follow us at: // · follow us at: // department of eee 1. ander marie ampere lived 1775- 1836...

Follow us at: www.srit.ac.in // www.facebook.com/sritatp Department of EEE

\ e-Techno Track


Department Vision & Mission

1. Provide academic environment conducive for high quality learning

in Electrical and Electronics Engineering to ensure our graduates

have successful careers.

2. Strengthen industry institute interaction to enable the students

work on real time problems and encourage them to engage in

lifelong learning.

3. Ensure that our students are well trained to work in a team with

professional ethics and apply latest tools for the solution of

engineering problems.

To Emerge as a premier center of learning in

Electrical and Electronics Engineering with scientific

quest having focus on professional ethics and human

values.


I am gratified to know that the department of Electrical and

Electronics Engineering is bringing out the technical magazine “e-Techno

Track” of this academic year (2016-2017). This is a productive technical

material and subsidiary skill developing tool for the students. I wish this

organization “Electrical and Electronics Engineering Association‟ a very big

success in all their ventures. I also applaud the coordination and efforts

behind the team to bring out this issue. I wish them all success.

Good things remain good only because they are always scarce. I am

glad to pen for this wonderful magazine as an appreciation of the

commendable efforts put forth by the team for its grand beginning. The

efforts taken to bring about innovative content is appreciable. Content on

the various opportunities available in the corporate world and alerts on

various student level competitions shall be included hence forth. Wish you

all a grand operation throughout the year.

This is great news for the college as far as I’m concerned. Students

from the department of Electrical and Electronics Engineering are more

energetic and talented among all. The release of this spectacular issue of

their technical magazine has added value to their constant efforts. Through

this message, I wish them “All the very Best” for their future endeavors to

and hope the students to bring more laurels to the college on the whole.


I am pleased to know that our Electrical and Electronics

Department students are once again successful in bringing the magazine

“e-Techno Track” for this academic year 2016-17. Our EEE students have

established a joint to venture, in bringing out a technical magazine with

their contributions. I express my compliments to the secretary, the editors

and their dedicated committee for their valuable efforts in bringing out this

issue. I wish them all triumph!

It is indeed a happy moment for our Electrical and Electronics

Department as the students have successfully brought out the Magazine “e-

Techno Track” for the year 2016-17. The most important aspect we could

derive from this stupendous effort is that it brings out the various technical

and analytical skills of the budding engineers. I wish them all the very best

for releasing more such magazine inn future.

It is a noble task on the part of the Department of Electrical and

Electronics Engineering to make it with their frequent issue “e-Techno

Track”. I wish that this magazine establishes to be a flint to fire the

enthusiasm and excite their minds for many intrusive innovations among

the students and inspire passion among the members of the faculty of

Electrical and Electronics committee. My greeting to the editorial board to

keep the good work.


1. Ander Marie Ampere

Lived 1775- 1836

Ander Marie Ampere was born on Andre-Marie Ampère was born on 20 January 1775 to Jean-Jacques Ampère, a prosperous businessman, and Jeanne Antoinette Desutières-Sarcey Ampère, during the height of the French Enlightenment. He spent his childhood and adolescence at the family property at Poleymieux-au-Mont-d'Or near Lyon. Jean-Jacques Ampère, a successful merchant, was an admirer of the philosophy of Jean-Jacques Rousseau, whose theories of education (as outlined in his treatise Emile) were the basis of Ampere's education.

Teaching Career

In 1819 and 1820 Ampère offered courses in philosophy and astronomy, respectively, at the University of Paris, and in 1824 he was elected to the prestigious chair in experimental physics at the College de France. In 1814 Ampère was invited to join the class of mathematicians in the new Institut

Scientists

https://en.wikipedia.org/wiki/French_Enlightenment

https://en.wikipedia.org/wiki/French_Enlightenment

https://en.wikipedia.org/wiki/Poleymieux-au-Mont-d%27Or

https://en.wikipedia.org/wiki/Jean-Jacques_Rousseau

https://en.wikipedia.org/wiki/Emile,_or_On_Education

https://en.wikipedia.org/wiki/Philosophy

https://en.wikipedia.org/wiki/Astronomy

https://en.wikipedia.org/wiki/University_of_Paris

https://en.wikipedia.org/wiki/Experimental_physics

https://en.wikipedia.org/wiki/Coll%C3%A8ge_de_France


Imperial, the umbrella under which the reformed state Academy of Sciences would sit.

