Electrical and Electronics Engineering
About Electrical and Electronics Engineering
The department offers a four year undergraduate course in Electrical & Electronics Engineering leading to the award of Bachelor of Technology from Rajasthan Technical University. The program imparts an out standing education opportunity for those , planning to pursue a career or to gain in depth knowledge in Electrical & Electronics Engineering.
| S.No. | Degree | Specialization/Branch | Current Intake |
|---|---|---|---|
| 1 | B. Tech | Electrical and Electronics Engineering (EEE)) | 60 |
Vision
- To strive continuously for excellence in the field of Electrical Engineering producing valuable human resource for sustainable development of industry and society.
Mission Electrical and Electronics Engineering
- To impart fundamental knowledge of Electrical, Electronics and Computational Technology.
- Develop the foundation to undertake research in the system involving emerging fields of Electrical Engineering.
- To create an ambience of academic excellence which aims to flourish innovative ideas and Research.
- To instill professional skills and competence in the students so as to enable them to become experts in the field of Electrical Engineering.
Program Specific Outcome (PSOs):-
- PSO1: Applying Software tools for analysis of different problems in the field of Electrical Engineering.
- PSO2: Able to provide socially acceptable technical solutions to complex Electrical Engineering problems.
Program Educational Objectives (PEOs)
- PEO1: To apply knowledge of Mathematics, Science and Engineering for solving various multidisciplinary problems.
- PEO2: To promote research in emerging areas of power systems, power electronics and electrical drives through projects and dissertation based on industrial application and environmental aspects.
- PEO3: To demonstrate leadership with moral and ethical values, team Spirit and Managerial skill.
Head of Department
| Qualification | Education Details | Designation |
|---|---|---|
| M.Tech(Power System)MNIT Jaipur | M.Tech(Power System)MNIT Jaipur | Asst.Professor |
| Phone | Mobile | |
| 9414276038 | 9414276038 | pushpendra.ee@gweca.ac.in |
Faculty Details
Staff Details
No Staff Assigned
Laboratory Details
Electrical Machines Lab-1
| Project Name | |
|---|---|
| Room No | P-102A |
| Incharge Name | |
| Technician Name | Mahendra Kumawat |
| Description | |
| Lab Description |
Power System Lab
| Project Name | |
|---|---|
| Room No | P-302 |
| Incharge Name | |
| Technician Name | Mohan Ram |
| Description | |
| Lab Description |
Research Lab -I
| Project Name | |
|---|---|
| Room No | P-303B |
| Incharge Name | |
| Technician Name | Vimla Sambharia |
| Description | |
| Lab Description |
Non conventional energy Sources Lab
| Project Name | |
|---|---|
| Room No | P-102C |
| Incharge Name | |
| Technician Name | Mahendra Kumawat |
| Description | |
| Lab Description |
Electrical Machines Lab-2
| Project Name | |
|---|---|
| Room No | P-102B |
| Incharge Name | |
| Technician Name | Mahendra Kumawat |
| Description | |
| Lab Description |
Control System Lab
| Project Name | |
|---|---|
| Room No | P-302 |
| Incharge Name | |
| Technician Name | Mohan Ram |
| Description | |
| Lab Description |
Power Electronics Lab
| Project Name | |
|---|---|
| Room No | P-303 |
| Incharge Name | |
| Technician Name | Vimla Sambharia |
| Description | |
| Lab Description |
Power System Modelling and Simulation Lab
| Project Name | |
|---|---|
| Room No | P-304 |
| Incharge Name | |
| Technician Name | Mohan Ram |
| Description | |
| Lab Description |
Electrical Drives & Control Lab
| Project Name | |
|---|---|
| Room No | P-305 |
| Incharge Name | |
| Technician Name | Vimla Sambharia |
| Description | |
| Lab Description |
Research Lab -II
| Project Name | |
|---|---|
| Room No | P-102C |
| Incharge Name | |
| Technician Name | Mohan Ram |
| Description | |
| Lab Description |
