Vision, Mission etc.

Vision:

To provide quality and value based technical education to students through innovative learning methodologies, empowering them to become competent diploma engineers in the field of electrical engineering.

Mission:

1. To provide quality technical education to the students imbibing in them a thirst for continuous learning.
2. To provide a holistic environment for the nurturing of socially responsible citizens with high professional ethics.

Programme Educational Objectives (PEOs):

• PEO 1. Provide socially responsible, environment friendly solutions to Electrical engineering related broad-based problems adapting professional ethics.
• PEO 2. Adapt state-of-the-art Electrical engineering broad-based technologies to work in multi-disciplinary work environments.
• PEO 3. Solve broad-based problems individually and as a team member communicating effectively in the world of work.

Program Outcomes (POs):

• PO 1. Basic and Discipline specific knowledge: Apply knowledge of basic mathematics, sciences and engineering fundamentals and engineering specialization to solve the engineering problems.
• PO 2. Problem analysis: Identify and analyse well-defined engineering problems using codified standard methods.
• PO 3. Design/ development of solutions: Design solutions for well-defined technical problems and assist with the design of system components or processes to meet specified needs.
• PO 4. Engineering tools, Experimentation and Testing: Apply modern engineering tools and appropriate technique to conduct standard tests and measurements.
• PO 5. Engineering practices for society, sustainability and environment: Apply appropriate technology in context of society, sustainability, environment and ethical practices.
• PO 6. Project Management: Use engineering management principles individually, as a team member or a leader to manage projects and effectively communicate about well-defined engineering activities.
• PO 7. Life-long learning: Ability to analyse individual needs and engage in updating in the context of technological changes.

Program Specific Outcomes (PSOs):

• PSO 1. Electrical Equipment: Maintain various types of rotating and static electrical equipment.
• PSO 2. Electric Power Systems: Maintain different types of electrical power systems.

Faculty

Faculty List and Profiles

Faculty List and Profiles

Faculty List

S. No.	Name	PAN No.	Qualification	Area of Specialization	Designation	Date of Joining	Date on which Designated as Lecturer/ Senior Lecturer/HoD	Currently Associated	Nature of Association	If contractual mention Full time or Part time	Date of Leaving
								(Y/N)	(Regular/Contract/ Adjunct)		(In case Currently Associated is “No”)
1	Mrs. Rajitha T.B	ABGPT3471K	ME	Electrical Power System	I/C HOD	15/07/1991	1/6/2020	Y	Regular	-	-
2	Mr.Ajit Singh	AGAPA5466E	ME	Bio-Medical	LECTURER	8/12/2005	8/12/2005	Y	Regular	-	-
3	Mrs.Srilakshmi Inampudi	ABAPI4425L	ME	Electrical & Electronics	LECTURER	1/8/2008	1/8/2008	Y	Regular	-	-
4	Mrs. Kavita Sawant	BDNPK0616D	ME	Electronics & Telecomm.	LECTURER	13/07/2009	13/07/2009	Y	Regular	-	-
5	Mrs. Lovely Gaur	APWPG2707F	ME	Electronics & Telecomm.	LECTURER	29/10/2009	29/10/2009	Y	Regular	-	-
6	Mr. Mohan Sawarkar	BTWPS 8391B	ME	Electrical Power system	LECTURER	10/8/2009	10/8/2009	Y	Regular	-	-
7	Mr. Vinod Shankar Waghmare	ABCPW3704E	M.A.(English), B.ed. LLB, MBA (HR)	Enlish Language and literature	LECTURER	12/6/2007	12/6/2007	Y	Regular	-	-

Faculty Profile

• HoD Mrs. Rajitha T.B.
• Ajit Singh
• Mohan Sawarkar
• I. Srilakshmi
• Kavita Sawant
• Lovely Gaur
• Vinod Shankar Waghmare

Faculty Load

Faculty Load

Laboratories

Images

Images

Laboratories:

Computer Electrical Power Generation Lab

Electrical circuits Lab

Machine Lab 1

Machine lab 2

Elements of Electronics Lab

Major Equipments

Major Equipments

Laboratory and Workshop Major Equipments

List of Major Equipments in each Laboratory/ Workshop

S.No.	Equipment Name	Laboratory Name	Cost
1	3HP/230V/1500RPM D.C. shunt motor coupled to 2.2 kw/230v/ 1500 RPM shunt generator with base and coupling	Machines lab-II	45,500/-
2	Transformer Rectifier Unit Input - 3phase, 415V, AC supply, Output -230 V/100A DC supply	Machines lab-II	118,500/-
3	Transformer Rectifier Unit Input -phase, 415v, AC supply, Output -230V/30A, DC Supply	Machines lab-II	47,500/-
4	Distribution panel made from MS cubicle type made form 16/18 CRCA sheet with powder coating complete with internal wiring, bus bar section mounted on MS frame Metering : 0-100A Ammeter type with ASS with CT's - 1 set 0-500 V AC voltmeter type with VSS -1 set RYB solid state indicating lamps - 3 Nos. Incomer 1: 100 A 4 Pole 16KA	Machines lab-II	56,000/-
5	Speed control of 3 phase Induction motor using PWM inverter	Machines lab-II	47,950/-
6	3HP/230V/1500RPM D.C. shunt motor coupled to 2.2 kw/230v/ 1500 RPM shunt gererator with base and coupling	Machines lab-II	45,500.00
7	3HP/230V/1500RPM D.C. Series motor coupled to 2.2 kw/230v/ 1500 RPM shunt generator with base and coupling	Machines lab-II	45,500/-
8	PLC demonstrator	Machine lab-II	1,44,000/-
9	Tektronix 60MHz dual channel Digital Real time oscillator	Machine lab-II	90,220/-
10	Pneumatic p+I Controller	Machine lab-II	66,296/-
11	32 Channel Logic analyzer	Machine lab-II	1,41,180/-
12	Logic Analyzer	Machine lab-II	89,100/-
13	Spectrum Analyzer	Machine lab-II	1,68,000/-
14	Storage Oscilloscope (C.R.O)	Machine lab-II	56,100/-
15	Flow Control Loop	Machine lab-II	1,25,000/-
16	8 Channel Data logger system with PC Interface	Machine lab-II	45,000/-
17.	Micrologix 1400 series PLC with digital & analog input-outputs	Machine lab-II	1,32,284/-
18.	Spirometer	Electrical Circuits Lab	1,68,000/-
19.	CRO (3 in 1)	Electrical Circuits Lab	42,668/-
20	DECT2 Clamp Tester	Electrical Circuits Lab	57,800/-
21	2 KVA alternator with prime mover (3 HP 415 volt 1440 RPM three phase induction motor coupled to 2 KVA /415 V /3 phase /1500 RPM/50Hz alternator with base and couplings with synchronizing panel and starter for motor	Machines lab-I	77,500/-
22	Transformer oil test kit input of 240 V 50 HZ 1 phase out put 60 KV AC	Machines lab-I	59,800/-
23	Experimental kit of fuse characteristics 1) input supply. 1PH.0-230 V 50 Hz AC supply.2)out puts sources A) voltage source - 0-50 Volts(Variable).B) AC current source -0-100A(200VA)(Variable)	Switch gear & protection	72,900/-
24	Characteristics Of IDMT relay/induction to digital over current relay trainer with panel	Switch gear & protection	72,500/-
25	Microprocessor based over current relay	Switch gear & protection	69,500/-
26	LCD Projector	Computer Lab	70,000/-
27	Air compressor	Machine lab-II	66,296/-