Ampere engaged in a diverse array of scientific inquiries during the years leading up to his election to the academy—writing papers and engaging in topics from mathematics and philosophy to chemistry and astronomy, which was customary among the leading scientific intellectuals of the day. Ampère claimed that "at eighteen years he found three culminating points in his life, his First Communion, the reading of Antoine Leonard Thomas's "Eulogy of Descartes", and the Taking of the Bastille.

Work in Electromagnetism

He applied mathematics in generalizing physical laws from these experimental results. The most important of these was the principle that came to be called Ampere's law, which states that the mutual action of two lengths of current-carrying wire is proportional to their lengths and to the intensities of their currents.

Ampere also applied this same principle to magnetism, showing the harmony between his law and French physicist Charles Augustin de Coulomb's law of magnetic action. Ampère's devotion to, and skill with, experimental techniques anchored his science within the emerging fields of experimental physics.

Ampere also provided a physical understanding of the electromagnetic relationship, theorizing the existence of an "electrodynamic molecule" (the forerunner of the idea of the electron) that served as the component element of both electricity and magnetism. In 1827 Ampère was elected a Foreign Member of the Royal Society and in 1828, a foreign member of the Royal Swedish Academy of Science.

Legacy

In recognition of his contribution to the creation of modern electrical science, an international convention, signed at the 1881 International Exposition of Electricity, established the ampere as a standard unit of electrical measurement, along with the coulomb, volt, ohm, and watt, which are named, respectively, after Ampère's contemporaries Charles-Augustin de Coulomb of France, Alessandro Volta of Italy, Georg Ohm of Germany, and James Watt of Scotland. Ampère's name is one of the 72 names inscribed on the Eiffel Tower.

Several items are named after Ampère; many streets and squares, schools, a Lyon metro station, and an electric ferry in Norway.

https://en.wikipedia.org/wiki/First_Communion

https://en.wikipedia.org/wiki/Taking_of_the_Bastille

https://en.wikipedia.org/wiki/Amp%C3%A8re%27s_force_law

https://en.wikipedia.org/wiki/Charles_Augustin_de_Coulomb

https://en.wikipedia.org/wiki/Electron

https://en.wikipedia.org/wiki/Foreign_Member_of_the_Royal_Society

https://en.wikipedia.org/wiki/Royal_Swedish_Academy_of_Science

https://en.wikipedia.org/wiki/International_Exposition_of_Electricity

https://en.wikipedia.org/wiki/International_Exposition_of_Electricity

https://en.wikipedia.org/wiki/Ampere_(unit)

