||||||
| C205.4 | Perform different types of electrical wiring /cabling activities. | |||||||||||
| C205.5 | Implement relevant earthing systems. | |||||||||||
| ELECTRICAL ENGINEERING PROGRAM | ||||||||||||
| SEMESTER-FOURTH | ||||||||||||
| CO.No | Course Outcomes | |||||||||||
| Course Name: CNE 22418 | ||||||||||||
| C206.1 | Use different electric motor | |||||||||||
| C206.2 | Use D.C. Machine | |||||||||||
| C206.3 | Use single phase transformer for different applications | |||||||||||
| C206.4 | Use three phase transformer for different applications | |||||||||||
| C206.5 | Use relevant special purpose transformer for different applications | |||||||||||
| Course Name: EPT 22419 | ||||||||||||
| C207.1 | Interpret the normal operation of the electric transmission and distribution systems. | |||||||||||
| C207.2 | Maintain the functioning of the medium and high voltage transmission systems. | |||||||||||
| C207.3 | Interpret the parameters of the extra high voltage transmission systems. | |||||||||||
| C207.4 | Maintain the functioning of the low voltage AC distribution systems. | |||||||||||
| C207.5 | Maintain the components of the transmission and distribution lines. | |||||||||||
| Course Name: IME 22420 | ||||||||||||
| C208.1 | Select the relevant transducers for measuring various parameters. | |||||||||||
| C208.2 | Maintain the different types of pressure transducers. | |||||||||||
| C208.3 | Maintain the different types of flow transducers. | |||||||||||
| C208.4 | Maintain the different types of level transducers. | |||||||||||
| C208.5 | Maintain the different types of temperature transducers. | |||||||||||
| Course Name: DEM 22421 | ||||||||||||
| C209.1 | Use Boolean Expression to realize logic circuits. | |||||||||||
| C209.2 | Build simple combinational and sequential circuits. | |||||||||||
| C209.3 | Analyze the architecture of microcontroller ICs. | |||||||||||
| C209.4 | Write programs in assembly language for microcontroller. | |||||||||||
| C209.5 | Interface the memory and I/O devices to microcontrollers. | |||||||||||
| Course Name: EST 22447 | ||||||||||||
| C210.1 | Develop Public awareness about environment. | |||||||||||
| C210.2 | Select alternative energy resources for Engineering Practice. | |||||||||||
| C210.3 | Conserving Ecosystem and Biodiversity | |||||||||||
| C210.4 | Manage social issues and environmental ethics as lifelong learning | |||||||||||
| C210.5 | Manage social issues and environmental ethics as lifelong learning | |||||||||||
| Course Name: EDC 22033 | ||||||||||||
| C211.1 | Draw symbolic representation of electrical components manually | |||||||||||
| C211.2 | Draw free hand sketches, isometric and orthographic views of electrical machines and components | |||||||||||
| C211.3 | Use CAD tools to draw simple electrical components and machines | |||||||||||
| C211.4 | Use CAD to create electrical circuits with components | |||||||||||
| C211.5 | Edit electrical line drawings and control panel layouts in CAD | |||||||||||
| ELECTRICAL ENGINEERING PROGRAM | ||||||||||||
| SEMESTER-FIFTH | ||||||||||||
| CO.No | Course Outcomes | |||||||||||
| Course Name: MAN 22501 | ||||||||||||
| C301.1 | Use basic management principles to Execute daily activities. | |||||||||||
| C301.2 | Use principles of planning and organizing for accomplishment of tasks. | |||||||||||
| C301.3 | Use principles of directing and controlling for implementing the plans. | |||||||||||
| C301.4 | Apply principles of safety management in all activities. | |||||||||||
| C301.5 | Understand various provisions of industrial acts. | |||||||||||
| Course Name: IAM 22523 | ||||||||||||
| C302.1 | Use the relevant three phase induction motor for different applications | |||||||||||
| C302.2 | Use the relevant single phase induction motor for different applications | |||||||||||
| C302.3 | Use the relevant three phase alternator for different applications | |||||||||||
| C302.4 | Use the suitable synchronous motors in different applications | |||||||||||
| C302.5 | Use the suitable fractional HP motors in different applications | |||||||||||
| Course Name: SAP 22524 | ||||||||||||
| C303.1 | Identify various types of faults in power system. | |||||||||||
| C303.2 | Select suitable switchgear for different applications. | |||||||||||
| C303.3 | Test the performance of different protective relays. | |||||||||||
| C303.4 | Maintain protection systems of alternators and transformers. | |||||||||||
| C303.5 | Maintain protection scheme for motors and transmission lines. | |||||||||||
| C303.6 | Maintain protection scheme for power system against over voltages. | |||||||||||
| Course Name: ECA 22525 | ||||||||||||
| C304.1 | Interpret Energy Conservation Policies In India | |||||||||||
| C304.2 | Implement Energy Conservation Techniques In Electrical Machines | |||||||||||
| C304.3 | Apply Energy Conservation Techniques In Electrical Installation | |||||||||||
| C304.4 | Use Co-generation And Relevant Tariff For Reducing Losses In Facilities | |||||||||||
| C304.5 | Carryout Energy Audit For Electrical System | |||||||||||
| Course Name: IEB 22530 | ||||||||||||
| C305.1 | Select the relevant illumination level for various application | |||||||||||
| C305.2 | Select the various lamp for various applications | |||||||||||
| C305.3 | Select the lighting accessories required for selected wiring scheme | |||||||||||
| C305.4 | Design control circuit for illumination | |||||||||||
| C305.5 | Design illumination scheme for various applications | |||||||||||
| C305.6 | Interpret the illumination scheme for various purposes | |||||||||||
| Course Name: EDE 22032 | ||||||||||||
| C306.1 | Identify your entrepreneurial traits | |||||||||||
| C306.2 | Identify the Business opportunities that suits you | |||||||||||
| C306.3 | Use the support systems to zero down to your business idea. | |||||||||||
| C306.4 | Develop comprehensive business plans. | |||||||||||
| C306.5 | Prepare plans to manage the enterprise effectively. | |||||||||||
| Course Name: ITR 22057 | ||||||||||||
| C307.1 | To enable students to learn the basic concepts of Project & Production Management of industries. | |||||||||||
| C307.2 | Develop individual confidence to handle various engineering assignments and expose them to acquire life skills to meet societal challenges. | |||||||||||
| C307.3 | To study the concept of Facility, Location & Layout & implement/Expertise /domain /Product in their Industrial In-plant training Project work. | |||||||||||
| C307.4 | Enhance communication skills and life-long learning, and acquire technical skills, employability skills, Practical skills, and risks in industry, management skills and such other skills which are conducive to professional engagement | |||||||||||
| C307.5 | Identify career paths taking into account their individual strengths and aptitude and Prepare a report about the work experience in industry | |||||||||||
| Course Name: CPP 22058 | ||||||||||||
| C308.1 | Write the problem/task specification in existing systems related to the occupation | |||||||||||
| C308.2 | Select, collect and use required information/knowledge to solve the problems/complete the task. | |||||||||||
| C308.3 | Logically choose relevant possible solution(s) | |||||||||||
| C308.4 | Consider the ethical issues related to the project (if there are any) | |||||||||||
| C308.5 | Assess the impact of the project on society (if there is any) | |||||||||||
| C308.6 | Prepare project proposals with action plan. | |||||||||||
| C308.7 | Communicate effectively and confidently as a member and leader of team | |||||||||||
| ELECTRICAL ENGINEERING PROGRAM | ||||||||||||
| SEMESTER-SIXTH | ||||||||||||
| CO.No | Course Outcomes | |||||||||||
| Course Name: MEE 22625 | ||||||||||||
| C309.1 | Follow safe practices to prevent accidents while using electrical equipment | |||||||||||
| C309.2 | Prepare maintenance schedules for electrical equipment | |||||||||||
| C309.3 | Maintain rotating electrical machines | |||||||||||
| C309.4 | Maintain single phase and three phase transformer | |||||||||||
| C309.5 | Maintain insulation systems of electrical equipment. | |||||||||||
| Course Name: UEE 22626 | ||||||||||||
| C310.1 | Maintain the functioning of different type of lamps and fitting | |||||||||||
| C310.2 | Maintain different electrical heating and welding equipment | |||||||||||
| C310.3 | Maintain different electrical drives and elevators. | |||||||||||
| C310.4 | Use different electric traction systems. | |||||||||||
| C310.5 | Use equipment for economical operation . | |||||||||||
| Course Name: EEC 22627 | ||||||||||||
| C311.1 | Interpret various electrical diagram | |||||||||||
| C311.2 | Prepare estimate of domestic and commercial electrical installations | |||||||||||
| C311.3 | Prepare estimate of industrial electrical installations | |||||||||||
| C311.4 | Prepare estimate of overhead and underground distribution lines | |||||||||||
| C311.5 | Prepare estimate of public lighting installations. | |||||||||||
| C311.6 | Prepare Quotation, tender and other related documents. | |||||||||||
| Course Name: ETE 22628 | ||||||||||||
| C312.1 | Suggest the relevant IoT Technologies for Electrical systems | |||||||||||
| C312.2 | Suggest the relevant components for implementing a smart grid. | |||||||||||
| C312.3 | Suggest different electrical systems for a Smart City. | |||||||||||
| C312.4 | Suggest the relevant MCC or IMCC for the given applications. | |||||||||||
| C312.5 | Propose the relevant improved tariff and metering for the specified type of consumer. | |||||||||||
| Course Name: ESP 22633 | ||||||||||||
| C313.1 | Follow safety rules for substation. | |||||||||||
| C313.2 | Maintain substation earthing and neutral grounding. | |||||||||||
| C313.3 | Maintain the substation equipment and bus bar layout. | |||||||||||
| C313.4 | Interpret single line diagram of substation. | |||||||||||
| C313.5 | Maintain gas insulated substation | |||||||||||
| Course Name: CPE 22060 | ||||||||||||
| C314.1 | Implement the planned activity individually and/or as team | |||||||||||
| C314.2 | Select, collect and use required information/knowledge to solve the identified problem | |||||||||||
| C314.3 | Take appropriate decisions based on collected and analyzed information. | |||||||||||
| C314.4 | Ensure quality in product | |||||||||||
| C314.5 | Incorporate energy and environment conservation principles | |||||||||||
| C314.6 | Consider the ethical issues related to the project | |||||||||||
| C314.7 | Assume the impact of the project on society | |||||||||||
| C314.8 | Communicate effectively and confidently as a member and leaders of team | |||||||||||
| C314.9 | Prepare project report after performing due plagiarism check using appropriate tools | |||||||||||
