E-Learning

B.Tech Lab Manuals

Python lab
Power Systems Lab
Microprocessor & Micro Controllers
EM – I Lab
EM – II Lab
Control Systems Lab
Basic Electrical Engineering Lab
Electrical Circuit Analysis Lab

M.Tech Lab Manuals

Advanced Power Electronics lab
Power Converters Simulation lab
Electrical Systems Simulation Lab
Advanced Electric Drives lab
Power System Operation & Control
Neural Network & Fuzzy Logic
Power Electronics
Electric & Hybrid Vehicles
Power Quality & FACTS
Advanced Control Systems

Video Lectures

Name of the Subject: Electric & Hybrid Vehicles(PE116CW)
Class: ¾ B.Tech
Semester: II
Name of the Faculty: Mr.P. Sai Niranjan Kumar
S.No. Topic URL
1 Electric Propulsion Systems: DC and AC Motor Drives iframe.mediadelivery.net/embed/99322/843c92fc-a594-48e5-a786-95d0e1122675?autoplay=true
2 Hybrid Electric Vehicles: Energy Consumption iframe.mediadelivery.net/embed/99322/3c197517-c6bc-4e51-a76a-1672bfb81960?autoplay=true
3 Hybrid Electric Vehicles: Configuration of Electric Vehicles iframe.mediadelivery.net/embed/99322/bb7ae9ac-d9a4-47cf-b54e-10fc97ead87b?autoplay=true
4 Hybrid Electric Vehicles: Series and Parallel Hybrid iframe.mediadelivery.net/embed/99322/c4bf3d8a-5d62-4c3e-b044-22e39c8794b7?autoplay=true
5 Hybrid Electric Vehicle: Hybrid Electric Vehicle iframe.mediadelivery.net/embed/99322/12e5d8a3-442b-4445-b493-9fe8d9e76ff7?autoplay=true
6 Energy storage: Tire ground Adhesion and Max Tractive Force iframe.mediadelivery.net/embed/99322/1ba58779-bada-4826-b5e8-96d14cd39ed8?autoplay=true
7 Energy storage: Ultracapacitors iframe.mediadelivery.net/embed/99322/3b72b9aa-a1df-4b86-aea5-d31921c556af?autoplay=true
8 Energy storage: Energy storage and Batteries iframe.mediadelivery.net/embed/99322/472ef72e-86a7-4ee4-a04c-79f51f1d4b40?autoplay=true
9 Energy storage: Nominal energy density of Sources iframe.mediadelivery.net/embed/99322/9b66a082-ccba-458a-bafd-47f793d9ae4a?autoplay=true
10 Energy storage: Tire Ground Adhesion and Maximum tractive force iframe.mediadelivery.net/embed/99322/66f51c88-066f-4f54-b129-ff290a8a7e13?autoplay=true
11 Energy storage: Rolling Resistance force iframe.mediadelivery.net/embed/99322/cf67f48d-2ec4-47c6-a928-71b21f2cdc15?autoplay=true
12 Energy storage: Vehicle Mechanism iframe.mediadelivery.net/embed/99322/71538fea-1a20-4894-a9d1-7ba9ad647452?autoplay=true
13 Energy storage: Sources of electricity for Hybrid iframe.mediadelivery.net/embed/99322/50bac2af-5ff7-4000-88a3-b5333f924cd3?autoplay=true
14 Energy storage: Intro to E and HEV iframe.mediadelivery.net/embed/99322/a05d9f67-abcb-4a31-b7ef-ce8527f075fa?autoplay=true
15. Energy storage: Discontinuous Conduction Mode iframe.mediadelivery.net/embed/99322/2cee6599-3b4b-426b-919f-3cf5bdac8afa?autoplay=true

Single-phase half-controlled rectifier hardware demonstration for speed control separately excited dc motor.

Single phase fully controlled rectifier hardware demonstration for speed control separately excited dc motor.

Class A Chopper (first quadrant) for speed control of 20V Pmdc motor using Home made kit.

Class B Chopper (Second quadrant) for speed control of 20V Pmdc motor using Home made kit.

Class C Chopper (Two quadrant Type-A Chopper) for speed control of 20V Pmdc motor using Home made kit.

Class D Chopper (Two quadrant Type-B chopper) for speed control of 220V dc motor using Home made kit.

Class E Chopper (four quadrant chopper) for speed control of 220V dc motor using Homemade kit.