Experimental Setup

Experimental Setup

List of Experimental Setup in each Laboratory /Workshop

S.No.	LABORATORY NAME	EQUIPMENT NAME	QUANTITY
1	Switchgear & Protection	Demonstration of switchgear testing kit	3
2		Identification of various switchgears	4
3		Testing of HRC fuse by load test	1
4		Testing of MCB by load test	1
5		Identification of parts of MCCB/ELCB	1 each
6		Carryout plug and time setting of induction type electromagnetic relay	1
7		Testing of electromagnetic induction relay by load test	1
9	Elements of Electronics Lab	PN junction diode	4
10		Zener diode & Zener as Voltage Regulator	2
11		Photo diode for varying the light intensity as well as distance	2
12		Build/test half wave & full wave rectifier with filters	2
13		DC power supply trainer kit	1
14		Regulator IC's: IC's 78XX,79XX	4
15		Logic gate IC's & Kits	4
16		Power transistor, IGBT, DIAC & SCR	8
17		R, RC & UJT triggering circuits	3
18		Test the effect of variation of R,C on firing angle in UJT triggering circuit.	1
19		Commutation Circuit	2
20		Half wave controlled rectifier with R , RL load & Freewheeling diode	1
21		Full wave controlled rectifier with R, RL load and freewheeling diode	1
22		DIAC and TRIAC phase controlled circuit	2
24		Adder & Subtractor	2
25		Use IC 7476 to construct and test the functionality of D and T flip flop.	4
26		RS flip flop using NAND gate.	2
27		MS JK flip flop using 7476.	2
28		4 bit ripple counter using 7476.	2
29		Computer, Keil Software, Flash Magic	16
30		LED Interface	2
31		7-segment display Interface	2
32		Stepper motor Interface	2
33	Machines Lab-1	FT with induction choke & electronic ballast, CFL, LED Lamps	6
34		Single phase and Three phase Induction motor	1 each
35		Three phase squirrel cage induction motors with DOL, star-delta, auto transformer starters	1
36		Three phase squirrel cage induction motor	1
37		3Phase squirrel cage induction motor. (For No-load and Blocked-rotor tests)	1
38		Three phase slip ring induction motor using rotor resistance starter.	1
39		Single phase Capacitor Start &Capacitor Run Induction run motor	1
40		Three phase alternator	1
41		3 phase synchronous motor	1
42		ELCB/RCCB - 1ph, 20 A, 230 V	01
43		Kelvin's double Bridge Kit	01
44		Wheatstone's Bridge Kit	01
45		Cable locator unit	01
46		Insulating Oil Testing Kit	01
47		Cables, Wires , fuse wires and wiring components	Lumsum
48	Electrical Circuits Lab	Three phase transformer	3
49		Single phase transformer	4
50		Linear Potentiometer (Rheostat) DC regulated Power supply (0-30V DC) Digital Multimeter (0-200V DC)	1 each
51		Angular Potentiometer DC regulated Power supply (0-30V DC)	1 each
52		Rotameter flow measurement setup : Range 0-1000 LPH, Glass tube body, Bob Material-SS, connection 1’’, Mounting inlet bottom top outlet.	1
53		RTD - PT-100 Temp Bath 2 KW, 230V AC Digital Temperature indication 00C to 2000C, accuracy of +/- 1% Mercury Thermometer 0 to 3000 C	1
54		Thermocouple Thermocouple K Type : Temp range 0-2000 C Compensating cable 2 wire, 0.5mm2	1
55		Capacitance level measurement Input range 0-500 mm, power supply 230 Vac , 2 wire capacitance type, top mounted, Digital display indication of 0 – 500mm.	1
56		Rheostat	1
57		Choke	2
58		Capacitor box	2
59		Star /Delta load	1
60		Single phase Auto Transformer	4
61		T-Network(Resistive ) kits	4
62		Working Tables	02 Nos.
62		Safety accessories	01 Kit
63		Safety Tools	02 Kits
64		Auto transformer - 1 ph, 270V, 4A - 1 No.	01 No.
65		Ammeter (0-1 A) & ( 0-5A)	02
66		Voltmeter (0-300V)	01
67		Wattemeter - 300V, 5/10 A	01
68		Digital Multimeter	01
69		Megger -500V hand driven	01
70		Single Pole MCB - 1 Amp, type B, 6KA, 240V	01
71	Computer Lab	AutoCAD	18 PCs
72		PLC Demonstrator	1
73		Computers	20
74		Micrologix 1400 series PLC	1 no.
75	Machines lab-2	DC machine (Cut view section)	1
76		DC shunt motor.	1
77		DC Series motor.	1
78		DC Shunt motor with generator coupled	1
79		DC Series motor with generator coupled	1
80		Single phase transformer.	2
81		Three phase transformer (phase checking)	1
82		Current Transformer	1
83		Potential Transformer	1
84		Isolation Transformer	1
85		Ammeter (0-10 A) Moving coil meter/Moving Iron Voltmeter (0-300V) Moving coil meter/Moving Iron	01 01
86		Working Model Voltmeter, Ammeter Instrument Screw Driver Standard Size	02
87		Voltmeter PMMC/MI Ammeter PMMC/MI	01
88		Ammeter 0-1-10A MI/PMMC Voltmeter 0-5-75-150-300 V Resistive /Lamp Load 9A,230V,2.5Kw	02
89		Wattmeter 10A,300V,1250 W Resistive/Lamp Load 12 A,2.5 KW Single phase Variac 0-270V 10 A	01
90		Wattmeter 5A,300V Voltmeter 0-300 V Ammeter 0-5 A Single Phase variac 4A,0-230 V	01
91		Digital Multimeter Voltage DC 600 Volt Current DC 20 Amp AC 20 Amp Analog Multimeter (0-5A) & (0-10A) AC (0-5 A) Analog Voltmeter v (0-300 v) Rheostat 0-270 V,5A	01
92		Kelvin Double Bridge Kit Battery Regulated DC Supply 0-110 V Galvanometer 0-110mA	01
93		Emf Source Variable Voltage Source Voltmeter Range (0-100/230V) Heater Coil 500 Watt or 1000 Watt Rheostat 1.2 A,600 ohm	01
94		CRO 20/30/100 MHZ Frequency with attenuator probes Rhestot Suitable Rheostat (0-200 ohm,5A)	01
95		Strain gauge trainer kit Strain gages of 350 ohms, Accuracy : +/- 1% Power Supply 230 Vac, maximum of 5-kg load, Digital indication	1 each
96		LVDT trainer kit - Displacement range +/- 20 mm, Accuracy of +/- 2% Primary Excitation 4 KHZ and 1 Volt, RMS Output : Digital display of +/- 20mm	1 each
97		Bourdon tube pressure gauge Input pressure range 0 – 50 psi. Accuracy of +/- 2%. Dial gauge indication in the range 0 to 50 psi and Digital display.	1 each

