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									<div class="h1"><h1>Job openings for farm assistant in new zealand</h1></div>
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					<b class="ffv p2px">&rsaquo;</b> Job openings for farm assistant in new zealand</p>
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				<div class="xxxlarge fw6 dif">Urgent Vacancy For Farm Assistant In New Zealand</div>
								
				<br>
				<p class="aj mt7px">We are looking for a motivated and young talent who want to enter the Agro industry and has the ability and intelligence to learn, adapt and progress quickly to management and self employment. This job will provide the perfect environment to rapidly increase skills and responsibility and we are also open to offering an apprenticeship program to the right candidate.<br />
Job Location:-New Zealand<br />
Work permit - 2 years  extended + living accommodation free , <br />
Salary:-140000 to 190000 monthly +OT benefit<br />
last date apply-27/08/2020.</p>
				
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				<td class="w195 alpha75 p5px">Experience</td>
				<td class="p5px">0 - 6 Years</td>
				</tr>			
											<tr>
							<td class="alpha75 p5px">Salary</td>
							<td class="p5px"> 17  Lac  To   22 Lac  50 Thousand  P.A.</td>
							</tr>				
											
					<tr>
					<td class="alpha75 p5px">Industry</td>
					<td class="p5px">Manufacturing / Production / Quality</td>
					</tr>
									
									<tr>
					<td class="alpha75 p5px">Qualification</td>
					<td class="p5px">Higher Secondary, Secondary School, Diploma, Other Bachelor Degree</td>
					</tr>					
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					<td class="alpha75 p5px">Key Skills</td>
					<td class="p5px">
											<span class="bdr dib p2px10px mr5px mt2px">Agricultural Engineer</span>
												<span class="bdr dib p2px10px mr5px mt2px">Agriculture Assistant</span>
												<span class="bdr dib p2px10px mr5px mt2px">Farm Management</span>
												<span class="bdr dib p2px10px mr5px mt2px">Farm Manager</span>
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				<p class="large fw6">About Company</p>
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						<td class="w195 alpha75 p5px">Contact Person</td>
						<td class="p5px">Chanakya academy   (Uttam Patil)</td>
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						<td class="w195 alpha75 p5px">Address</td>
						<td class="p5px">Chanakya academy Belewadi kallama, Tal-kagal dist-Kolhapur maharashtra</td>
						</tr>					
												<tr>
						<td class="w195 alpha75 p5px">Mobile </td>
						<td class="p5px">7071460707 </td>
						</tr>
												<tr>
						<td class="w195 alpha75 p5px">Email ID</td>
						<td class="p5px"><a href="mailto:uttamlovu@gmail.com"> uttamlovu@gmail.com </a></td>
						</tr>
										
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Job Location:-New Zealand
Work permit - 2 years  extended + living accommodation free , 
Salary:-140000 to 190000 monthly +OT benefit
last date apply-27/08/2020.",
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