Speed Control of Single phase induction motor using Ac voltage controller and Monitoring of THD.

Class: ¾ B.Tech
Semester: I
Name of the Faculty:Dr. P.Rama Krishna Reddy
S.No. Topic URL
1 Unit-5:AC Distribution System iframe.mediadelivery.net/embed/98339/b7fa8bbd-3274-401a-9a4b-13d2df651153?autoplay=true
2 Ring Main Systems iframe.mediadelivery.net/embed/98339/8a4b9631-3ddc-420f-b1be-393a8555ef29?autoplay=true
3 DC and AC Distribution System iframe.mediadelivery.net/embed/98339/a97cc3af-546f-43ff-bba6-9b8aed62edd7?autoplay=true
4 Problems 3 iframe.mediadelivery.net/embed/98339/1d768779-5bca-45a9-beb9-b7b35a5fd0ec?autoplay=true
5 Concentrated Loading iframe.mediadelivery.net/embed/98339/c36f1406-d389-4161-b2dc-abecfaf3580a?autoplay=true
6 uniformly Loaded Distribution iframe.mediadelivery.net/embed/98339/44601e00-8ff0-4959-97e1-bef24a3aeb63?autoplay=true
7 Problems-2 iframe.mediadelivery.net/embed/98339/1d768779-5bca-45a9-beb9-b7b35a5fd0ec?autoplay=true
8 DC Distribution System iframe.mediadelivery.net/embed/98339/75e939c7-3b7d-424b-b49a-51dff97e1bb5?autoplay=true
9 Distribution System iframe.mediadelivery.net/embed/98339/c74b3a60-55b7-4d92-999c-4c7df9c8d8b8?autoplay=true
10 Shunt Inductors iframe.mediadelivery.net/embed/98339/69c17a40-006c-422a-b9de-02997c835658?autoplay=true
11 P-V Curve iframe.mediadelivery.net/embed/98339/a61e01bd-9d05-41a4-bcf5-4c77d6d50045?autoplay=true
12 Symmetrical Lines iframe.mediadelivery.net/embed/98339/ad385e20-a3fd-4bc9-905b-9e31aa584237?autoplay=true
13 Top Changing Transformers iframe.mediadelivery.net/embed/98339/8f1241f7-9d0d-41f2-9ddb-15b7c6dbcbde?autoplay=true
14 Shunt Capacitors iframe.mediadelivery.net/embed/98339/95f42f57-277d-4235-abdd-4d6c8bb2a9e4?autoplay=true
15. Method of Voltage control iframe.mediadelivery.net/embed/98339/fc7c293c-f37c-4a9f-98ac-45e19e651221?autoplay=true
16. Voltage Control iframe.mediadelivery.net/embed/98339/9d5c2c7f-d3e3-4bfa-b442-314c772d1fcb?autoplay=true
17. Problems-1 iframe.mediadelivery.net/embed/98339/e9c3d8b1-3206-41d4-8e1b-7e927f75109a?autoplay=true
18. Problems-1 iframe.mediadelivery.net/embed/98339/e9c3d8b1-3206-41d4-8e1b-7e927f75109a?autoplay=true
19. Per Unit system 2 iframe.mediadelivery.net/embed/98339/a225ce66-87ea-4a7b-a411-ae55c87a58e7?autoplay=true
20. Per Unit system 1 iframe.mediadelivery.net/embed/98339/ad7f36ca-1b79-4811-a44f-5485e8098bd1?autoplay=true
21. Z Line,Z Load iframe.mediadelivery.net/embed/98339/77684975-81c2-4bc5-98a2-ab55de5e4fa0?autoplay=true
22. PER UNIT SYSTEM iframe.mediadelivery.net/embed/98339/9462f2cc-24eb-4c2f-9cc0-5e079b78e8b0?autoplay=true
Class: ¾ B.Tech
Semester: I
Name of the Faculty:Mr. P.Mamta
S.No. Topic URL
1 State Space Analysis of Continuous Time Systems iframe.mediadelivery.net/embed/98339/3fb8bd6d-ad17-436b-b97a-13d1ffb8bf47?autoplay=true
2 State Space Analysis of Continuous Time Systems iframe.mediadelivery.net/embed/98339/aebe377b-2b9a-4505-ba7a-efd03512dbb0?autoplay=true
3 Frequency Response & Stability Analysis iframe.mediadelivery.net/embed/98339/8d3ed883-47fa-4e5e-8abe-c1571c03d095?autoplay=true
