Ask Question / Post resume

Post a reply to the thread: www.cueflux.co.in Technologies Pvt Ltd Hyderabad, Mumbai : SAP Basis, SQL Server

Your Message

Your Username:

Notes:-
1) You can copy and paste your full resume in the box below.
2) Or you can ask your question. We try to answer, as far as possible.

Title:

[QUOTE=Guest;167170]Email s.sudhir64 AT yahoo.com 
Sudhir Poojary.
[b]Career Objective [/b]:
 Intend to build a career with leading corporate of hi-tech environment with committed & dedicated people, which will help me to explore myself fully and realize my potential. Willing to work as a key player in challenging & creative environment
Summary
MANUAL TESTING SKILLS
- Good exposure to Software Development Life Cycle.
- Knowledge in doing Functional and Integration Testing & End to End Testing.
- Knowledge in Smoke testing, Sanity testing, Compatibility testing, Ad-hoc testing. 
- Knowledge in I18N testing and L10N testing.
- Strong in writing Test Case Design Techniques.
 SQL SKILLS
- Good knowledge of RDBMS concepts including constraints, normalization, etc.
- Ability to write SQL Queries.
- Exposure to DDL, DML, and TCL.
- Excellent understanding of Oracle SQL techniques like Sub queries, Grouping, Functions, operators etc.
- Good knowledge of Joins.
 
[b]Certifications [/b]:
- Presently doing Software Testing (Manual, SQL, QTP, Load Runner) from QSpiders, Bangalore.
[b]Academic Background [/b]:
Course Institution Year Percentage 
 B.E (E&C) 
 
St. Joseph Engineering College, Mangalore, Karnataka. 
2011 
 62
 PUC ( 10+2)
 
Jain Pre-University College, Moodbidri, Karnataka. 
2007 
 76.3 
 SSLC ( 10) 
Shri Subrahmanya Swamy High School, Kadandale, Karnataka.
 
2005 
 71.04
[b]Technical Skills [/b]:
[b]- Programming Languages [/b]: C, C++, SQL.
[b]- HDL Languages [/b]: Verilog, VHDL.
[b]- Software Used [/b]: Xilinx ISE, Matlab, Tanner.
[b]- Operating System [/b]: Windows XP, Vista, Windows 7.
[b]- Database Language [/b]: ORACLE 9I/10G.
[b]Strengths [/b]:
- Good Verbal and Communication skills.
- Ability to blend into & lead a team.
- Positive Attitude, Commitment to work, Sincerity & Punctuality.
- Desire for innovation & Continuous learning.
[b]Hobbies and Interests [/b]:
- Social networking.
- Browsing. 
- Playing and watching cricket.
[b]Projects During Course [/b]:
[b]Project name [/b]: Small Unmanned Ground Vehicle.
[b]Duration [/b]: 3 months
[b]Team size [/b]: 4 
[b]Description  [/b]: The circuit of Small Unmanned Ground Vehicle is divided basically into two parts, transmitter part and the receiver part. The transmitter part has a keypad at its input. The keypad is made up of 16 keys. These keys are nothing but switches which when pressed signify an operation. These keys are connected to the microcontroller. The microcontroller uses poling method to identify which switch is being pressed. The microcontroller generates specific codes for different switches being pressed. This data is then encoded and transmitted using ASK transmitter module, based on OOK modulation. 
 The output of the microcontroller is parallel data given to the data encoder. The data encoder encodes this data from parallel to serial before giving it to the RF transmitter module. The RF receiver module receives this data through the antenna and gives it to the data decoder, which converts this serial data to parallel data. This o/p is given to the microcontroller. The microcontroller contains algorithms stored in its memory, and as it gets input data through the data decoder, it identifies the operation to be performed according to the algorithms. These operations are nothing but driving the motor on. So we require a motor driver to drive the motor. These motors then perform various operations. 
[b]Academic Projects [/b]:
 Mini Project 
 [b]Project Title [/b]: Wireless Switch.
 [b]Duration [/b]: 2 Months (Jul-Aug 2010)
 
[b]Description [/b]: Normally, home appliances are controlled by means of switches, sensors, etc. However, physical contact with switches may be dangerous if there is any shorting. The circuit of wireless switch requires no physical contact for operating the appliance. You just need to move your hand between infrared LED and the phototransistor. The infrared rays transmitted by LED is detected by phototransistor to activate hidden clock, flush system or else. 
 This circuit is very stable and sensitive compared to other AC appliance control circuits. It is simple, compact and cheap. Current consumption is low in mili amperes.
[b]Seminar During Course [/b]:
- Human-Following Mobile Robot in a Distributed Intelligent Sensor Network.[/QUOTE]

All times are GMT +5.5. The time now is 09:55 PM.