Electrical & Electronics Department · 2018. 10. 9. · Development Programme on Industrial Automation ... (SCADA), Hands on training on Schneider SCADA Vijeo citect 7.5.Finally Project

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BI-ANNUAL NEWS LETTERVOLUME:04 ISSUE:07

EDITORIAL COMMITTE

CHEIF EDITOR Dr.

Parthasarathy L.Prof & Head,Dept. of EEE

ATMECE,Mysuru

CO - EDITORMr.Sathish K. R.Asst . ProfessorDept. of EEE

ATMECE, Mysuru

DESIGNED BY Mr. Navaneet Yavagal

7th SemesterDept. of EEE

EDITORIAL DESK

KEY EVENTSTheme: Nikola Tesla: Alternating Current

Zonal Level Faculty Development Programme on Industrial Automation

Workshop on “C Programming”

WORKSHOP INDUSTRIAL VISIT TECHNICAL TALK

Vajamangala 220kvsubstation

Sattegala Mini Hydel Power Station

“Power Electronics Application in

Medical Systems”

“Recent Trends in High Voltage Engineering”

Electrical & Electronics Department

It gives me great pleasure to congratulate students, faculty and technical staff of Electrical and Electronics department for bringing out this volume of newsletter. Newsletter is believed to be a focus of the inside activities i.e. academics, students and faculty achievement as well asinnovation occurring in the department.

In the era of engineering and technology this newsletter will motivate the teachers and students for sharing their creativity and new ideas with the world and will help in their overall development.

Dr.Parthasarathy L.Cheif Editor

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VISIONTo create Electrical and Electronics Engineers who excel to be technically competent and fulfill the cultural and social aspirations of the society

MISSION•To provide knowledge to students that builds a strong foundation in the basic principles of electrical engineering, problem solving abilities,Analytical skills, soft skills and communication skills for their overall development.•To offer outcome based technical education.•To encourage faculty in training & development and to offer consultancy through research & industry interaction.

The Department of Electrical & Electronics Engineering had organised a One week Zonal Level Faculty DevelopmentProgramme on “Industrial Automation” in ATMECE, Mysuru in Januaryt2018.Resource Persons, Mrs. Kiran Pathak, Managing Director, RMJ Automation Solution and training Pvt Ltd, Mysuru and Mr. Saravanan Manager ProjectExecution, Adarsha Control and Automation Pvt. Ltd. Bengaluru (A system house of Schneider Electric) covered topics on Industrial Sensors & Transducers, PLC and its programming Fundamentals, Linking of different sensors with PLC & PLC programming with sensors, Supervisory control and Data Acquisition (SCADA), Hands on training on Schneider SCADA Vijeo citect 7.5.Finally Project work based on Sensors , PLC & SCADA Applications was accomplished in the weeklong schedule.

WORK SHOPS

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Department of Electrical & Electronics Engineering arranged an industrial visit to Vajamangala Substation for seventh semester students of EEE on 11th Sept-2017 Mr.Raghavendra L and Ms.Swapna H Accompanied the students.Two 75MVA, 220/66/11 kV Vajamangala station Comprising of 7 Bays of 220Kv 13 Bays of 66kV incorporated with SCADA (Supervisory Control and Data Acquisition) system comes under Mysore jurisdiction of Karnataka state in India

INDUSTRIAL VISIT

The Department had organized an Industry visit for 5th Semester students to Sattegala Mini Hydel Power Station, Sattegala village, Kollegala Taluk, Chamarajanagar District on 25th September 2017. The visit was intended to reinforce teaching and learning process. A total of 43 students participated in the industry visit and Mr.Praveen Kumar M and Mr.Sathish K R, Assistant Professors, Department of Electrical & Electronics Engineering co-ordinated the visit. It has 4 generating units with an installed capacity of 6.25 Megawatts (4x1.563MW) Vertical full Kaplan Turbines. The station has been successfully generating green energy since September 2006 with an annual energy generation of 35.3 Million Units

Did you know?The Human brain (when awake) produces enough electricity to power a 40 Watt Bulb

for 24 hours.

NIKOLA TESLA : Alternating Current The most important inventions from Nikola Tesla involve his contribution to alternating current (AC). It’s essential to note that he did not invent or even discover AC, but his inventions made AC applicable for widespread use, helping to electrify the world. The story of how Tesla’s AC current came to be the dominant power system is impossible to tell without talking about Thomas Edison. In his early career Tesla worked for Edison, whose company had developed direct current (DC). The problem with DC is that the electricity loses power as it gets farther out. That’s when Tesla developed his advancements in AC, which not only sends power out, but also brings power back to the source. This made it much more feasible to send large amounts of energy over a large area. Edison hated AC and thought that Tesla was completely wrong on the topic, leading to a rift between the two. A pivotal moment in the history of electricity came down to lighting the Chicago World’s Fair in 1893. Edison and Tesla both submitted quotes with Edison saying he could light the whole fair for $554,000, while Tesla said it could be done for $399,000. Tesla won the contract, and after the fair AC became more popular and the dominant electrical system that we still use today.

Two Days In House Workshop on “C Programming” for 5th Semester students on 09th & 10th November 2017 was conducted by Mr. Anil Kumar B H, Asst. professor,Computer science Dept., Atmece. And Mr. Kiran B, Asst. Professor,Computer science Dept., Atmece.

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PROGRAM EDUCATIONAL OBJECTIVES (PEO’S)

PEO1: To produce Electrical and Electronics Engineers who will exhibit the technical and managerial skills with professional ethics for the societal progress.PEO2: To make students continuously acquire, enhance their technical and socio-economic skills and also to be globally competent. PEO3: To impart the experience of research and development to students so that they develop abilities in offering solutions to relevant diverse career path.PEO4: To produce quality engineers with a team leading capabilities, also show good coordination to contributetowards real time application of projects.

PROGRAM SPECIFIC OUTCOMES (PSO’S)

PSO1: Understanding the performance analysis and real time application of Electrical & Electronics systems with suitable design modifications.PSO2: Developing algorithms for logical and automated systems under various Engineering and Non-Engineering disciplines.PSO3: Evaluate the feedback of engineering problems / solutions to society and environment through professional ethics.PSO4: Lifelong learning and to take part in team work, communicate effectively while executing the projects under various schemes.

The Department of Electrical & Electronics Engineering (EEE) had organ-ised a technical talk on “Power Electronics Application in Medical Systems” in ATMECE, Mysuru for final & pre-final year students on 13th November, 2017

The Department of Electrical & Electronics Engineering had organised a technical talk on “Recent Trends in High Voltage Engineering” in ATMECE, Mysuru for final & pre-final year students on 17th November, 2017.

TECHNICAL TALK

SPORTS ACHIEVEMENTS

1.Karthik M.U.,Nithin S.,Niranjan S.,Goutham S.L., of 7th semester represented ATME Softball team in Represented Mysore Zone on 26th October 2017 and won 1st place And in Interzone on 13th November 2017 and won 3rd place.

2.Rachana Y.L., Pallavi K.R., Prapulla K., of EEE Dept. represented ATME softball team in VTU Interzone on 13th November 2017 and won 2nd place.

TOPPERS

3rd SEMESTER1.Bhavya G.2.Rachana Y. L.

5th SEMESTER1.Sushmitha H.N.2.Hemanth Kumar

7th SEMESTER1.Nithin Raj2.Jagadeesha P.M.