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					<div class="h1"><h1>Job openings for urgent hiring in </h1></div>
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				<div class="xxxlarge fw6 dif">Urgent Hiring For Travel Sales Consultant - Gurgaon</div>
									<p class="mt7px fw6">Gurgaon</p>
									
				<br>
				<p class="aj mt7px">Dear Candidates,<br />
We Are Hiring for International Travel Process in Gurgaon Location.<br />
<br />
Opening in Travel Sales & Chargeback Position<br />
•	Both Side Cab<br />
•	Good Salary Package<br />
•	5 Days Working 	<br />
•	Australian Shift / Graveyard Shift / US Shift<br />
<br />
Profile / Skills required: <br />
•	Excellent Communication and Interpersonal skills.<br />
•	Minimum 06 months experience in International Travel Process <br />
•	Knowledge GDS (Amadeus and Sabre)<br />
•	Flexible to work in any shifts.<br />
•	Should be a team player<br />
<br />
If You Do Have Any Reference For Me So Please Let Me Know.<br />
 <br />
You can Pass this Message to your Friends.</p>
				
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				<td class="w195 alpha75 p5px">Experience</td>
				<td class="p5px">1 - 3 Years</td>
				</tr>			
											<tr>
							<td class="alpha75 p5px">Salary</td>
							<td class="p5px"> 3  Lac  To  4  Lac  75 Thousand  P.A.</td>
							</tr>				
											
					<tr>
					<td class="alpha75 p5px">Industry</td>
					<td class="p5px">ITES / BPO / KPO / LPO / Customer Service</td>
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					<td class="p5px">Other Bachelor Degree</td>
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					<td class="alpha75 p5px">Key Skills</td>
					<td class="p5px">
											<span class="bdr dib p2px10px mr5px mt2px">Travel Sales Consultant</span>
												<span class="bdr dib p2px10px mr5px mt2px">Travel Sales</span>
												<span class="bdr dib p2px10px mr5px mt2px">Travel Sales Executive</span>
												<span class="bdr dib p2px10px mr5px mt2px">Travel Consultant</span>
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						<td class="w195 alpha75 p5px vat">Company Name</td>
						<td class="p5px vat"><p class="dif b">JOB PLEDGE CONSULTANTS</p></td>
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						<td class="w195 alpha75 p5px vat">About Company</td>
						<td class="p5px vat">WE ARE HIRING FOR INTERNATIONAL INDUSTRY.
FOR MORE DETAILS YOU CAN VISIT OUR WEBSITE www.jobpledgeconsultants.com OR CONTACT ME ON 783502674</td>
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						<td class="p5px"><a href="mailto:recruiter13.jobpledge@gmail.com"> recruiter13.jobpledge@gmail.com </a></td>
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	";i:1;s:59:"Job openings for urgent hiring in  | Job Pledge Consultants";i:2;s:319:"Urgent Hiring for Travel Sales Consultant - Gurgaon Jobs,Urgent Hiring for Travel Sales Consultant - Gurgaon Jobs in Gurgaon,Urgent Hiring for Travel Sales Consultant - Gurgaon Vacancy in Gurgaon,Urgent Hiring for Travel Sales Consultant - Gurgaon jobs in India,ITES / BPO / KPO / LPO / Customer Service jobs in Gurgaon";i:3;s:391:"Apply for Urgent Hiring for Travel Sales Consultant - Gurgaon Jobs in Gurgaon India - Urgent Hiring for Travel Sales Consultant - Gurgaon Vacancy  in ITES / BPO / KPO / LPO / Customer Service field with 1 to 3 years Work Experience, Key Skills are Travel Sales Consultant,Travel Sales,Travel Sales Executive,Travel Consultant, ITES / BPO / KPO / LPO / Customer Service jobs in Gurgaon  India";i:4;s:1385:"
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		  "title": "Urgent Hiring for Travel Sales Consultant - Gurgaon",
		  "baseSalary": " 3  Lac  To  4  Lac  75 Thousand ",
		  "description": "Dear Candidates,
We Are Hiring for International Travel Process in Gurgaon Location.

Opening in Travel Sales & Chargeback Position
•	Both Side Cab
•	Good Salary Package
•	5 Days Working 	
•	Australian Shift / Graveyard Shift / US Shift

Profile / Skills required: 
•	Excellent Communication and Interpersonal skills.
•	Minimum 06 months experience in International Travel Process 
•	Knowledge GDS (Amadeus and Sabre)
•	Flexible to work in any shifts.
•	Should be a team player

If You Do Have Any Reference For Me So Please Let Me Know.
 
You can Pass this Message to your Friends.",
		  "educationRequirements": "Other Bachelor Degree",
		  "experienceRequirements": "1 - 3 Years",
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		     "skills": "Travel Sales Consultant,Travel Sales,Travel Sales Executive,Travel Consultant"
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