SPHINX WORLD BIZ Ltd Noida : front Office/Receptionist

[Vivek Rathore]

SPHINX WORLD BIZ Ltd Noida : front Office/Receptionist
Website: http://www.sphinxworldbiz.com


Designation: front Office/Receptionist

Job Description:
1. Good Communication skill.
2. Handle telephone/Fax & emails,Sending Couriers.
3. Attending visitors & co-ordinating with other departments.

Desired Candidate Profile:
1.Knowledge og Computer, MS Office, Internet.
2. Attending calls & walkin candidates.
3. Handling Back office operations.
4. Interested candidates can come for walkin on 17th, 18th, 21st, 22nd Sep 09 (between 11am to 5 pm).
5. Freshers may also apply

Executive Name: Ms. Gunjan/Priyanka

Address:
SPHINX WORLD BIZ Ltd
A-27C Sec 16 Noida
NOIDA,Uttar Pradesh,India 201301

Email Address: hr@sphinxworldbiz.com

Telephone: 9310049218

[Guest-IJT]

RESUME
BHAVANI.R E-Mail : bavani.rayala AT gmail.com

CAREER OBJECTIVE

To pursue a highly challenging and creative career where I can apply my existing knowledge and creativity , acquire new skills and contribute effectively to the organization.
ACADEMIC PROFILE
Degree/
Certificate Board/University Division Year of Passing % Marks
B.Tech (EEE) Sri Sivani College Of Engineering

Distinction
2010
71%
INTER (M.P.C) Board of Intermediate
Education
Distinction
2006
82.1%
SSC Board of Secondary
Education
Distinction
2004
82.2%
TECHNICAL SKILLS

Designing languages : Pspice , Matlab
Operating Systems : MS Windows
Programming Languages : C,C#,ASP.NET AND SQL SERVER
RESPONSIBILITIES
.
- Motivating the team to get the desired results.
- Team player and to work in a fast paced environment, very positive
- Good Relationship with self-employed and employed Segments
ACHIEVEMENTS
Presented a paper on “Nano Technology” at a national level Technical fiesta conducted by the chaitanya engineering college at vishakhapata
PROJECT EXPERIENCE
Project Name : Phasor simulastion of 9mw wind forms using induction generator wind turbines
Role : Team leader (for 5 members)
Project Duration : 45 Days
Project Description :
In this project,a grid connected wind power generation scheme using a Doubly fed induction generator(DFIG) is studied.The aim of this project are modeling and simulation of the operating in two quardrants, (torque,speed)of the DFIG. The analysis employs stator flux vector control algorithm to control rotor current, The system enables optimal speed tracking for maximum energy capture from the wind and high performance active and reactive power regulation using regulators.