4 Frequency Response & Stability Analysis iframe.mediadelivery.net/embed/98339/916f197a-286b-4628-88ed-d8042d400945?autoplay=true
5 Frequency Response & Stability Analysis iframe.mediadelivery.net/embed/98339/63f10e62-cfd9-4032-850c-bf1bc7cf53ed?autoplay=true
6 Magnitude Plot iframe.mediadelivery.net/embed/98339/9de9fd05-27fb-42f5-addf-3c2a2b1aed70?autoplay=true
7 Bode Plot 2 iframe.mediadelivery.net/embed/98339/85bb100f-dc05-4e1a-9933-08ce75a29895?autoplay=true
8 Time Response Analysis & Stability Analysis iframe.mediadelivery.net/embed/98339/ab94f58d-992b-479c-9f6c-b16c33d9059d?autoplay=true
9 Routh Hurwitz criterion iframe.mediadelivery.net/embed/98339/49d52cc1-2494-4d7d-962e-c8a05fc18cf2?autoplay=true
10 Time Response Analysis & Stability Analysis iframe.mediadelivery.net/embed/98339/ed7681ef-7ffa-45c7-ab38-530730689db0?autoplay=true
11 Type of the control system iframe.mediadelivery.net/embed/98339/cc05268a-05e6-4a73-96e3-131fb2c71091?autoplay=true
12 Time Response Analysis & Stability Analysis iframe.mediadelivery.net/embed/98339/3dba4f2f-f36a-4836-b5d4-43920f944424?autoplay=true
13 Time Response Analysis & Stability Analysis iframe.mediadelivery.net/embed/98339/9ffdcb6d-66eb-477e-a500-0c9317013454?autoplay=true
14 Response of Underdamped system for per unit step iframe.mediadelivery.net/embed/98339/f481610a-6875-4533-80bb-3a11243cc7dc?autoplay=true
15. Time Response Analysis 1 iframe.mediadelivery.net/embed/98339/86cc91b9-9f22-4b12-95d3-9a2df2c8d7f3?autoplay=true
16. Time Response analysis and stability analysis iframe.mediadelivery.net/embed/98339/ee5edc9e-57bc-416e-af99-66e7c09db1c4?autoplay=true
17. Transfer function representation iframe.mediadelivery.net/embed/98339/4d53aff6-449c-4844-b0ce-62c9a5e832fb?autoplay=true
18. Transfer function representation iframe.mediadelivery.net/embed/98339/ddcce63a-d84b-481e-998d-82070143705b?autoplay=true
19. Masons Gain Formula iframe.mediadelivery.net/embed/98339/8eb708ac-501a-4763-bb6d-19a203ff993d?autoplay=true
20. Signal flow Graph 2 iframe.mediadelivery.net/embed/98339/abe58bd2-42bf-4740-85f3-ba715a080f17?autoplay=true
21. Signal flow Graph iframe.mediadelivery.net/embed/98339/37a35bae-bcae-4809-acfc-8f27d6a0c122?autoplay=true
22. Transfer function representation iframe.mediadelivery.net/embed/98339/d75690c2-0049-4423-8a04-7d04e1a2037d?autoplay=true
23. Block Diagram Reduction Techniques 1 iframe.mediadelivery.net/embed/98339/9475ac11-109c-4c5f-883b-0fb6508bf74c?autoplay=true
24. Block Diagram Reduction Techniques iframe.mediadelivery.net/embed/98339/d3bbaf13-627c-46a0-b6ea-f06bc13238eb?autoplay=true
25. Force Voltage 2 iframe.mediadelivery.net/embed/98339/81088ec3-35bb-4697-8cf8-808a7335e11a?autoplay=true
26. force Voltage analogy iframe.mediadelivery.net/embed/98339/c0be440c-c56f-4354-b916-58be806f5d8f?autoplay=true
27. Problems / force Voltage iframe.mediadelivery.net/embed/98339/cf975eea-5cb0-40d3-880d-56274669c5c0?autoplay=true