Awards and Honours

Department Toppers

Department Toppers

Industry Institute Interaction

Student Faculty Ratio

Permanent Faculty: Student ratio:-

Continuous Evaluation System

Internal Continuous Evaluation System:-

1. Two unit tests are conducted every semester.
2. Each test is for 25 marks. Questions from MSBTE previous years & sample question papers are discussed and solved before the unit test. Question Banks are given and students are made to solve them.
3. During practicals Motor skills, intellectual skills and prior concepts of each student are observed and assessed accordingly
4. Regular assessment of the completed practicals and assignments, called “Continuous assessment” is followed strictly.
5. Each course is assigned with one micro project, which students perform in groups of 5 and is assessed out of 10 marks.
6. Term work evaluation is based on continuous assessment, Micro project report and Unit Tests.
7. Finally, attainments COs, POs & PSOs are obtained on the basis of marks that the students have secured in internal and external assessments / examinations.

Feedback System

1. Students feedback of faculty is taken during each semester.
2. Exit students (students passing out from the college) feedback is taken from each batch of students.
3. Feedback is also taken from Stake holders like Parents, Alumni and Employers of the students.
4. Apart from the above, Students feedback is taken on the following facilities
   1. Library
   2. Office
   3. Canteen
   4. Medical room
   5. Safety Checks
   6. Class rooms
   7. Washrooms
   8. Hostel
   9. Parking

Co-curricular Activities

Co-curricular Activities:

Extra-curricular Activities

Extra-curricular Activities: