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Objective:

To acquire a position in an organization, where I can share my knowledge and initiative ideas among the team members and thereby work sincerely and honestly towards the growth and development of the organization.

Education:

· Bachelors of technology in Instrumentation and control engineering. 2007

PRRM Engineering College, Hyderabad, A.P. 70%

· Board of Intermediate Education. 2003

Ratna junior college, Narayanguda, Hyderabad, A.P. 77.2%

· Board of secondary Education. 2001

ST. Joseph’s High School, kingkothi, Hyderabad, A.P. 79%

Projects:

· A project on Computerized Respiration Analysis.

Computerized respiration analysis is based on embedded technology with minimum electronic complexities. The system can analyse exact values in digital read out, online graphs using ‘c’ language can be obtained with real time recording (logging). Its used as respiration temperature indicator and abnormal indications can also be analysed. The system can be implemented in hospitals. This system is most commonly used because of its low cost.

· Intending to do a final project based on Instrumentation.

Papers:

· Presented a technical paper on Robotics in national level student’s technical meet.

The field of robotics has created a large class of robots with the same basic physical and navigational competencies. At the same time, society has begun to move towards incorporating robots into everyday life, from entertainment to health care. Moreover, robots could free a large number of people from hazardous situations, essentially allowing them to be used as replacements for human beings.

Many of the applications being pursued by AI robotics researchers are already fulfilling that potential. In addition, robots can be used for more commonplace tasks such as janitorial work.

· Presented a seminar on Multimeter or a volt-ohm-milliammeter.

The ammeter, the voltmeter and the ohmmeter all use a d’Arsonval movement. The difference between these instruments is the circuit in which the basic movement is used. Therefore a single instrument (multimeter) can be designed to perform all the three measurement functions. The instrument which contains a function switch to connect the appropriate circuits to the d’Arsonval movement is often called a multimeter.

· Presented a seminar on Eletrode Potentials, a topic from bio-medical instrumentation and measurements.

Devices that convert ionic potentials into electronic potentials are called electrodes. The theory of electrodes and the principles that govern their design are inherent in an understanding of the measurement of bioelectric potentials. This same theory also applies to electrodes used in chemical transducers. The interface of metallic ions in solution with their associated metals results in an electrical potential that is called the electrode potential.

· Participated in seminar on wireless technologies organized by our college.

Related Course work:

· Electronic devices and circuits, Network theory, Transducers and Instrumentation Components, Signals and Systems, Electrical and electronic measurements, Electrical technology, Linear and Digital IC Applications, Electronic Equipment Design, Analytical Instrumentation, Process Control Instrumentation, Power Plant Instrumentation, Digital and Optimal Control Systems.

Technical Proficiencies:

· Languages: C, Data Structures, Java.

· Operating Systems: Windows 98.

References available upon request.