28. Analogous system iframe.mediadelivery.net/embed/98339/dec03154-f4b3-4cba-8d2a-661267e81cf9?autoplay=true
Class: ¾ B.Tech
Semester: II
Name of the Faculty: Dr. G. Annapurna
S.No. Topic URL
1 Class E Chopper iframe.mediadelivery.net/embed/99322/66916295-bbf7-41b7-a699-a9c1e2bbc070?autoplay=true
2 AC Voltage controller with R Load iframe.mediadelivery.net/embed/99322/e8a73541-8e80-4b00-ada3-79a124e99f8b?autoplay=true
3 Step up Cyclo converter iframe.mediadelivery.net/embed/99322/a6ef7efe-0ef8-439a-967d-be0c38d9b54f?autoplay=true
4 Cyclo Converters iframe.mediadelivery.net/embed/99322/e73b3c42-9980-483c-8313-8f8fe4d1cfff?autoplay=true
5 Full Wave AC Voltage controllers iframe.mediadelivery.net/embed/99322/5ae3c434-e1a6-4073-9154-002221376afa?autoplay=true
6 SCR iframe.mediadelivery.net/embed/99322/b98e3b3c-7934-4c79-802a-562627d8e2e7?autoplay=true
7 Effects of source inductance on its performance of the converter iframe.mediadelivery.net/embed/99322/01561365-194e-410e-b171-1dab3fa5db11?autoplay=true
8 DC-DC Converters iframe.mediadelivery.net/embed/99322/a8fb6970-b912-4f8b-9ec3-6b94800f1197?autoplay=true
9 Single Faced Semi Conductor iframe.mediadelivery.net/embed/99322/1f0560b4-cf74-4726-883a-19334362895d?autoplay=true
10 Full Wave Rectifier iframe.mediadelivery.net/embed/99322/e23b835f-dce9-47c1-b07f-4829f428e31c?autoplay=true
11 DC-DC Converters iframe.mediadelivery.net/embed/99322/18f18cd6-318a-4a6a-a9ca-ae0ac746b112?autoplay=true
12 DC-DC Converters iframe.mediadelivery.net/embed/99322/a9ba3f61-6ec7-42ac-8556-db7804bddf01?autoplay=true
13 Semi conductor feeding RL Load iframe.mediadelivery.net/embed/99322/ee4260b7-ac6a-4098-9339-385478f10c49?autoplay=true
14 Half Wave Controlled ( Midpoint ) rectifier iframe.mediadelivery.net/embed/99322/0f9aa84d-44be-496f-8559-5ffb1d159d9c?autoplay=true
15. Half Wave Midpoint Type Rectifier iframe.mediadelivery.net/embed/99322/00428aa5-65df-4967-a736-f0ae91c1b455?autoplay=true
16. cathode / anode Configurations iframe.mediadelivery.net/embed/99322/3bd82d3b-5031-40c0-8708-4d5cbe13d5b6?autoplay=true
17. Asymmetrical SemiConverter iframe.mediadelivery.net/embed/99322/634d4c32-e888-4717-b9ae-d6c603b6e38a?autoplay=true
18. Symmetrical and. Asymmetrical Conduction iframe.mediadelivery.net/embed/99322/b3a31c4d-efc3-4e4b-b90c-f03d6186e0bc?autoplay=true
19. Discontinuous Conduction Mode -1 iframe.mediadelivery.net/embed/99322/e01f9fce-734a-46fb-8a16-5134d7fdde15?autoplay=true
20. Rectifying and Inversion Mode iframe.mediadelivery.net/embed/99322/c17ebecc-dede-485a-8679-2a5215e9c3d3?autoplay=true
21. Phase Controlled Rectifiers iframe.mediadelivery.net/embed/99322/04718b7a-7a2d-4155-901d-542d5efe4469?autoplay=true
22. Continuous Mode of Operation iframe.mediadelivery.net/embed/99322/eec5d334-f449-4805-9ce2-b645b0809399?autoplay=true
23. Midpoint type Rectifiers iframe.mediadelivery.net/embed/99322/2633b4e6-3f88-4f56-b373-a5fd1ea84786?autoplay=true
24. Phase Controlled Rectifiers iframe.mediadelivery.net/embed/99322/57818c17-86d9-4800-9ab5-ec9fa3c90da9?autoplay=true