https://en.wikipedia.org/wiki/Coulomb

https://en.wikipedia.org/wiki/Volt

https://en.wikipedia.org/wiki/Ohm

https://en.wikipedia.org/wiki/Watt

https://en.wikipedia.org/wiki/Charles-Augustin_de_Coulomb

https://en.wikipedia.org/wiki/Alessandro_Volta

https://en.wikipedia.org/wiki/Italy

https://en.wikipedia.org/wiki/Georg_Ohm

https://en.wikipedia.org/wiki/Germany

https://en.wikipedia.org/wiki/James_Watt

https://en.wikipedia.org/wiki/James_Watt

https://en.wikipedia.org/wiki/Scotland

https://en.wikipedia.org/wiki/List_of_the_72_names_on_the_Eiffel_Tower

https://en.wikipedia.org/wiki/List_of_the_72_names_on_the_Eiffel_Tower

https://en.wikipedia.org/wiki/Place_Amp%C3%A8re

https://en.wikipedia.org/wiki/Coll%C3%A8ge-lyc%C3%A9e_Amp%C3%A8re

https://en.wikipedia.org/wiki/List_of_Lyon_Metro_stations#Line_A

https://en.wikipedia.org/wiki/Electric_boat#Types


2. Leon Charles Thevenin

Lived 1857 - 1926

Leon-Charles Thevenin, was a French telegraph engineer and educator. He

was the one to propose the equivalent generator theorem in 1883, 43 years before Norton's complementary theorem. The theorem is commonly called Thevenin's Theorem in his honor, but, in fact Hermann Von Helmholtz proposed it first in an 1853 paper.

Thevenin graduated from the École Polytechnique in 1876 and became one of the first students to enroll in the École Superieure de Telegraphie (EST) to be prepared for a career in the Government owned telegraph service. In the two-year program at the EST, he was introduced to Gustav Kirchhoff's laws of circuit analysis. His duties included administrative and educational activities. Thevenin devoted a considerable portion of his time to teaching, for which he had a liking. In connection with his teaching, he undertook an investigation of Kirchhoff's laws as applied to electric networks. This study resulted in his formulation of the equivalent generator theorem.

He was a talented violin player. Another favorite pastime of his was angling. He remained single but shared his home with a widowed cousin of his mother's and her two children whom he later adopted.

Thévenin consulted several scholars well known at that time, and controversy arose as to whether his law was consistent with the facts or not.


Shortly before his death he was visited by a friend of his, J. B. Pomey, and was surprised to hear that his theorem had been accepted all over the world.

In 1926, he was taken to Paris for treatment. He left a formal request that no one should accompany him to the cemetery except his family and that nothing be placed on his coffin but a rose from his garden. This is how he was buried at Meaux. Thévenin is remembered as a model engineer and employee, hard-working, of scrupulous morality, strict in his principles but kind at heart.


Electricity Crosswords


Across Down

3. a graphic representation of an electric

circuit or apparatus, with standard symbols

for the electrical devices

5. a device that protects a circuit from

current overload

7. describes a circuit that provides a single

conducting path

10. the force of attraction or repulsion

between objects due to charge

12. a material that transfers charge poorly

13. a device that is a source of electric

current because of a potential difference, or

voltage between the terminals

14. the rate that electric charges move

through a conductor

1. a material that transfers charge easily

2. the change in the electrical potential

energy per unit charge

4. the region around a charged object in

which other charged objects experience an

electric force

6. the ratio of the voltage across a conductor

to the current it carries

8. an electrical device containing a metal

strip that melts when the current in the

circuit becomes too great

9. describes a circuit that provides 2 or more

separate conducting paths

10. an electrical device connected so that it

provides one or more complete paths for the

movement of charges

11. an electrical property of matter that

creates a force between objects


S. NO

NAME

OF THE

STUDEN

T PLACED

ENROLME

NT NO.

NAME OF THE

EMPLOYER

APPOINTET

LETTER

REFERENE NO. WITH DATE

1 ARUNA KUMARI M 134G1A0202 COGNIZANT 11686152 20/03/2018

2 AVINASH J 134G1A0204 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017

3 BHARGAVI N 134G1A0205 I-SQUARE SOFT 27/04/2017 4 BHAVANA C 134G1A0206 I-SQUARE SOFT 27/04/2017

5 DILEEP KUMAR D 134G1A0210 I-SQUARE SOFT 27/04/2017 6 DIVAKARA REDDY

G 134G1A0211 CAPGEMINI 18/05/2018

7 FARHA M 134G1A0212 SRIVARI ENTERPRISES 02/02/17 8 PARIMALA G 134G1A0213 I-SQUARE SOFT 27/04/2017 9 GREESHMA SAI C 134G1A0214 D-SQUARE 17/05/2017 10 HARI PRIYA S 134G1A0216 Harman 21255 22/01/2018 11 IMRANA SULTANA

B 134G1A0218 I-SQUARE SOFT 27/04/2017

12 JAGADESH S 134G1A0220 WESTLINE shipping Agency 20/03/2017 13 SAI KIRAN J 134G1A0222 Nielsen 08112034 23/03/2018 14 JYOTHI B 134G1A0223 FOIWE S10006/31 JULY, 2018 15 JYOTHIRMAYEE B 134G1A0224 I-SQUARE SOFT 27/04/2017

16 LAVANYA G 134G1A0229 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017

17 MOHASINA BANU B 134G1A0234 I-SQUARE SOFT 27/04/2017

18 MOUNIKA C 134G1A0235 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017

19 NARESH M 134G1A0241 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017

20 PADMAVATHI V 134G1A0245 AXIS SECURITIES 20/04/2017 21 SAI BINITHA P 134G1A0247 BYJU’S 09/05/2017 22 POOJITHA

LAKSHMI 134G1A0248 D-SQUARE 17/05/2017

23 PRATHIBHA A 134G1A0251 MindTree’s M1043144 09/05/2017 24 LEELAVATHI. D 134G1A0230 HDFC Bank 28/02/2018 25 SAI LASYA LAHARI

B 134G1A0263 D-SQUARE 17/05/2017

26 SAILAJA C V 134G1A0265 I-SQUARE SOFT 27/04/2017 27 IMAM BASHA S 134G1A0267 EN EN ELECTRICAL

ENGINEERS(P)LIMITED 16/06/2017

28 SHYAM SUNDHAR NAIDU T

134G1A0270 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017

29 SNIGDHA T 134G1A0271 Tech Mahindra 09/03/2017 30 SREE RAMA PHANI

SEKHAR P 134G1A0274 EN EN ELECTRICAL


31 SREE VANI T 134G1A0275 I-SQUARE SOFT 27/04/2017 32 SREEKANTH T 134G1A0276 WESTLINE Ship Management

PVT.Ltd APRIL 2017

33 MAHESH BABU T 134G1A0283 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017

34 INDRAJA V 134G1A0285 Tech Mahindra 09/03/2017 35 VAMSI KRISHNA V 134G1A0287 WESTLINE Ship Management

PVT.Ltd APRIL 2017

36 VENKATA SAI 134G1A0290 AXIS SECURITIES 20/04/2017

Placement Details


S.no Name of the student Student roll number

Company placed

1. AVINASH A AVINASH J 134G1A0204 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

2. BHARGAVI N 134G1A0205 I-SQUARE SOFT

3. BHAVANA C 134G1A0206 I-SQUARE SOFT

4. DILEEP KUMAR D 134G1A0210 I-SQUARE SOFT

5. FARHA M 134G1A0212 SRIVARI ENTERPRISES

6. PARIMALA G 134G1A0213 I-SQUARE SOFT

7. GREESHMA SAI C 134G1A0214 D-SQUARE

8. IMRANA SULTANA B 134G1A0218 I-SQUARE SOFT

9. JAGADESH S 134G1A0220 WESTLINE shipping Agency

10. JYOTHIRMAYEE B 134G1A0224 I-SQUARE SOFT

11. LAVANYA G 134G1A0229 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

12. MOHASINA BANU B 134G1A0234 I-SQUARE SOFT

13. MOUNIKA C 134G1A0235 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

14. NARESH M 134G1A0241 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

15. PADMAVATHI V 134G1A0245 AXIS SECURITIES

16. SAI BINITHA P 134G1A0247 BYJU’S

17. POOJITHA LAKSHMI 134G1A0248 D-SQUARE

18. PRATHIBHA A 134G1A0251 MindTree’s M1043144

19. POOJITHA LAKSHMI 134G1A0261 D-SQUARE

20. SAI LASYA LAHARI B 134G1A0263 D-SQUARE

21. SAILAJA C V 134G1A0265 I-SQUARE SOFT

KRISHNA P 37 JAYA PRAKASH C 144G5A0203 D-SQUARE 17/05/2017 38 MAHADEV M 144G5A0206 EN EN ELECTRICAL


39 NABI RASOOL T 144G5A0208 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017

40 PRAVEEN KUMAR K

144G5A0212 WESTLINE Ship Management PVT.Ltd

APRIL 2017

41 RAMESH K 144G5A0213 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017

42 RAVI B 144G5A0214 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017

43 RONY RISHITH LD 144G5A0215 D-SQUARE 17/05/2017 44 SAI SIREESHA 144G5A0216 I-SQUARE SOFT 27/04/2017

45 SEETHA RAMA RAJU M

144G5A0217 D-SQUARE 17/05/2017

46 SRAVANA GOWRI M

144G5A0218 AXIS SECURITIES MAY 2017

47 SREELAVANYA A 144G5A0219 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017

48 SUPRIYA S 144G5A0220 I-SQUARE SOFT 27/04/2017 49 SURYA

PRASHANTH K 144G5A0221 WESTLINE Ship Management

PVT.Ltd APRIL 2017

50 TASNEEM P 144G5A0222 I-SQUARE SOFT 27/04/2017 51 VENKATESH K 144G5A0224 CONEXAO TECHNOLOGY

SOLUTIONS PVT.LTD 15/O5/2018

52 VISHNU SURYAPRATHAP C

144G5A0225 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017

53 YASEEN S 144G5A0226 EN EN ELECTRICAL ENGINEERS(P)LIMITED

16/06/2017


22. IMAM BASHA S 134G1A0267 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

23. SHYAM SUNDHAR NAIDU T 134G1A0270 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

24. SNIGDHA T 134G1A0271 Tech Mahindra

25. SREE RAMA PHANI SEKHAR P 134G1A0274 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

26. SREE VANI T 134G1A0275 I-SQUARE SOFT

27. SREEKANTH T 134G1A0276 WESTLINE Ship Management

PVT.Ltd

28. MAHESH BABU T 134G1A0283 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

29. INDRAJA V 134G1A0285 Tech Mahindra

30. VAMSI KRISHNA V 134G1A0287 WESTLINE Ship Management

PVT.Ltd

31. VENKATA SAI KRISHNA P 134G1A0290 AXIS SECURITIES

32. JAYA PRAKASH C 144G5A0203 D-SQUARE

33. MAHADEV M 144G5A0206 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

34. NABI RASOOL T 144G5A0208 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

35. PRAVEEN KUMAR K 144G5A0212 WESTLINE Ship Management

PVT.Ltd

36. RAMESH K 144G5A0213 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

37. RAVI B 144G5A0214 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

38. RONY RISHITH LD 144G5A0215 D-SQUARE

39. SAI SIREESHA 144G5A0216 I-SQUARE SOFT

40. SEETHA RAMA RAJU M 144G5A0217 D-SQUARE

41. SRAVANA GOWRI M 144G5A0218 AXIS SECURITIES

42. SREELAVANYA A 144G5A0219 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

43. SUPRIYA S 144G5A0220 I-SQUARE SOFT

44. SURYA PRASHANTH K 144G5A0221 WESTLINE Ship Management

PVT.Ltd

45. TASNEEM P 144G5A0222 I-SQUARE SOFT

46. VISHNU SURYAPRATHAP C 144G5A0225 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

47. YASEEN S 144G5A0226 EN EN ELECTRICAL

ENGINEERS(P)LIMITED

48. SHARON RAJ D 124G1A0282 TECH MAHINDRA

49. VAMSI KRISHNA D 124G1A02B2 SENTIENT INFOTECH


1. PRODUCTION OF ELECTRICITY FROM ARTIFICIAL NANO TREES The energy harvesting trees are super eco-friendly synthetic trees will make use of renewable energy from

the sun along with wind power, which are an effective clean and environmentally sound medium of

gathering solar radiation and wind energy. The artificial trees are implanted with Nano leaves, a composite

of nano-photovoltaic nano-thermo voltaic and nano-piezovoltaic sources transforming light, heat and wind

energy into eco-friendly electricity.

The Nano leaves transform the whole solar scale converting detectable light, infrared and Ultraviolet in a

unification with piezo-electric generators that alter wind energy into electricity giving you efficient, cost

efficient and attractive looking

solutions, whilst providing the greatest

electric power. The world is reeling

under the severe shortage of reliable and

efficient energy resources. The

profitable energy resources used to

generate electricity so far, ‘fossil fuels’

are extinguished and also effecting the

environment, thus the greenhouse effect

and the global warming phenomenon

that we keep hearing about are the

repercussions. Thus, there is an

immediate call to switch over to a better,

eco-friendly, affluent energy resource

i.e., ‘the Renewable Sources. It

eliminates the problems faced by a

traditional solar panel fields, i.e., non-

availability of solar energy during

cloudy or rainy days and during

nightfall. In case of Solar Botanic Trees,

The more the wind is, the more Nano-leaves are moved. Wind that is moving thousands of Nano leaves in

a tree canopy are causing mechanical strain in the petiole, twigs and branches. Nano piezo-electric elements

incorporated in the petiole twigs and branches are the tiny Nano piezoelectric elements that will generate

millions and millions of Pico watts as these thousands of Nano leaves flap back and forth due to wind. The

stronger the wind, the higher the "flap" frequency, and therefore the larger the watts generated in the petiole,

twigs and branches. Similar is the case of energy during rainfall, the mechanical vibrations in these tiny

generators produce electricity from movement or kinetic energy caused by wind or falling raindrops.

Student Articles


2. New Paper Batteries Powered by Blood

Sheets of paper can be made to work like batteries and power electronics, research now reveals.The paper

sheets could even get power from sweat or blood and, in the future, energize devices implanted within

people, scientists said.

“When we get this technology down, we'll basically have the ability to print batteries and print

supercapacitors," said researcher Pulickel Ajayan, a materials scientist at Rensselaer Polytechnic Institute

in New York. "We see this as a technology that’s just right for the current energy market, as well as the

electronics industry, which is always looking for smaller, lighter power sources."

To make the paper batteries, researchers first impregnated everyday paper sheets with carbon nanotubes,

pipes only nanometers or billionths of a meter wide—about the diameter of the DNA helix. These make the

paper black and help it to conduct electricity.When the scientists soaked electrolytes—salty compounds that

help supply the energy in batteries, in general—into the paper, they developed working batteries.

A battery the researchers made could power an LED light, the kind now

found in many flashlights. The scientists also created other kinds of energy

sources with the paper batteries, such as super capacitors, which currently

often find use in electric vehicles, helping them last longer on the road.The

paper batteries also worked with many different electrolytes, even

salty bodily fluids such as sweat and blood. The success of this finding

suggests many potential biological and medical applications. The devices

also can be stacked, like a ream of printer paper, to work together and thus

provide more total power output.

The papers are lightweight and flexible. They worked even if rolled, twisted, bent or cut, over a wide

range of temperatures, from "-100 degrees F to 350 degrees F, making them useful in both the Arctic and

Death Valley," researcher Robert Linhardt, a biopolymer expert at Rensselaer, told Live Science. The

researchers have not yet developed a way to inexpensively mass-produce the devices. They hope to print

the papers using a roll-to-roll system similar to how newspapers are printed.

The researchers are now investigating ways to boost the efficiency, reliability and safety of the

batteries and super capacitors, as well as different manufacturing techniques.

https://www.livescience.com/384-power-pee-runs-battery.html


S.No Professional body Event name Date Resource person

1. ISTE-Student chapter Guest lecture on Energy

Audit and management

05-08-2016 B.Venkata subbaiah,

Deputy director, NPTI,

Bengaluru

2. EDP Cell One day workshop on Banks

for

Entrepreneurs

13-08-2016 S.J.F.Ravindranath

Chief manager

Canara bank

Sainikpuri,

Secundrabad

3. ISTE-Student chapter Guest lecture on

communication and

presentation skills

17-08-2016 Mrs.B.Waheed parveen

Assistant professor,

Humanities and

sciences dept,SRIT

4. IE(I)- Student chapter One day workshop on

“Introduction To MATLAB

Simulink Modelling”