Measurement Lab
| Project Name | |
|---|---|
| Room No | P-305 |
| Incharge Name | |
| Technician Name | Vimla Sambharia |
| Description | |
| Lab Description |
Circuit Analysis Lab
| Project Name | |
|---|---|
| Room No | P-302 |
| Incharge Name | |
| Technician Name | Mahendra Kumawat |
| Description | |
| Lab Description |
Equipment Details
| S. No | Name | Laboratory Name |
|---|---|---|
| 1. | 3PH-3KVA DELTA TRANSFORMER | Electrical Machines Lab-1 |
| 2. | AUTOTRANS KEW SINGLE PHASE AUTO TRANSFORMER 5A/230-70V | Electrical Machines Lab-1 |
| 3. | 1 PHASE INDUCTION MOTOR 1 PHASE INDUCTION MOTOR STARTING PANEL | Electrical Machines Lab-1 |
| 4. | INDUCTION MOTOR 3 PHASE MOTOR STARTING PANEL | Electrical Machines Lab-1 |
| 5. | SINGLE PHASE INDUCTION MOTOR 1 HP-230V | Electrical Machines Lab-1 |
| 6. | THREE PHASE AUTO TRANSFORMER 10A | Electrical Machines Lab-1 |
| 7. | IND 3PH MODEL OF 3 PHASE AC INDUCTION MOTOR | Electrical Machines Lab-1 |
| 8. | INDUCTION MOTOR MODEL OF 1 PHASE AC CAP START MOTOR | Electrical Machines Lab-1 |
| 9. | TRANSFORMER MODEL OF 3 PHASE TRANSFORMER 2 KVA | Electrical Machines Lab-1 |
| 10. | DIGITAL MULTIMETER XB-31 | Electrical Machines Lab-1 |
| 11. | DIGITAL CLAMP METER AUTO RANGING 225 | Electrical Machines Lab-1 |
| 12. | DIGITAL POWER FACTOR METER DPF1611 | Electrical Machines Lab-1 |
| 13. | SINGLE PHASE ENERGY METER | Electrical Machines Lab-1 |
| 14. | AMMETER MOVING COIL RANGE 0-5AMP | Electrical Machines Lab-1 |
| 15. | AMMETER MOVING IRON RANGE 0-5AMP | Electrical Machines Lab-1 |
| 16. | VOLTMETER MOVING COIL RANGE 0-300V | Electrical Machines Lab-1 |
| 17. | VOLTMETER MOVING IRON RANGE 0-300V | Electrical Machines Lab-1 |
| 18. | DYNAMOMETER TYPE WATTMETER CLASS 0-5% ACCURACY | Electrical Machines Lab-1 |
| 19. | ELCTRICAL MACHINE OPEN LAB | Electrical Machines Lab-1 |
| 20. | DIGITAL STORAGE OSCILLOSCOPE | Electrical Machines Lab-1 |
| 21. | SEPARATION OF TRANSFORMER LOSSES | Electrical Machines Lab-2 |
| 22. | S.C.R BASED DC RECTIFIER | Electrical Machines Lab-2 |
| 23. | SINGLE PHASE TRANSFORMER 1KVA | Electrical Machines Lab-2 |
| 24. | 3 PHASE TRANSFORMER 2 KVA | Electrical Machines Lab-2 |
| 25. | SINGLE PHASE ISOLATION TRANSFORMER | Electrical Machines Lab-2 |
| 26. | THREE PHASE ISOLATION TRANSFORMER | Electrical Machines Lab-2 |
| 27. | DC SHUNT MOTOR 2 H.P | Electrical Machines Lab-2 |
| 28. | DC SHUNT MOTOR GENERATOR SET 1KW 230 DC | Electrical Machines Lab-2 |
| 29. | THREE PHASE INDUCTION MOTOR 1H.P | Electrical Machines Lab-2 |
| 30. | CONTROL PANEL OF O.C. AND S.C TEST ON 3 PHASE TRANSFORMER | Electrical Machines Lab-2 |
| 31. | CONTROL PANEL TO PERFORM PARALLEL OPERATION ON 3 PHASE TRANSFORMER | Electrical Machines Lab-2 |
| 32. | CONTROL PANEL TO RUN 3 THREE PHASE INDUCTION MOTOR AT NO LOAD | Electrical Machines Lab-2 |
| 33. | CONTROL PANEL TO STUDY SINGLE PHASE TRANSFORMER | Electrical Machines Lab-2 |
| 34. | CONTROL PANEL FOR SPEED CONTROL OF DC MOTOR | Electrical Machines Lab-2 |
| 35. | CONTROL PANEL FOR SPEED CONTROL OF DC MOTOR WARDLEONARD METHOD | Electrical Machines Lab-2 |
| 36. | CONTROL PANEL TO DETERMINE EFFICIENCY OF 2 MACHINE BY HOPKINSON TEST | Electrical Machines Lab-2 |
| 37. | CONTROL PANEL TO PERFORM O.C AND S.C TEST ON 1 PHASE TRANSFORMER | Electrical Machines Lab-2 |
| 38. | CONTROL PANEL TO PERFORM BACK TO BACK TEST ON TWO IDENTICAL SINGLE PHASE TRANSFORMER | Electrical Machines Lab-2 |
| 39. | TO PLOT OCC AND SCC TEST ON ALTERNATOR | Electrical Machines Lab-2 |
| 40. | SYNCHRONIZATION OF ALTERNATOR | Electrical Machines Lab-2 |
| 41. | PLOT V CURVE OF SYNCHRONOUS MOTOR PANEL | Electrical Machines Lab-2 |
| 42. | TO PERFORM LOAD TEST ON 3 PHASE INDUCTION MOTOR PANEL | Electrical Machines Lab-2 |
| 43. | A.C I.M WITH LOADING SETUP | Electrical Machines Lab-2 |
| 44. | DC MOTOR COUPLED WITH 3 PHASE ALTERNATOR BASED GENERATOR STATION | Electrical Machines Lab-2 |
| 45. | 3 PHASE R-L-C LOAD | Electrical Machines Lab-2 |
| 46. | MOVABLE AC GENERATOR 10 KW | Electrical Machines Lab-2 |
| 47. | SYNCRONIZING PANEL | Electrical Machines Lab-2 |
| 48. | TRANSFORMER 25 KVA 3 PHASE | Electrical Machines Lab-2 |
| 49. | STUDY THE FREQUENCY RESPONSE OF FALLOWING COMPENSATING NETWORK LAG , LEAD, LAG LEAD | Control System Lab |
| 50. | TO DRAW CHARACTERISTICS OF AC SERVO MOTOR | Control System Lab |
| 51. | VINYTICS TO PERFORM CHARACTERISTICS AND EXPERIMENT ON POTENTIOMETER ERROR DETECTOR | Control System Lab |
| 52. | CHECK FOR THE STABILITY OF A GIVEN CLOSED LOOP SYSTEM LINEAR SYSTEM SIMULATOR | Control System Lab |
| 53. | PLOT BEDO FOR A 2ND ORDER SYSTEM AND FIND GM AND PM PID CONTROLLER | Control System Lab |
| 54. | TO DESIGN 1ST ORDER R-C CIRCUIT | Control System Lab |
| 55. | CLOSED LOOP SYSTEM | Control System Lab |
| 56. | 2ND ORDER SYSTEM AND FIND GM AND PM | Control System Lab |
| 57. | COMPUTER : INTEL [R] 13-2100 CPU | Power System Modelling and Simulation Lab |
| 58. | LABVIEW SOFTWARE | Power System Modelling and Simulation Lab |
| 59. | MATLAB SOFTWARE | Power System Modelling and Simulation Lab |
| 60. | Opal RT | Power System Lab |
| 61. | TRANSMISSION LINE SIMULATOR | Power System Lab |
| 62. | FACTS/STATCOM | Power System Lab |
| 63. | SPARTAN | Power System Lab |
| 64. | MEASUREMENT OF SEQUENCE IMPEDANCE | Power System Lab |
| 65. | CURRENT TRANSFORMER | Power System Lab |
| 66. | IDMT RELAT | Power System Lab |
| 67. | DIFFF. RELAY | Power System Lab |
| 68. | BUCH. RELAY | Power System Lab |
| 69. | SOLAR PHOTOVOLTAIC(GENERATION AND MEASUREMENT (I) SOLAR PV STAND-ALONE SYSTEM | Non conventional energy Sources Lab |
| 70. | SOLAR THERMAL WATER HEATING SYSTEM CONCEPTS | Non conventional energy Sources Lab |
| 71. | WIND ENERGY SYSTEM | Non conventional energy Sources Lab |
| 72. | WIND TURBINE EMULATION | Non conventional energy Sources Lab |
| 73. | SOLAR PHOTOVOLTAIC(GENERATION AND MEASUREMENT (II) SOLAR PV GRID | Non conventional energy Sources Lab |
| 74. | SOLAR THERMAL HIGH TEMPERATURE HEATING SYSTEM | Non conventional energy Sources Lab |
| 75. | SOLAR PV EMULATOR | Non conventional energy Sources Lab |
| 76. | V-I CHARACTERISTICS OF SCR | Power Electronics Lab |
| 77. | V-I CHARACTERISTICS OF SCR | Power Electronics Lab |
| 78. | FIXED V-I CHARACTERISTICS OF TRIAC | Power Electronics Lab |
| 79. | FIXED V-I CHARACTERISTICS OF TRIAC | Power Electronics Lab |
| 80. | V-I CHARACTERISTICS OF DIAC | Power Electronics Lab |
| 81. | V-I CHARACTERISTICS OF DIAC | Power Electronics Lab |
| 82. | OUTPUT CHARACTERISTICS OF MOSFET /IGBT | Power Electronics Lab |
| 83. | OUTPUT CHARACTERISTICS OF MOSFET /IGBT | Power Electronics Lab |
| 84. | UJT STATIC EMITTER CHARACTERISTICS | Power Electronics Lab |
| 85. | UJT STATIC EMITTER CHARACTERISTICS | Power Electronics Lab |
| 86. | STUDY WAVE FROM OF SINGLE PHASE HALF WAVE RECTIFIER CONVERTER WITH AND WITHOUT FILTER | Power Electronics Lab |
| 87. | STUDY WAVE FROM OF SINGLE PHASE HALF WAVE RECTIFIER CONVERTER WITH AND WITHOUT FILTER | Power Electronics Lab |
| 88. | CONTROL THE SPEED OF A DC MOTOR USING BRIDGE RECTIFIER | Power Electronics Lab |
| 89. | CONTROL THE SPEED OF A DC MOTOR USING BRIDGE RECTIFIER | Power Electronics Lab |
| 90. | 3 PHASE DIODE BRIDGE RECTIFIER WITH R,RL LOAD (P301-W) | Power Electronics Lab |
| 91. | SINGLE PHASE HALF AND FULL CONTROLLED BRIDGE RECTIFIER WITH R AND RL LOAD (COMBINED) (P103-W) | Power Electronics Lab |
| 92. | 1 PHASE AC VOLTAGE CONTROLLER USING SCR & TRIAC | Power Electronics Lab |
| 93. | MOSFET BASED BUCK BOOST CONVERTER | Power Electronics Lab |
| 94. | DC CHOPPER CONTROL CIRCUIT | Power Electronics Lab |
| 95. | ZERO VOLTAGE SWITCHING PLOTS | Power Electronics Lab |
| 96. | SCR - DC CIRCUIT BREAKER | Power Electronics Lab |
| 97. | SPEED CONTROL OF 1 PHASE INDUCTION MOTOR USING AC VOLTAGE CONTROLLER | Power Electronics Lab |
| 98. | SINGLE PHASE CYCLOCONVERTER | Power Electronics Lab |
| 99. | MOSFET BASED SINGLE PHASE INVERTER | Power Electronics Lab |
| 100. | SPEED CONTROL OF DC SHUNT MOTOR USING IGBT | Power Electronics Lab |
| 101. | IGBT BASED FOUR QUADRANT CHOPPER | Power Electronics Lab |
| 102. | R,R-C AND UJT FREQUENCY MODE | Power Electronics Lab |
| 103. | DIRECT TORQUE CONTROL FOR PMSM MOTOR | Electrical Drives & Control Lab |
| 104. | DIRECT TORQUE CONTROL FOR AC MOTOR | Electrical Drives & Control Lab |
| 105. | DIRECT TORQUE CONTROL FOR BLDC MOTOR | Electrical Drives & Control Lab |
| 106. | PWM TESTING UNIT | Electrical Drives & Control Lab |
| 107. | SPARTAN 6FPGA BASED AC MOTOR CONTROLLER | Electrical Drives & Control Lab |
| 108. | DSP BASED PMSM MOTOR | Electrical Drives & Control Lab |
| 109. | VISSMYM BASED A MOTOR CONTROLLER | Electrical Drives & Control Lab |
| 110. | POWER QUALITY ANALYZER | Research Lab -II |
| 111. | MIXED SIGNAL OSCILLOSCOPE | Research Lab -II |
| 112. | ARM CORTEX MC KIT | Research Lab -I |
| 113. | TSM PROCESSOR | Research Lab -I |
| 114. | SOLAR KIT | Measurement Lab |
| 115. | LVDT | Measurement Lab |
| 116. | AE LAB TRAINER | Measurement Lab |
| 117. | ANDERSON BRIDGE | Measurement Lab |
| 118. | MAXWELL INDUCTANCE BRIDGE | Measurement Lab |
| 119. | MAXWELL CAPACITANCE BRIDGE | Measurement Lab |
| 120. | WEINS BRIDGE | Measurement Lab |
| 121. | TEMP. TRANSDUCER | Measurement Lab |
| 122. | STRAIN GAUGE | Measurement Lab |
| 123. | LCR Q BRIDGE | Measurement Lab |
| 124. | EARTH RESISTANCE | Measurement Lab |
| 125. | ULTRASONIC TRANSMITTER | Measurement Lab |
| 126. | STROBOSCOPE | Measurement Lab |
| 127. | SPECTRUM ANALYZER | Measurement Lab |
| 128. | FUNCTION GEN. | Measurement Lab |
| 129. | RHEOSTAT 2A, 20 OHM | Circuit Analysis Lab |
| 130. | RHEOSTAT 2A, 10 OHM | Circuit Analysis Lab |
| 131. | RHEOSTAT 4A, 50OHM | Circuit Analysis Lab |
| 132. | KEW-AMMETR,0-2AMP CENTRE ZERO TYPE DC | Circuit Analysis Lab |
| 133. | KEW-AMMETR,0-5 AMP CENTRE ZERO TYPE DC | Circuit Analysis Lab |
| 134. | KEW PORTABLE AC AMMETER 0-2.5/5 AMP AC | Circuit Analysis Lab |
| 135. | KEW PORTABLE AC AMMETER 0-15 AMP AC | Circuit Analysis Lab |
| 136. | KEW PORTABLE AC VOLTMETER 0-15 V DC | Circuit Analysis Lab |
| 137. | KEW PORTABLE AC VOLTMETER 0-150-300 V AC | Circuit Analysis Lab |
| 138. | KEW PORTABLE AC VOLTMETER 0-300-600 V AC | Circuit Analysis Lab |
| 139. | KEW PORTABLE WATTMETER 0-2,5/5 AMP 0-250/500 V | Circuit Analysis Lab |
| 140. | KEW PORTABLE WATTMETER 0-15AMP 0-250/500 V | Circuit Analysis Lab |
| 141. | KEW SINGLE PHASE AUTO TRANSFORMER 4 AMP | Circuit Analysis Lab |
| 142. | KEW THREE PHASE AUTO TRANSFORMER 28A/27A | Circuit Analysis Lab |
| 143. | VARIABLE DC SUPPLY 230 V AC TO 50V DC | Circuit Analysis Lab |
| 144. | TRANSIENT RESPONSE OF CURRENT IN RL &RC CIRCUIT TRANSIENT | Circuit Analysis Lab |
| 145. | FREQUENCY RESPONSE OF CURRENT IN RLC CIRCUIT TRAINER | Circuit Analysis Lab |
Academics Details
Digital Lectures ans Videos
No Notice Published Yet.. !
Research Details
Research Project
| Role | Project Type | Title | Fund | Faculty Name |
|---|---|---|---|---|
| National | National | Intelligent Control Techniques for Robotic Manipulator in the Application of Robotic Assisted Surgery | CRS (TEQIP-III) | Saalim Qureshi |
Events And Activities
Department Activities
- Special guest lecture by Dr. Annapurna Bhargava(Associate professor Deptt of Electrical Engineering U.C.E Kota) on Flexible AC Transmission Systems.
- Seminar on Telecommunication by BSNL personnel.
- Special guest lecture by Dr. Rajiv Tiwari (Associate professor Deptt of Electrical Engineering M.N.I.T Jaipur) on Rotational Machines.
- Seminar on PLC and SCADA.
- Special guest lecture by Mr. S.C Mittal (Associate professor Deptt of Electrical Engineering U.C.E Kota) on Rotational Machines
Time Table
Department Notice
No Notice Published Yet.. !
Marks Record
Download
Sample Model Papers and Solutions
No Notice Published Yet.. !
Home
About Electrical and Electronics Engineering
The department offers a four year undergraduate course in Electrical & Electronics Engineering leading to the award of Bachelor of Technology from Rajasthan Technical University. The program imparts an out standing education opportunity for those , planning to pursue a career or to gain in depth knowledge in Electrical & Electronics Engineering.
| S.No. | Degree | Specialization/Branch | Current Intake |
|---|---|---|---|
| 1 | B. Tech | Electrical and Electronics Engineering (EEE)) | 60 |
Vision
- To strive continuously for excellence in the field of Electrical Engineering producing valuable human resource for sustainable development of industry and society.
Mission Electrical and Electronics Engineering
- To impart fundamental knowledge of Electrical, Electronics and Computational Technology.
- Develop the foundation to undertake research in the system involving emerging fields of Electrical Engineering.
- To create an ambience of academic excellence which aims to flourish innovative ideas and Research.
- To instill professional skills and competence in the students so as to enable them to become experts in the field of Electrical Engineering.
Program Specific Outcome (PSOs):-
- PSO1: Applying Software tools for analysis of different problems in the field of Electrical Engineering.
- PSO2: Able to provide socially acceptable technical solutions to complex Electrical Engineering problems.
Program Educational Objectives (PEOs)
- PEO1: To apply knowledge of Mathematics, Science and Engineering for solving various multidisciplinary problems.
- PEO2: To promote research in emerging areas of power systems, power electronics and electrical drives through projects and dissertation based on industrial application and environmental aspects.
- PEO3: To demonstrate leadership with moral and ethical values, team Spirit and Managerial skill.
HOD
Head of Department
| Qualification | Education Details | Designation |
|---|---|---|
| M. Tech. ,B. E. | M. Tech. (Power Electronics and drives )Punjab Engineering College , B. E.(Electrical Engineering)Rajasthan University | Asst.Professor |
| Phone | Mobile | |
| 8764107035 | 8764107035 | balvinder.singh@gweca.ac.in |
Faculty
Faculty Details
Staff
Staff Details
No Staff Assigned
Laboratory
Laboratory Details
Electrical Machines Lab-1
| Project Name | |
|---|---|
| Room No | P-102A |
| Incharge Name | |
| Technician Name | Mahendra Kumawat |
| Description | Lab Description |
Power System Lab
| Project Name | |
|---|---|
| Room No | P-302 |
| Incharge Name | |
| Technician Name | Mohan Ram |
| Description | Lab Description |
Research Lab -I
| Project Name | |
|---|---|
| Room No | P-303B |
| Incharge Name | |
| Technician Name | Vimla Sambharia |
| Description | Lab Description |
Non conventional energy Sources Lab
| Project Name | |
|---|---|
| Room No | P-102C |
| Incharge Name | |
| Technician Name | Mahendra Kumawat |
| Description | Lab Description |
Electrical Machines Lab-2
| Project Name | |
|---|---|
| Room No | P-102B |
| Incharge Name | |
| Technician Name | Mahendra Kumawat |
| Description | Lab Description |
Control System Lab
| Project Name | |
|---|---|
| Room No | P-302 |
| Incharge Name | |
| Technician Name | Mohan Ram |
| Description | Lab Description |
Power Electronics Lab
| Project Name | |
|---|---|
| Room No | P-303 |
| Incharge Name | |
| Technician Name | Vimla Sambharia |
| Description | Lab Description |
Power System Modelling and Simulation Lab
| Project Name | |
|---|---|
| Room No | P-304 |
| Incharge Name | |
| Technician Name | Mohan Ram |
| Description | Lab Description |
Electrical Drives & Control Lab
| Project Name | |
|---|---|
| Room No | P-305 |
| Incharge Name | |
| Technician Name | Vimla Sambharia |
| Description | Lab Description |
Research Lab -II
| Project Name | |
|---|---|
| Room No | P-102C |
| Incharge Name | |
| Technician Name | Mohan Ram |
| Description | Lab Description |
Measurement Lab
| Project Name | |
|---|---|
| Room No | P-305 |
| Incharge Name | |
| Technician Name | Vimla Sambharia |
| Description | Lab Description |
Circuit Analysis Lab
| Project Name | |
|---|---|
| Room No | P-302 |
| Incharge Name | |
| Technician Name | Mahendra Kumawat |
| Description | Lab Description |
Equipment
Equipment Details
| S. No | Name | Laboratory Name |
|---|---|---|
| 1. | 3PH-3KVA DELTA TRANSFORMER | Electrical Machines Lab-1 |
| 2. | AUTOTRANS KEW SINGLE PHASE AUTO TRANSFORMER 5A/230-70V | Electrical Machines Lab-1 |
| 3. | 1 PHASE INDUCTION MOTOR 1 PHASE INDUCTION MOTOR STARTING PANEL | Electrical Machines Lab-1 |
| 4. | INDUCTION MOTOR 3 PHASE MOTOR STARTING PANEL | Electrical Machines Lab-1 |
| 5. | SINGLE PHASE INDUCTION MOTOR 1 HP-230V | Electrical Machines Lab-1 |
| 6. | THREE PHASE AUTO TRANSFORMER 10A | Electrical Machines Lab-1 |
| 7. | IND 3PH MODEL OF 3 PHASE AC INDUCTION MOTOR | Electrical Machines Lab-1 |
| 8. | INDUCTION MOTOR MODEL OF 1 PHASE AC CAP START MOTOR | Electrical Machines Lab-1 |
| 9. | TRANSFORMER MODEL OF 3 PHASE TRANSFORMER 2 KVA | Electrical Machines Lab-1 |
| 10. | DIGITAL MULTIMETER XB-31 | Electrical Machines Lab-1 |
| 11. | DIGITAL CLAMP METER AUTO RANGING 225 | Electrical Machines Lab-1 |
| 12. | DIGITAL POWER FACTOR METER DPF1611 | Electrical Machines Lab-1 |
| 13. | SINGLE PHASE ENERGY METER | Electrical Machines Lab-1 |
| 14. | AMMETER MOVING COIL RANGE 0-5AMP | Electrical Machines Lab-1 |
| 15. | AMMETER MOVING IRON RANGE 0-5AMP | Electrical Machines Lab-1 |
| 16. | VOLTMETER MOVING COIL RANGE 0-300V | Electrical Machines Lab-1 |
| 17. | VOLTMETER MOVING IRON RANGE 0-300V | Electrical Machines Lab-1 |
| 18. | DYNAMOMETER TYPE WATTMETER CLASS 0-5% ACCURACY | Electrical Machines Lab-1 |
| 19. | ELCTRICAL MACHINE OPEN LAB | Electrical Machines Lab-1 |
| 20. | DIGITAL STORAGE OSCILLOSCOPE | Electrical Machines Lab-1 |
| 21. | SEPARATION OF TRANSFORMER LOSSES | Electrical Machines Lab-2 |
| 22. | S.C.R BASED DC RECTIFIER | Electrical Machines Lab-2 |
| 23. | SINGLE PHASE TRANSFORMER 1KVA | Electrical Machines Lab-2 |
| 24. | 3 PHASE TRANSFORMER 2 KVA | Electrical Machines Lab-2 |
| 25. | SINGLE PHASE ISOLATION TRANSFORMER | Electrical Machines Lab-2 |
| 26. | THREE PHASE ISOLATION TRANSFORMER | Electrical Machines Lab-2 |
| 27. | DC SHUNT MOTOR 2 H.P | Electrical Machines Lab-2 |
| 28. | DC SHUNT MOTOR GENERATOR SET 1KW 230 DC | Electrical Machines Lab-2 |
| 29. | THREE PHASE INDUCTION MOTOR 1H.P | Electrical Machines Lab-2 |
| 30. | CONTROL PANEL OF O.C. AND S.C TEST ON 3 PHASE TRANSFORMER | Electrical Machines Lab-2 |
| 31. | CONTROL PANEL TO PERFORM PARALLEL OPERATION ON 3 PHASE TRANSFORMER | Electrical Machines Lab-2 |
| 32. | CONTROL PANEL TO RUN 3 THREE PHASE INDUCTION MOTOR AT NO LOAD | Electrical Machines Lab-2 |
| 33. | CONTROL PANEL TO STUDY SINGLE PHASE TRANSFORMER | Electrical Machines Lab-2 |
| 34. | CONTROL PANEL FOR SPEED CONTROL OF DC MOTOR | Electrical Machines Lab-2 |
| 35. | CONTROL PANEL FOR SPEED CONTROL OF DC MOTOR WARDLEONARD METHOD | Electrical Machines Lab-2 |
| 36. | CONTROL PANEL TO DETERMINE EFFICIENCY OF 2 MACHINE BY HOPKINSON TEST | Electrical Machines Lab-2 |
| 37. | CONTROL PANEL TO PERFORM O.C AND S.C TEST ON 1 PHASE TRANSFORMER | Electrical Machines Lab-2 |
| 38. | CONTROL PANEL TO PERFORM BACK TO BACK TEST ON TWO IDENTICAL SINGLE PHASE TRANSFORMER | Electrical Machines Lab-2 |
| 39. | TO PLOT OCC AND SCC TEST ON ALTERNATOR | Electrical Machines Lab-2 |
| 40. | SYNCHRONIZATION OF ALTERNATOR | Electrical Machines Lab-2 |
| 41. | PLOT V CURVE OF SYNCHRONOUS MOTOR PANEL | Electrical Machines Lab-2 |
| 42. | TO PERFORM LOAD TEST ON 3 PHASE INDUCTION MOTOR PANEL | Electrical Machines Lab-2 |
| 43. | A.C I.M WITH LOADING SETUP | Electrical Machines Lab-2 |
| 44. | DC MOTOR COUPLED WITH 3 PHASE ALTERNATOR BASED GENERATOR STATION | Electrical Machines Lab-2 |
| 45. | 3 PHASE R-L-C LOAD | Electrical Machines Lab-2 |
| 46. | MOVABLE AC GENERATOR 10 KW | Electrical Machines Lab-2 |
| 47. | SYNCRONIZING PANEL | Electrical Machines Lab-2 |
| 48. | TRANSFORMER 25 KVA 3 PHASE | Electrical Machines Lab-2 |
| 49. | STUDY THE FREQUENCY RESPONSE OF FALLOWING COMPENSATING NETWORK LAG , LEAD, LAG LEAD | Control System Lab |
| 50. | TO DRAW CHARACTERISTICS OF AC SERVO MOTOR | Control System Lab |
| 51. | VINYTICS TO PERFORM CHARACTERISTICS AND EXPERIMENT ON POTENTIOMETER ERROR DETECTOR | Control System Lab |
| 52. | CHECK FOR THE STABILITY OF A GIVEN CLOSED LOOP SYSTEM LINEAR SYSTEM SIMULATOR | Control System Lab |
| 53. | PLOT BEDO FOR A 2ND ORDER SYSTEM AND FIND GM AND PM PID CONTROLLER | Control System Lab |
| 54. | TO DESIGN 1ST ORDER R-C CIRCUIT | Control System Lab |
| 55. | CLOSED LOOP SYSTEM | Control System Lab |
| 56. | 2ND ORDER SYSTEM AND FIND GM AND PM | Control System Lab |
| 57. | COMPUTER : INTEL [R] 13-2100 CPU | Power System Modelling and Simulation Lab |
| 58. | LABVIEW SOFTWARE | Power System Modelling and Simulation Lab |
| 59. | MATLAB SOFTWARE | Power System Modelling and Simulation Lab |
| 60. | Opal RT | Power System Lab |
| 61. | TRANSMISSION LINE SIMULATOR | Power System Lab |
| 62. | FACTS/STATCOM | Power System Lab |
| 63. | SPARTAN | Power System Lab |
| 64. | MEASUREMENT OF SEQUENCE IMPEDANCE | Power System Lab |
| 65. | CURRENT TRANSFORMER | Power System Lab |
| 66. | IDMT RELAT | Power System Lab |
| 67. | DIFFF. RELAY | Power System Lab |
| 68. | BUCH. RELAY | Power System Lab |
| 69. | SOLAR PHOTOVOLTAIC(GENERATION AND MEASUREMENT (I) SOLAR PV STAND-ALONE SYSTEM | Non conventional energy Sources Lab |
| 70. | SOLAR THERMAL WATER HEATING SYSTEM CONCEPTS | Non conventional energy Sources Lab |
| 71. | WIND ENERGY SYSTEM | Non conventional energy Sources Lab |
| 72. | WIND TURBINE EMULATION | Non conventional energy Sources Lab |
| 73. | SOLAR PHOTOVOLTAIC(GENERATION AND MEASUREMENT (II) SOLAR PV GRID | Non conventional energy Sources Lab |
| 74. | SOLAR THERMAL HIGH TEMPERATURE HEATING SYSTEM | Non conventional energy Sources Lab |
| 75. | SOLAR PV EMULATOR | Non conventional energy Sources Lab |
| 76. | V-I CHARACTERISTICS OF SCR | Power Electronics Lab |
| 77. | V-I CHARACTERISTICS OF SCR | Power Electronics Lab |
| 78. | FIXED V-I CHARACTERISTICS OF TRIAC | Power Electronics Lab |
| 79. | FIXED V-I CHARACTERISTICS OF TRIAC | Power Electronics Lab |
| 80. | V-I CHARACTERISTICS OF DIAC | Power Electronics Lab |
| 81. | V-I CHARACTERISTICS OF DIAC | Power Electronics Lab |
| 82. | OUTPUT CHARACTERISTICS OF MOSFET /IGBT | Power Electronics Lab |
| 83. | OUTPUT CHARACTERISTICS OF MOSFET /IGBT | Power Electronics Lab |
| 84. | UJT STATIC EMITTER CHARACTERISTICS | Power Electronics Lab |
| 85. | UJT STATIC EMITTER CHARACTERISTICS | Power Electronics Lab |
| 86. | STUDY WAVE FROM OF SINGLE PHASE HALF WAVE RECTIFIER CONVERTER WITH AND WITHOUT FILTER | Power Electronics Lab |
| 87. | STUDY WAVE FROM OF SINGLE PHASE HALF WAVE RECTIFIER CONVERTER WITH AND WITHOUT FILTER | Power Electronics Lab |
| 88. | CONTROL THE SPEED OF A DC MOTOR USING BRIDGE RECTIFIER | Power Electronics Lab |
| 89. | CONTROL THE SPEED OF A DC MOTOR USING BRIDGE RECTIFIER | Power Electronics Lab |
| 90. | 3 PHASE DIODE BRIDGE RECTIFIER WITH R,RL LOAD (P301-W) | Power Electronics Lab |
| 91. | SINGLE PHASE HALF AND FULL CONTROLLED BRIDGE RECTIFIER WITH R AND RL LOAD (COMBINED) (P103-W) | Power Electronics Lab |
| 92. | 1 PHASE AC VOLTAGE CONTROLLER USING SCR & TRIAC | Power Electronics Lab |
| 93. | MOSFET BASED BUCK BOOST CONVERTER | Power Electronics Lab |
| 94. | DC CHOPPER CONTROL CIRCUIT | Power Electronics Lab |
| 95. | ZERO VOLTAGE SWITCHING PLOTS | Power Electronics Lab |
| 96. | SCR - DC CIRCUIT BREAKER | Power Electronics Lab |
| 97. | SPEED CONTROL OF 1 PHASE INDUCTION MOTOR USING AC VOLTAGE CONTROLLER | Power Electronics Lab |
| 98. | SINGLE PHASE CYCLOCONVERTER | Power Electronics Lab |
| 99. | MOSFET BASED SINGLE PHASE INVERTER | Power Electronics Lab |
