a:6:{i:0;s:8483:"					<section class="headBg theme2 ">
					<div class="wrap">
					<div class="page-title-inner fo"> 
					<div class="h1"><h1>Bpo || Customer Care || 5 Days Working || Cab Facility</h1></div>
					<p class="breadcrumb ar uu small"><a href="http://www.kgnrecruiter.co.in/" title="Home">Home</a>
					
											<b class="ffv p2px">&rsaquo;</b><a href="http://www.kgnrecruiter.co.in/current-jobs.htm" title="Current Jobs">Current Jobs</a>
																
					<b class="ffv p2px">&rsaquo;</b> Bpo || Customer Care || 5 Days Working || Cab Facility</p>
					</div>
					</div>
					</section>
									<section id="middle">
				<div class="wrap" id="bodyFormatNT">
				<div class="row1 dt columns23"><!--MIDDLE ROW1 STARTS-->
				<div class="col-2 wideColumn ip ls detail_pm_15"><!--MIDDLE ROW1 COL-2 STARTS-->
				
								<p class="mb5px"><i class="fa fa-briefcase mr7px fl w15px alpha50"></i> 0 - 2 Years</p>
				
									<p class="mb10px"><i class="fa fa-map-marker mr7px fl pl1px w15px alpha50"></i>Delhi</p>
										
					<div>
					<form name="frmvacdetail" method="post" action="enquiry-form-10009.htm">
					<input style="padding:7px 15px;" class="button b ffos" type="submit" value="APPLY NOW !" />
					<input type="hidden" name="catalog_mi" value="806827">
					<input type="hidden" name="enq_type" value="2"><input type="hidden" name="vacancy_id" value="830497"><input type="hidden" name="subject" value="Applied for Bpo || Customer Care || 5 Days Working || Cab Facility">
					</form>
					</div>
			
						
				
				<br>
				<div class="bdrT pt20px">
				<p class="xlarge b">Job Description</p>
				<p class="aj mt10px">We are hiring fresher candidates for both Domestic BPO and International BPO Call Centers all over Delhi/NCR regions.<br />
 Freshers are eligible.<br />
 No Target,No Sale<br />
 Inbound and Outbound.<br />
Job Responsibilities: <br />
Candidate with good customer service skills would be preferred.<br />
Selected candidates will have choice to work either in Day or Night shifts<br />
Both freshers as well as experienced candidates can apply<br />
Candidate should have good client servicing skills<br />
Qualifications:<br />
Secondary(12th Pass) (Preferred)<br />
Good Hindi speaking<br />
Good English Speaking</p>
				
				<table class="w100 formTable bdr0 mt10px">				
											<tr>
							<td class="w22 alpha75 p5px">Salary</td>
							<td class="p5px"> 1  Lac  25 Thousand  To  2  Lac  50 Thousand  P.A.</td>
							</tr>				
											
					<tr>
					<td class="w22 alpha75 p5px">Industry</td>
					<td class="p5px">ITES / BPO / KPO / LPO / Customer Service / Operations</td>
					</tr>
									<tr>
				<td class="w22 alpha75 p5px">Work Experience</td>
				<td class="p5px">0 - 2 Years</td>
				</tr>
									<tr>
					<td class="w22 alpha75 p5px">Qualification</td>
					<td class="p5px">Higher Secondary</td>
					</tr>					
									
				</table>
				
				
				</div>
				
				<br>
				<div class="bdrT pt20px">
									<p class="xlarge b">Key Skills</p>
					<div class="mt10px dif">
											<span class="bn dib p5px10px c2px headVr mr7px mb7px">Customer Handling</span>
												<span class="bn dib p5px10px c2px headVr mr7px mb7px"> Customer Support</span>
												<span class="bn dib p5px10px c2px headVr mr7px mb7px"> Problem Solving</span>
											</div>
									</div>
				
				
				<br>
				<div class="bdrT pt20px">
				<p class="xlarge b">Company Profile</p>
				<div class="mt10px">
				
									<table class="w100 formTable bdr0 mt5px">
											<tr>
						<td class="w22 alpha75 p5px">Contact Person</td>
						<td class="p5px">Miss Arzoo</td>
						</tr>					
												<tr>
						<td class="w22 alpha75 p5px">Address</td>
						<td class="p5px">Delhi/NCR , India</td>
						</tr>					
												<tr>
						<td class="w22 alpha75 p5px">Mobile </td>
						<td class="p5px">8800289686 </td>
						</tr>
												<tr>
						<td class="w22 alpha75 p5px">Email ID</td>
						<td class="p5px"><a href="mailto:kgnrecruiter@gmail.com"> kgnrecruiter@gmail.com </a></td>
						</tr>
										
					</table>
									
				<br />
				
									
					<div class="bdrT pt20px">
					<form name="frmvacdetail" method="post" action="enquiry-form-10009.htm">
					<input style="padding:7px 15px;" class="button b ffos" type="submit" value="APPLY NOW !" />
					<input type="hidden" name="catalog_mi" value="806827">
					<input type="hidden" name="enq_type" value="2"><input type="hidden" name="vacancy_id" value="830497"><input type="hidden" name="subject" value="Applied for Bpo || Customer Care || 5 Days Working || Cab Facility">
					</form>
					</div>
			
									</div>
				</div>			
				
				<!--MIDDLE ROW1 COL-2 ENDS--> 
				</div>
				<div class="col-3 thinColumn"><!--MIDDLE ROW1 COL-1 STARTS-->
				
				<div class="column_Box mc">
				<div class="tcl bullet divider">
				<div class="h h2"><b class="plusMinus"></b>
				<h2>Jobs by Location</h2>
				</div>
				<div class="ic showHide_rp">
				<div class="mt10px">
									<span class="dib p5px10px c2px headVr mr7px mb7px "><a class="dif" href="jobs-in-delhi.htm" title="Jobs in Delhi">Delhi</a> <b class="alpha50 bn small">(60)</b></span>
										<span class="dib p5px10px c2px headVr mr7px mb7px "><a class="dif" href="jobs-in-noida.htm" title="Jobs in Noida">Noida</a> <b class="alpha50 bn small">(49)</b></span>
										<span class="dib p5px10px c2px headVr mr7px mb7px "><a class="dif" href="jobs-in-faridabad.htm" title="Jobs in Faridabad">Faridabad</a> <b class="alpha50 bn small">(23)</b></span>
										<span class="dib p5px10px c2px headVr mr7px mb7px "><a class="dif" href="jobs-in-gurgaon.htm" title="Jobs in Gurgaon">Gurgaon</a> <b class="alpha50 bn small">(35)</b></span>
										<span class="dib p5px10px c2px headVr mr7px mb7px "><a class="dif" href="jobs-in-greaternoida.htm" title="Jobs in Greater Noida">Greater Noida</a> <b class="alpha50 bn small">(5)</b></span>
										<span class="dib p5px10px c2px headVr mr7px mb7px "><a class="dif" href="jobs-in-ghaziabad.htm" title="Jobs in Ghaziabad">Ghaziabad</a> <b class="alpha50 bn small">(10)</b></span>
									</div>
				</div>
				</div>
				</div>
				
				<div class="column_Box mc">
				<div class="tcl bullet divider">
				<div class="h h2"><b class="plusMinus"></b>
				<h2>Jobs by Functional Area</h2>
				</div>
				<div class="ic showHide_rp">
				<div class="mt10px">
									<span class="dib p5px10px c2px headVr mr7px mb7px "><a class="dif" href="jobs-in-banking-fid.htm" title="Banking / Investments / Stock Market / Financial Services Jobs">Banking / Investments / Stock Market / Financial Services</a> <b class="alpha50 bn small">(1)</b></span>
										<span class="dib p5px10px c2px headVr mr7px mb7px "><a class="dif" href="jobs-in-fresh-graduate-fid.htm" title="Fresher / Trainee Jobs">Fresher / Trainee</a> <b class="alpha50 bn small">(9)</b></span>
										<span class="dib p5px10px c2px headVr mr7px mb7px "><a class="dif" href="jobs-in-call-center-medical-transcription-fid.htm" title="ITES / BPO / KPO / LPO / Customer Service / Operations Jobs">ITES / BPO / KPO / LPO / Customer Service / Operations</a> <b class="alpha50 bn small">(165)</b></span>
									
				</div>
				</div>
				</div>
				</div>
				
				</div>
				<!--MIDDLE ROW1 COL-1 ENDS-->
				
				<!--MIDDLE ROW1 ENDS--> 
				</div>
				<br><br>
				</div>
				</section>
				<script>
					window.addEventListener("DOMContentLoaded", function(){
						jQuery(document).on("click", ".showallspan", function(){
							if(jQuery(this).attr("data-target") === 'show'){
								jQuery(this).text("View Less");
								jQuery(this).attr("data-target", "hide");
								jQuery(this).closest("div").find(".spanlist").removeClass("dn");
							}else{
								jQuery(this).text("View More");
								jQuery(this).attr("data-target", "show");
								jQuery(this).closest("div").find(".spanlist").addClass("dn");
							}
						});
					});
				</script>
					<script>
	$.ajax({
	  url: "https://www.placementindia.com/job_posting_view.php",
	  type: "POST",
	  dataType: 'html',
	  data: {job_view_id: 'SFZRUTB1eFlVck52REc0RGFkNFdGZz09',data_type: 'RExzRmw1cmRsdlh6YkJlVUZBNnA4UT09'},
	  cache : false,
	  async: true
	  
	}).done(function(resp) {
	  //alert(resp)
	});
	</script>
	";i:1;s:136:"Bpo || Customer Care || 5 Days Working || Cab Facility Jobs in Delhi - Vacancy in ITES / BPO / KPO / LPO / Customer Service / Operations";i:2;s:338:"Bpo || Customer Care || 5 Days Working || Cab Facility Jobs,Bpo || Customer Care || 5 Days Working || Cab Facility Jobs in Delhi,Bpo || Customer Care || 5 Days Working || Cab Facility Vacancy in Delhi,Bpo || Customer Care || 5 Days Working || Cab Facility jobs in India,ITES / BPO / KPO / LPO / Customer Service / Operations jobs in Delhi";i:3;s:394:"Apply for Bpo || Customer Care || 5 Days Working || Cab Facility Jobs in Delhi India - Bpo || Customer Care || 5 Days Working || Cab Facility Vacancy  in ITES / BPO / KPO / LPO / Customer Service / Operations field with 0 to 2 years Work Experience, Key Skills are Customer Handling, Customer Support, Problem Solving, ITES / BPO / KPO / LPO / Customer Service / Operations jobs in Delhi  India";i:4;s:1324:"
		<script type="application/ld+json">
		{
		  "@context": "http://schema.org",
		  "@type": "JobPosting",
		  "title": "Bpo || Customer Care || 5 Days Working || Cab Facility",
		  "baseSalary": " 1  Lac  25 Thousand  To  2  Lac  50 Thousand ",
		  "description": "We are hiring fresher candidates for both Domestic BPO and International BPO Call Centers all over Delhi/NCR regions.
 Freshers are eligible.
 No Target,No Sale
 Inbound and Outbound.
Job Responsibilities: 
Candidate with good customer service skills would be preferred.
Selected candidates will have choice to work either in Day or Night shifts
Both freshers as well as experienced candidates can apply
Candidate should have good client servicing skills
Qualifications:
Secondary(12th Pass) (Preferred)
Good Hindi speaking
Good English Speaking",
		  "educationRequirements": "Higher Secondary",
		  "experienceRequirements": "0 - 2 Years",
		  "industry": "ITES / BPO / KPO / LPO / Customer Service / Operations",
		  "jobLocation": {
		    "@type": "Place",
		    "address": {
		      "@type": "PostalAddress",
		      "addressLocality": "Delhi/NCR",
		      "addressRegion": "Delhi"
		    }
		  },
		 "qualifications": "Higher Secondary",
		     "skills": "Customer Handling, Customer Support, Problem Solving"
		  }
		</script>
		";i:5;N;}