25. Class D Commutations-2 iframe.mediadelivery.net/embed/99322/efaf95f0-2480-4cb5-9ba6-02754fe7c6fd?autoplay=true
26. Class D Commutations-1 iframe.mediadelivery.net/embed/99322/0c1a64d0-e481-4da6-97d9-90b4f9b8353a?autoplay=true
Class: ¾ B.Tech
Semester: I
Name of the Faculty:Mr. P.Siva Prasad
S.No. Topic URL
1 Power factor Meter 2 iframe.mediadelivery.net/embed/98339/4aa13642-a451-45c2-9423-f9aa368677c8?autoplay=true
2 Power factor Meter 1 iframe.mediadelivery.net/embed/98339/ef74648b-0399-4c64-a281-aceda79a193e?autoplay=true
3 Kelvin’s Double bridge -1 iframe.mediadelivery.net/embed/98339/6c2f0e5f-a7bd-4b76-b844-5d659c0ba94e?autoplay=true
4 Thermistors iframe.mediadelivery.net/embed/98339/c44f3851-795f-48a5-93ce-623a2cf6a48f?autoplay=true
5 Inductive Transducer iframe.mediadelivery.net/embed/98339/c44f3851-795f-48a5-93ce-623a2cf6a48f?autoplay=true
6 DC / AC Bridges iframe.mediadelivery.net/embed/98339/19a75767-e43e-496d-b843-5cdb68ca2b0f?autoplay=true
7 Measurement of Frequency iframe.mediadelivery.net/embed/98339/362286ef-0df2-41bc-8e67-4fc076e0cef5?autoplay=true
8 Measurement of. Capacitance iframe.mediadelivery.net/embed/98339/18bd595d-f7a4-4c52-8823-3697d1d23e8a?autoplay=true
9 Kelvins Double bridge iframe.mediadelivery.net/embed/98339/5ac17977-1eb5-4e09-9494-9c0744d7d86e?autoplay=true
10 Wheatstone Bridge iframe.mediadelivery.net/embed/98339/01718eaf-9c50-4ece-bda7-1462fde7a3b7?autoplay=true
11 Testing of Energymeters iframe.mediadelivery.net/embed/98339/e47ccf30-ab04-46df-b2dc-984542953bb6?autoplay=true
12 Single phase energy meter iframe.mediadelivery.net/embed/98339/1ae659c9-2556-49d0-99d8-8cf7b46c79a8?autoplay=true
13 Induction type energy meter iframe.mediadelivery.net/embed/98339/ce74ed05-b0e1-4ecf-9989-18cc4e3476ee?autoplay=true
14 Errors in electrodynamometer wattmeter iframe.mediadelivery.net/embed/98339/3dcf52d2-453f-41b3-8185-7dede1ce2f52?autoplay=true
15. Single and Double Element iframe.mediadelivery.net/embed/98339/20bf4403-de7c-402f-958a-a18e4f42031f?autoplay=true
16. Blondel’s theorem iframe.mediadelivery.net/embed/98339/18277388-3022-429b-9705-b58fab3ebde3?autoplay=true
17. VPF Wattmeter iframe.mediadelivery.net/embed/98339/ac606313-82d4-42d8-aacb-4c25ef6c0753?autoplay=true
18. Moving and Fixed coil iframe.mediadelivery.net/embed/98339/c39d3a11-c87c-4a2e-a6db-93ad6b461f74?autoplay=true
19. Wattmeter, energy meter iframe.mediadelivery.net/embed/98339/2019bdb4-f7ee-4c1b-9a48-2888ec9eb9c0?autoplay=true
20. Electrodynamometer iframe.mediadelivery.net/embed/98339/209d5f4c-0390-4c82-9d41-b429089dbefc?autoplay=true
21. Potentiometers iframe.mediadelivery.net/embed/98339/022d4ea6-57bd-42f6-816e-93f2b3f239a2?autoplay=true
22. Potential Transformers 2 iframe.mediadelivery.net/embed/98339/385f409f-efaf-4b8a-b98f-4a6ad4fcb4bd?autoplay=true
23. UNIT-II Potential Transformers iframe.mediadelivery.net/embed/98339/385f409f-efaf-4b8a-b98f-4a6ad4fcb4bd?autoplay=true
24. Instrument Transformers iframe.mediadelivery.net/embed/98339/aed5f9fb-9a53-4447-9dc0-febc06f93c09?autoplay=true
