SANJEEVAN ENGINEERING AND TECHNOLOGY INSTITUTE, PANHALA, KOLHAPUR

Department Information:

Established in 2015 with a capacity for 60 students, the Department of Diploma Electrical Engineering boasts a cadre of dedicated and skilled faculty members. Drawing expertise from both industry and academia, these faculty members enrich the academic programs with practical insights and knowledge.

The department's strengths lie in its qualified staff, well-equipped laboratories, commitment to integrity, motivation, and systematic approach to processes. It operates a robust feedback system from students and staff, facilitating continuous improvement in all aspects of its operations.

Electrical engineering, a professional discipline focused on electricity and electronics, is witnessing increased demand due to the burgeoning requirements of electrical power systems and the growth of energy and automation industries.

Through comprehensive training in areas such as Electrical Power Systems, Electrical Machines, Electrical Measurement and Instrumentation, Testing and Maintenance of Electrical Equipment, and Power Electronics, the department ensures students are well-prepared to become competent engineers and responsible citizens. State-of-the-art laboratory facilities and exposure to industry trends contribute to this preparation.

Furthermore, the department empowers students to pursue higher education and equips them with technical knowledge and skills essential for career advancement and community service. In doing so, it strives to prepare graduates to meet the challenges and opportunities in the ever-evolving field of Electrical Engineering.

VISION & MISSION:

Vision :-

To create professionally competent engineers and entrepreneurs in the field of electrical engineering for the benefit of society

Mission:-

• To impart quality engineering education as per curricula and industry need.

• To motivate and create awareness in the students to undertake higher studies & research in the field of electrical engineering

• .To create an environment that shall foster growth of professionals capable of effectively using the scientific and technical knowledge for the betterment of mankind

1] Electrical Machine Lab
Lab Area:- 169.28 Sq. M 
Major Equipments:

A] 3 HP AC Motors- 4 Nos
B] 3 KVA AC Alternators- 4 Nos
C] 3 HP DC Motors- 10 Nos
D] 100 Amp. Rectifier
E] 3 KVA Transformers
Investment:- Rs. 16,79,915/-

2] Basic Electrical Lab:-

Lab Area:-111.91 Sq. M
Major Equipments:-
A] 3 phase IM
B] Wiring Model
C] Bulb models
Fan models
Multi purpose Circuit kits
Investment:-Rs. 5,67,000/-

3] High Voltage Engineering Lab:-
Lab Area:-
Major Equipments: 
A] 100 KV Cascade Transformer with Sphere Gap Assembly & Control Panel, 
B]  60 KV Oil Tester
C]  5 KV Insulation Tester 

Investment:-Rs 5,09876/-

4] Software Lab:-
Lab Area:-79.25 Sq.M
Major Softwares [Licenced]:- 
A] MATLAB 12.0
B] LAB-VIEW
C] Mi-Power 7.0
D] Scilab, Kiel 
Investment:- RS. 33,25,235/-

5] Power /Analog Electronics Lab
Lab Area:-79.25 Sq. M
Major Equipments:-

A] OS-20 Falcon Dual Channel 20 MHz CRO

B] Fg-02 Falcon 2 MHz function generator

C] Dual Power Supply 0-30 V/ 3 Amp

D]Various Kits Like- Inverting , Non Inverting, Intergrator, Differanciator, Peak Detector,ZCD, Half & full wave Rectifier, Clippers, Clampers, Multivibrator.

Power Electronics Lab :-

A]3Ø FULLY CONTROLLED CONVERTER WITH 1 H.P. MOTOR,LOADING ARRANGEMENT /3Ø HALF CONTROLLED CONVERTER 
B]3ØDUAL CONVERTER

C]1Ø FULLY CONTROLLED CONVERTER WITH 1Ø,1ØFULLY CONTROLLED CONVERTER WITH  R &RL

D]Cycloconverter, Jones Morgan Chopper

E] V-I CHARACTERSTIC OF SCR/DIAC/TRIAC/MOSFET/GBT TRIGGERING CIRCUIT

Investment:- Rs. 5,28,238/-

6] Control System Lab
Lab Area:-73.93 sq.m
Major Equipments:- 
A] Hydrolic Controller, 
B] Pneumatic Controller
C] On-Off temperature Controller
D] DC Servo motor Speed Torque Characteristics
E] Ac Servo Motor