| 100. | SPEED CONTROL OF DC SHUNT MOTOR USING IGBT | Power Electronics Lab |
| 101. | IGBT BASED FOUR QUADRANT CHOPPER | Power Electronics Lab |
| 102. | R,R-C AND UJT FREQUENCY MODE | Power Electronics Lab |
| 103. | DIRECT TORQUE CONTROL FOR PMSM MOTOR | Electrical Drives & Control Lab |
| 104. | DIRECT TORQUE CONTROL FOR AC MOTOR | Electrical Drives & Control Lab |
| 105. | DIRECT TORQUE CONTROL FOR BLDC MOTOR | Electrical Drives & Control Lab |
| 106. | PWM TESTING UNIT | Electrical Drives & Control Lab |
| 107. | SPARTAN 6FPGA BASED AC MOTOR CONTROLLER | Electrical Drives & Control Lab |
| 108. | DSP BASED PMSM MOTOR | Electrical Drives & Control Lab |
| 109. | VISSMYM BASED A MOTOR CONTROLLER | Electrical Drives & Control Lab |
| 110. | POWER QUALITY ANALYZER | Research Lab -II |
| 111. | MIXED SIGNAL OSCILLOSCOPE | Research Lab -II |
| 112. | ARM CORTEX MC KIT | Research Lab -I |
| 113. | TSM PROCESSOR | Research Lab -I |
| 114. | SOLAR KIT | Measurement Lab |
| 115. | LVDT | Measurement Lab |
| 116. | AE LAB TRAINER | Measurement Lab |
| 117. | ANDERSON BRIDGE | Measurement Lab |
| 118. | MAXWELL INDUCTANCE BRIDGE | Measurement Lab |
| 119. | MAXWELL CAPACITANCE BRIDGE | Measurement Lab |
| 120. | WEINS BRIDGE | Measurement Lab |
| 121. | TEMP. TRANSDUCER | Measurement Lab |
| 122. | STRAIN GAUGE | Measurement Lab |
| 123. | LCR Q BRIDGE | Measurement Lab |
| 124. | EARTH RESISTANCE | Measurement Lab |
| 125. | ULTRASONIC TRANSMITTER | Measurement Lab |
| 126. | STROBOSCOPE | Measurement Lab |
| 127. | SPECTRUM ANALYZER | Measurement Lab |
| 128. | FUNCTION GEN. | Measurement Lab |
| 129. | RHEOSTAT 2A, 20 OHM | Circuit Analysis Lab |
| 130. | RHEOSTAT 2A, 10 OHM | Circuit Analysis Lab |
| 131. | RHEOSTAT 4A, 50OHM | Circuit Analysis Lab |
| 132. | KEW-AMMETR,0-2AMP CENTRE ZERO TYPE DC | Circuit Analysis Lab |
| 133. | KEW-AMMETR,0-5 AMP CENTRE ZERO TYPE DC | Circuit Analysis Lab |
| 134. | KEW PORTABLE AC AMMETER 0-2.5/5 AMP AC | Circuit Analysis Lab |
| 135. | KEW PORTABLE AC AMMETER 0-15 AMP AC | Circuit Analysis Lab |
| 136. | KEW PORTABLE AC VOLTMETER 0-15 V DC | Circuit Analysis Lab |
| 137. | KEW PORTABLE AC VOLTMETER 0-150-300 V AC | Circuit Analysis Lab |
| 138. | KEW PORTABLE AC VOLTMETER 0-300-600 V AC | Circuit Analysis Lab |
| 139. | KEW PORTABLE WATTMETER 0-2,5/5 AMP 0-250/500 V | Circuit Analysis Lab |
| 140. | KEW PORTABLE WATTMETER 0-15AMP 0-250/500 V | Circuit Analysis Lab |
| 141. | KEW SINGLE PHASE AUTO TRANSFORMER 4 AMP | Circuit Analysis Lab |
| 142. | KEW THREE PHASE AUTO TRANSFORMER 28A/27A | Circuit Analysis Lab |
| 143. | VARIABLE DC SUPPLY 230 V AC TO 50V DC | Circuit Analysis Lab |
| 144. | TRANSIENT RESPONSE OF CURRENT IN RL &RC CIRCUIT TRANSIENT | Circuit Analysis Lab |
| 145. | FREQUENCY RESPONSE OF CURRENT IN RLC CIRCUIT TRAINER | Circuit Analysis Lab |
Academics
Academics Details
Feedback Form
Feedback Form
Research Details
Research Details
Research Project
| Role | Project Type | Title | Fund | Faculty Name |
|---|---|---|---|---|
| National | National | Intelligent Control Techniques for Robotic Manipulator in the Application of Robotic Assisted Surgery | CRS (TEQIP-III) | Saalim Qureshi |
Events and Activities
Events And Activities
Department Activities
- Special guest lecture by Dr. Annapurna Bhargava(Associate professor Deptt of Electrical Engineering U.C.E Kota) on Flexible AC Transmission Systems.
- Seminar on Telecommunication by BSNL personnel.
- Special guest lecture by Dr. Rajiv Tiwari (Associate professor Deptt of Electrical Engineering M.N.I.T Jaipur) on Rotational Machines.
- Seminar on PLC and SCADA.
- Special guest lecture by Mr. S.C Mittal (Associate professor Deptt of Electrical Engineering U.C.E Kota) on Rotational Machines
Time Table
Time Table
Department Notice
Department Notice
No Notice Published Yet.. !
Attendance Record
Attendance Record
Marks Record
Marks Record
Download
Download
Sample Model Paper
Sample Model Papers and Solutions
No Notice Published Yet.. !