25. AC potentiometer iframe.mediadelivery.net/embed/98339/338e1610-e068-45c8-966c-8ff0c11a7510?autoplay=true
26. Potentiometers iframe.mediadelivery.net/embed/98339/60ac7e25-4715-4889-ad4f-ad47c682d8fb?autoplay=true
27. Potentiometers iframe.mediadelivery.net/embed/98339/3004ddf2-1ca4-4033-8571-a111383d898c?autoplay=true
28. Attractive Disc Type (. Kelvin Absolute ) iframe.mediadelivery.net/embed/98339/3ba7859f-5670-4e5d-9b2b-a5787631dca8?autoplay=true
29. Extension of ES Instruments iframe.mediadelivery.net/embed/98339/d006adc4-7c96-401b-bb6a-3de7ce18d1ad?autoplay=true
30. Electrostatic Instrument iframe.mediadelivery.net/embed/98339/39072985-d784-46b5-a487-dc1eaf30e44e?autoplay=true
31. Extension of MI Instruments iframe.mediadelivery.net/embed/98339/3ad92bcf-89c2-41a4-a9be-1eeecf0c2c73?autoplay=true
32. Shunt iframe.mediadelivery.net/embed/98339/bbb50a31-1b05-4c9c-a35b-30b3f03e1e53?autoplay=true
33. PMMC Instrument iframe.mediadelivery.net/embed/98339/2642dc68-aa57-4313-87d9-78b09abdd5fd?autoplay=true
34. Torques iframe.mediadelivery.net/embed/98339/01492f13-4e10-4f10-a687-79383de04eca?autoplay=true
35. UNIT-1: Introduction to Measuring Instruments iframe.mediadelivery.net/embed/98339/db60fbe4-edda-4e9f-8843-08881edf066f?autoplay=true
Class: ¾ B.Tech
Semester: II
Name of the Faculty: Dr.B.Ravi Chandra Rao
S.No. Topic URL
1 Introduction to Microcontrollers iframe.mediadelivery.net/embed/99322/843c92fc-a594-48e5-a786-95d0e1122675?autoplay=true
2 Introduction to Microcontrollers iframe.mediadelivery.net/embed/99322/3c197517-c6bc-4e51-a76a-1672bfb81960?autoplay=true
3 Introduction to Microcontrollers iframe.mediadelivery.net/embed/99322/bb7ae9ac-d9a4-47cf-b54e-10fc97ead87b?autoplay=true
4 Introduction to Microcontrollers iframe.mediadelivery.net/embed/99322/c4bf3d8a-5d62-4c3e-b044-22e39c8794b7?autoplay=true
5 Introduction to Microcontrollers iframe.mediadelivery.net/embed/99322/12e5d8a3-442b-4445-b493-9fe8d9e76ff7?autoplay=true
6 Introduction to Microcontrollers iframe.mediadelivery.net/embed/99322/1ba58779-bada-4826-b5e8-96d14cd39ed8?autoplay=true
7 Input Output Ports iframe.mediadelivery.net/embed/99322/3b72b9aa-a1df-4b86-aea5-d31921c556af?autoplay=true
8 Seven Segment Display iframe.mediadelivery.net/embed/99322/472ef72e-86a7-4ee4-a04c-79f51f1d4b40?autoplay=true
9 Ports iframe.mediadelivery.net/embed/99322/9b66a082-ccba-458a-bafd-47f793d9ae4a?autoplay=true
10 Arithmetic Instruction iframe.mediadelivery.net/embed/99322/66f51c88-066f-4f54-b129-ff290a8a7e13?autoplay=true
11 Software Model of 8086 Microprocessor iframe.mediadelivery.net/embed/99322/cf67f48d-2ec4-47c6-a928-71b21f2cdc15?autoplay=true
12 String Manipulation Instructions iframe.mediadelivery.net/embed/99322/71538fea-1a20-4894-a9d1-7ba9ad647452?autoplay=true
13 Branch Instructions iframe.mediadelivery.net/embed/99322/50bac2af-5ff7-4000-88a3-b5333f924cd3?autoplay=true
14 Logical Instructions iframe.mediadelivery.net/embed/99322/a05d9f67-abcb-4a31-b7ef-ce8527f075fa?autoplay=true