F]STEPPER MOTOR CONTROLLER

Investment:-Rs. 6,84,932/-

7] Measurement & Instrumentation Lab
Lab Area:-
Major Equipments:-

A] DSO (50MHz Dual Channel Colour Digital Storage Oscilloscope)

B] Capacitive load bank (3 )  3KW/12AMP

C]Resistive  load bank (3)  415V/5AMP

D]MAX WELL BRIDGE

E]WEIN BRIDGE MODEL

F]FLOW MEASUREMENT USING ROTAMETER

G]TEMP MEASUREMENT USING RTD & THERMOCOUPLE

H]PID CONTROLLER WITH TEMP . EXPERIMENT WITH HEATER & FAN

I] PLC ADVANCED TRAINER KIT 8IP/ 60P 1)DC POWEREDBROUGHT ON FRONT PANEL ON 2MM SOCKETS 
Investment:-Rs 8,67,877/-

8] Switchgear & Protection Lab:-
Lab Area:-
Major Equipments:-
A] IDMT over current relay
B] Directional over current relay
C] Thermal over current relay
D] Numerical over current relay
E] Universal relay kit

Investment:-Rs.3,43,470/-

9]Digital Electronics &  Microcontroller Lab
Lab Area:-
Major Equipments:-

A]MODEL XPO KIT 8051 WITH 16*2 LCD DISPLAY

B]SCANNING TECHNIC ILLUSTRATING 8*8 LED MATRIX 4*4 KEYPAD 7 SEGMENT 8 DIGIT DISPLAY MODEL SCANTECH

C]TEMP. CONTROLLER WITH MINI OVEN 8 BIT ADC 8 BIT DAC CUM INSTRUMENTATION OPAMP MODEL 
Investment:- Rs 78,750/-

10] Electrical Drives & Control lab:-

Lab Area:-79.25 Sq. M

Major Equipments:-

A]1PHASE INDUCTION MOTOR SPEED CONTROL USING SLIP POWER RECOVERY SCHEME WITH MOTOR

B]OPEN LOOP SPEED CONTROL SEPERATELY EXICITRD DC MOTOR USING CHOPPER AT HIGH  FREEQUENCY

C]CHOPPER CIRCUIT USING POWER MOSFET FOR MOTOR CONTROL WITH MOTOR

D]1HP 220V SEPERATELY EXICITED DC MOTOR WITH BREAK PULLY & LOADING ARRANGEMENT

Investments:-Rs:- 195594/-

11] Basic Electrical Circuit Analysis Lab:-
Lab Area:-111.91 Sq. M
Major Equipments:-
A] RLC KIT
B] SERIES & PARALLEL RESONANSE KIT
C] STAR DELTA TRASFORMATION

Investments:- Rs:-50,107/-

Miscellenious Equipmets:-

Poly -Crystalline Solar Cell Photo-voltaic Panel 12 VDC 100 Watt- 2 Qty.

PEO: Program Educational Objectives

•  Work professionally in diverse areas of mechanical, thermal & allied engineering & demonstrate the abilities acquired.
•  Engage successfully & grow in chosen career with concern for safety, health, environment & sustainability.
•  Continue their learning as per the changing needs of the technology, profession &society
•  Design the solution for complex Mechanical Engineering problems through system component design or processes that meet the specified needs with appropriate considerations for public health, safety, cultural, societal and environmental considerations.
•  Use research based knowledge and research methods, conduct experiments, interpret and analyze the data and report the result.
•  Get familiar with modern engineering software tools and equipments to analyze Mechanical Engineering problems.

Events:

                                                             Entrepreneurship development Cell guest lecture

                                                                                        Industrial visit at MSEB, Panhala                                                                                               

                                                                                                        SETI Power house 

                                                                                               Radhangari Dam 

Syllabus: Click here