a:6:{i:0;s:8962:"					<section class="headBg theme2 ">
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					<div class="h1"><h1>Bpo Executive</h1></div>
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					<b class="ffv p2px">&rsaquo;</b> Bpo Executive</p>
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								<p class="mb5px"><i class="fa fa-briefcase mr7px fl w15px alpha50"></i> 0 - 1 Years</p>
				
									<p class="mb10px"><i class="fa fa-map-marker mr7px fl pl1px w15px alpha50"></i>Bangalore</p>
										
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				<p class="xlarge b">Job Description</p>
				<p class="aj mt10px">Bpo Hiring for International Semi Voice Process<br />
international Company<br />
job Location- Bangalore, Mg Road<br />
qualification- Any Graduate (mandatory)<br />
experience- Fresher<br />
salary : Basic Rs 14,500+ Fixed Incentive per Month Rs 3000- 4000+ Six Months Bonus Rs 15000 & One Year Bonus Rs 40,000+ Two Way Cab Service + Daily Food Voucher + Monthly Shopping Voucher</p>
				
				<table class="w100 formTable bdr0 mt10px">				
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							<td class="w22 alpha75 p5px">Salary</td>
							<td class="p5px"> 1  Lac  75 Thousand  To  2  Lac  25 Thousand  P.A.</td>
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					<td class="w22 alpha75 p5px">Industry</td>
					<td class="p5px">ITES / BPO / KPO / LPO / Customer Service / Operations</td>
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				<td class="w22 alpha75 p5px">Work Experience</td>
				<td class="p5px">0 - 1 Years</td>
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					<td class="w22 alpha75 p5px">Qualification</td>
					<td class="p5px">MD/Medicinae Doctor</td>
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				<br>
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									<p class="xlarge b">Key Skills</p>
					<div class="mt10px dif">
											<span class="bn dib p5px10px c2px headVr mr7px mb7px">Telecalling</span>
												<span class="bn dib p5px10px c2px headVr mr7px mb7px"> BPO</span>
												<span class="bn dib p5px10px c2px headVr mr7px mb7px"> Telemarketing</span>
												<span class="bn dib p5px10px c2px headVr mr7px mb7px"> Telesales</span>
												<span class="bn dib p5px10px c2px headVr mr7px mb7px"> Voice Process</span>
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				<p class="xlarge b">Company Profile</p>
				<div class="mt10px">
				
									<table class="w100 formTable bdr0 mt5px">
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						<td class="w22 alpha75 p5px">Contact Person</td>
						<td class="p5px">GOWDA</td>
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						<td class="w22 alpha75 p5px">Mobile </td>
						<td class="p5px">7483339424 </td>
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					<input type="hidden" name="enq_type" value="2"><input type="hidden" name="vacancy_id" value="870945"><input type="hidden" name="subject" value="Applied for Bpo Executive">
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	";i:1;s:99:"Bpo Executive Jobs in Bangalore - Vacancy in ITES / BPO / KPO / LPO / Customer Service / Operations";i:2;s:186:"Bpo Executive Jobs,Bpo Executive Jobs in Bangalore,Bpo Executive Vacancy in Bangalore,Bpo Executive jobs in India,ITES / BPO / KPO / LPO / Customer Service / Operations jobs in Bangalore";i:3;s:325:"Apply for Bpo Executive Jobs in Bangalore India - Bpo Executive Vacancy  in ITES / BPO / KPO / LPO / Customer Service / Operations field with 0 to 1 years Work Experience, Key Skills are Telecalling, BPO, Telemarketing, Telesales, Voice Process, ITES / BPO / KPO / LPO / Customer Service / Operations jobs in Bangalore  India";i:4;s:1104:"
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qualification- Any Graduate (mandatory)
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