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Shreya Arukala

Software Engineer, ServiceNow

I am thrilled to share that I have accepted the Software Development Intern role at ServiceNow! I am eagerly looking forward to working with and learning from talented individuals and gaining hands-on experience in software development. I would like to express my sincere gratitude to my mentors, professors, and friends for their unwavering support and encouragement throughout my journey so far, and I am excited for this new chapter with ServiceNow as a Associate Software Engineer with 42.6 LPA. Thank you, ServiceNow, for this incredible opportunity, I would also like to thank my TPO Dr.Narendrababu Reddy G sir and GNITS-CSE(Data Science) Department for providing me this opportunity.

Joy Princy

Software Engineer, Microsoft

I am thrilled to share that, I've been offered a Pre-Placement Offer (PPO) from Microsoft following an exceptional internship experience! And an interview.My journey at Microsoft has been a remarkable learning experience, and I can't wait to embark on this exciting new chapter in my career.And based on my performance I have been placed in Microsoft with a remarkable package of 50 LPA which is really an exciting opportunity to prove myself. I would like to thank my manager RohitBatra­­ and my mentor Akshay Bajaj for their constant support throughout my internship journey.I would aslo like to thank my TPO Dr.Narendrababu Reddy G sir and GNITS-CSE(AI & ML) Department for providing me this opportunity.

Phanisri Challa

Manager, Deloitte,Hyderabad.

As a Manager at Deloitte Consulting and a GNITS alumna, I credit my expertise in Data Integration & Engineering, including Data Lake setups and AWS migrations, to my foundational education at GNITS. My skills in ETL design, Informatica administration, and Unix scripting were honed during my time at the college, where I gained valuable knowledge and experience.

Ashwini Daroga

Project Manager, HRIS Consultant

As a Senior Associate at PwC UK, I credit my career success as a Project Manager and HRIS Consultant to GNITS, where I earned my B. Tech in Information Technology. My foundation from GNITS empowered me to excel at DXC Technology, leading strategic initiatives in Workday HRIS solutions across global domains, showcasing my technical prowess and leadership capabilities.

Himasree Desai

Founder & CEO, KitOLit Pvt Ltd, Hyderabad

As the Founder and CEO of PixelDatum since 2022 and KitOLit since 2017, I attribute my success in technology and innovation to my foundation at GNITS. With a career journey from Red Pine Signals to Microsoft and Nanomite Technologies, I excel in enterprise data management, IoTEdu-Tech, and business intelligence. My accomplishments underscore GNITS' role in nurturing my skills, empowering me to drive educational and societal advancement through impactful technological solutions.

Mookambica Y

Manager, SnowFlake

I am a distinguished alumna of GNITS, having completed my B.Tech in Information Technology in 2007. My education at GNITS laid the foundation for my career, fostering skills in IT that I have applied effectively across various high-profile roles in the technology sector.

Kucherlapati Sumedha

Senior NLP Scientist, Sirona Medical San Francisco Bay Area

My experience at G. Narayanamma institute of technology and science in the ETM was invaluable. The engaging coursework and passionate professors inspired me to pursue my goals. The community was welcoming, and the education I received was top-notch.

soujanya Mukka

Founder & CEO - AI Enabled B2B Digitalized Procurement Marketplace (Across 30+ countries in globe currently) Newark, Delaware, United States

Attending G. Narayanamma institute of technology and science and being part of the Electronics and Telematics Engineering was one of the best decisions I made. The curriculum was challenging yet rewarding, and the faculty were always supportive. It equipped me with the skills and confidence to excel in my career.

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At GNITS, our curriculum equips students with technical expertise and soft skills, blending theory with hands-on experience to prepare graduates for the demands of the tech industry.

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Frequently Asked Questions

We offer B.Tech programs in Computer Science and Engineering (CSE), Electronics and Communication Engineering (ECE), Electrical and Electronics Engineering (EEE), Information Technology (IT), and Artificial Intelligence & Data Science (AI & DS).
Yes, GNITS offers M.Tech programs in Computer Science and Engineering (CSE), Power Electronics and Drives (PE&D), and VLSI Design.
Yes, we offer doctoral programs (Ph.D.) in various engineering disciplines, focusing on advanced research and innovation.
Our curriculum is industry-aligned, combining theoretical knowledge with practical experience through labs, projects, and internships, ensuring students are job-ready upon graduation.
GNITS has a dedicated placement cell that offers career guidance, interview preparation, and connects students with top employers in India and globally.
Alongside academic programs, we offer extracurricular activities, leadership programs, and workshops to build soft skills like communication, teamwork, and leadership.
Yes, GNITS provides access to advanced labs and research centers where students can engage in cutting-edge research in fields like AI, VLSI, and more.

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