20-08-2016 M.Lakshminath,

Assistant professor,

EEE dept, SRIT

5. ISTE-Student chapter Guest lecture on Power

system Protection, recent

practices

21-08-2016 Mr. V. Ravindra reddy

AE, AP Transco,

Anantapuramu

6. EDP cell One day workshop on

Entrepreneurship and

Emerging technologies

29-08-2016 Mr. Siva shanker

VP, student relations,

IB hubs

7. ISTE-Student chapter One day workshop on Matlab

tools

20-10-2016 Dr. C. Srinivasa rao

Professor, EEE dept,

G.Pullaiah college of

engineering and

technology, kurnool

8. ISTE-Student chapter A one-day Faculty

Development Program on

“Role of a teacher in Molding

Engineering Students”

19-11-2016

9. One day workshop on “recent

trends in project

management”

13-08-2016 Dr. C. Naga Bharath

10. ISTE-Student chapter Guest lecture on Power

system operation and analysis

14-01-2017 Mrs. Kanya kumari,

AE, AP Transco,

Anantapuramu

11. ISTE-Student chapter A Lecture on “HUMAN

VALUES AND

PROFESSIONAL ETHICS”.

23-01-2017 C.S.Bala Chandra

sunku

12. IE(I)- Student chapter Guest lecture on Problems of

Power system operation

15-02-2017 V.Surya narayana reddy

ADM wind farms, BKS

13. ISTE-Student chapter Guest lecture on Embedded

systems

16-03-2017 B.Varun kumar,

Assistant Professor,

Events Organized


S.No Name of the Faculty Title of publications Journal/Conference

1

G. Meerimatha

Topological structure analysis based

Radial Distribution Network

solution with DG

International Science Press,

IJCTA, 10(5) 2017,PP.259-266

2

P.Malleswara Reddy

Fuzzy controlled UPQC for power

quality enhancement in a DFIG

based grid connected wind power

system

International journal of Electrical

and Computer Communication

Engineering, ISSN:2533-8945,

Vol 3, Issue 3

Autonomous PV array excited wind-

driven Induction Generator for off

grid application

International Journal of Advanced

Research in Electrical and

Instrumentation Engineering,

ISSN:2320-3765, Vol.6, Issue

4,April 2017

Power Quality improvement of PV-

diesel battery hybrid system using

DSTATCOM





4,April 2017





ECE dept, SRIT

14. SRIT Awareness on Gate exam and

Preparation

12-04-2017 Director of gate

engineering academy

15. ISTE-Student chapter Project expo by final year

students

05-05-2017

16. ISTE-Student chapter A two-day Faculty

development Program on

“Computational methods for

solving Distribution

Problems”

24-06-2017

to 25-06-

2017

T.Ramana

Sap analyst

DXC technologies,

Bengaluru

17. One day guest lecture on

environmental mitigation and

monitoring

09-03-2017 Dr.K.V.Surya narayana

Professor, Civil dept,

SRIT

Faculty Publications


3

K.Sudarsan


system


Vol 3, Issue 3



DSTATCOM





4,April 2017

4

K.Vinod Kumar



grid application




system





4,April 2017




Vol 3, Issue 3



grid application





4,April 2017



DSTATCOM





4,April 2017

Modelling of Three-phase

Asynchronous motor using Vector

Control Theory

Proceedings of the first

International Conference on

Computational Intelligence and

Informatics, Advances in

Intelligent Systems and

Computing 507,DOI

10.1007/978-981-10-2471-9_66


5

T.Aravind Babu

Modelling of Three-phase

Asynchronous motor using Vector

Control Theory

Proceedings of the first

International Conference on

Computational Intelligence and

Informatics, Advances in

Intelligent Systems and

Computing 507,DOI

10.1007/978-981-10-2471-9_66

6

G.Balakrishna

Multi objective network

reconfiguration of Distribution

systems with DGs and Shunt

capacitors

IPASJ International Journal of

Electrical Engineering (IIJEE),

ISSN 2321-600X, Vol.4, Issue 1,

January 2016

7

N. Sreenivasulu

Loss Reduction in Radial

Distribution Systems by Optimal

Voltage Regulator Placement using

Fuzzy logic

Proceedings of the world

congress on Engineering and

Computer Science 2016 ,Vol. 1,

ISSN: 2078-0966

8

M. Rajesh

Analysis of Fuzzy Controller for

Inverter with Renewable Energy

Sources based Micro-Grid

International Journal of Scientific

Engineering and Technology

Research, ISSN: 2319-8885,

Vol.05, Issue 01, January 2016

9

G. Peddanna

Analysis of Fuzzy Controller for

Inverter with Renewable Energy

Sources based Micro-Grid

International Journal of Scientific

Engineering and Technology

Research, ISSN: 2319-8885,

Vol.05, Issue 01, January 2016

S.NO NAME OF THE

STAFF MEMBER FDP / STTP / Workshop Name

VENUE

1 Dr.N.SREENIVASULU COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

2 Dr. G.BALAKRISHNA COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

3 Dr. K NAGARAJU SKILL SET TRAINING PROGRAM BIT Institute of Technology, Hindupur

4 Dr. K NAGARAJU COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

5 Dr. G.SRINIVASAN SKILL SET TRAINING PROGRAM BIT Institute of Technology, Hindupur

6 Dr. G.SRINIVASAN COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

7 G.MEERIMATHA COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

8 K.SUDARSHAN COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

9 B.VIJAYA LAKSHMI COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

Faculty Development Programs


10 M.V.PAVAN KUMAR COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

11 P.MANOHAR COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

12 M.GURUMOHAN COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

13 C RAJESH INTERNET OF THINGS AND APPLICATIONS SRIT, Anantapuramu

14 C RAJESH COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

15 T ARAVIND BABU INTERNET OF THINGS AND APPLICATIONS SRIT, Anantapuramu

16 T ARAVIND BABU COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

17 B SHRAVANI COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

18 G SAAHITHYA COMPUTATIONAL METHODS FOR SOLVING

DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

19 R BHAGYASREE COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

20 M LAKSHMINATH FOURTH INTERNATIONAL CONFERENCE ON TRANSFORMATIONS IN ENGINEERING

EDUCATION

Vardhaman College of Engineering, Hyderabad

21 M LAKSHMINATH COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

22 P.MALLESWARA REDDY

EMERGING TRENDS IN POWER ELECTRONICS AND POWER SYSTEMS

CVR College of Engineering, Ibrahimpatnam

23 P.MALLESWARA REDDY

COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

24 K.VINOD KUMAR EMERGING TRENDS IN POWER ELECTRONICS

AND POWER SYSTEMS

CVR College of Engineering,

Ibrahimpatnam 25 K.VINOD KUMAR COMPUTATIONAL METHODS FOR SOLVING

DISTRIBUTION PROBLEMS SRIT, Anantapuramu

26 Y.SATISH KUMAR COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu

27 P. MANIKANTA FOURTH INTERNATIONAL CONFERENCE ON TRANSFORMATIONS IN ENGINEERING

EDUCATION

Vardhaman College of Engineering, Hyderabad

28 P. MANIKANTA COMPUTATIONAL METHODS FOR SOLVING DISTRIBUTION PROBLEMS

SRIT, Anantapuramu


S. No Date Name of the company visited Students who

visited

1. 03/09/2016 Rayalaseema Thermal Power Plant

(RTPP), Muddanuru, Kadapa Dist. Andhra

Pradesh

II EEE

2 01/04/2017 Tungabhadra Dam and Power House IV EEE

Industrial Visits

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