安徽省工程技术学校2019年招聘人员笔试成绩通知

2019-06-20 17:41亳州事业单位招聘网来源：安徽工程技术学院

　　亳州事业单位招聘网同步安徽工程技术学院提供以下事业单位成绩查询信息：安徽省工程技术学校2019年招聘人员笔试成绩通知，更多关于2019安徽省直事业单位招聘,安徽工程技术学校,工程学院笔试,事业单位成绩查询的内容，请关注亳州事业单位招聘网/亳州人事考试网！

　　亳州华图同步安徽工程技术学院考试动态信息：2019安徽工程技术学校招聘人员笔试成绩通知。更多关于2019安徽省直事业单位招聘,安徽工程技术学校,工程学院笔试,安徽工程技术学院的信息的内容，请关注安徽事业单位招聘网，欢迎加入2019亳州事业单位招聘交流群：137351210，亳州华图官方微信(亳州华图教育：bzhtjy)。

关于公布安徽工程技术学校2019年度公开招聘人员笔试成绩的通知

　　根据省直事业单位招聘工作统一安排，现将报考我校考生成绩公布如下，

　　安徽工程技术学校2019年度公开招聘笔试成绩150分以上人员名单

招聘单位	准考证号	岗位代码	职测成绩	综合成绩	笔试成绩	备注
安徽工程技术学校	2134300700326	3000069	104	99.5	203.5
	2134300700323	3000069	89.5	100.5	190
	2134300700321	3000069	72	110	182
	2134300700319	3000069	76	99	175
	2134300700320	3000069	74.5	85	159.5
	2134300700324	3000069	79.5	74.5	154
	2134300700430	3000070	98.5	118.5	217
	2134300700328	3000070	96.5	119	215.5
	2134300700506	3000070	97	108	205
	2134300700426	3000070	101.5	103	204.5
	2134300700403	3000070	109	92	201
	2134300700418	3000070	98	95.5	193.5
	2134300700414	3000070	93	94.5	187.5
	2134300700422	3000070	92	93	185
	2134300700419	3000070	87.5	97	184.5
	2134300700502	3000070	84.5	98	182.5
	2134300700412	3000070	89	91	180
	2134300700429	3000070	78	102	180
	2134300700406	3000070	86.5	92.5	179
	2134300700420	3000070	92.5	85.5	178
	2134300700417	3000070	74.5	101	175.5
	2134300700508	3000070	78.5	95	173.5
	2134300700504	3000070	82	91	173
	2134300700407	3000070	80.5	90	170.5
	2134300700427	3000070	68.5	99	167.5
	2134300700505	3000070	91	75.5	166.5
	2134300700408	3000070	74.5	91	165.5
	2134300700413	3000070	96.5	68	164.5
	2134300700330	3000070	88	75.5	163.5
	2134300700421	3000070	72	82	154
	2134300700416	3000070	77.5	76	153.5
	2134300700503	3000070	63.5	87	150.5
	2134300700512	3000071	85.5	83	168.5
	2134300700513	3000071	69.5	95.5	165
	2134300700510	3000071	63.5	98.5	162
	2134300700521	3000072	110.5	102	212.5
	2134300700609	3000072	107	102.5	209.5
	2134300700518	3000072	98	107	205
	2134300700607	3000072	95.5	107	202.5
	2134300700629	3000072	99.5	99.5	199
	2134300700515	3000072	97.5	98.5	196
	2134300700525	3000072	84.5	104.5	189
	2134300700610	3000072	97.5	89.5	187
	2134300700605	3000072	79.5	107	186.5
	2134300700619	3000072	91	94	185
	2134300700608	3000072	95	89	184
	2134300700526	3000072	80	101	181
	2134300700514	3000072	82	98	180
	2134300700519	3000072	88.5	89.5	178
	2134300700614	3000072	96.5	81.5	178
	2134300700611	3000072	88	85.5	173.5
	2134300700624	3000072	88.5	82.5	171
	2134300700630	3000072	84	86	170
	2134300700530	3000072	83.5	85	168.5
	2134300700617	3000072	73.5	93	166.5
	2134300700606	3000072	68.5	93	161.5
	2134300700520	3000072	77	83	160
	2134300700618	3000072	86.5	73	159.5
	2134300700612	3000072	76	82	158
	2134300700623	3000072	80	77	157
	2134300700621	3000072	74.5	81	155.5
	2134300700705	3000072	76	78	154
	2134300700528	3000072	72.5	81	153.5
	2134300700923	3000073	104.5	112.5	217
2134300700907	3000073	110	104	214
2134300700828	3000073	104.5	106	210.5
2134300700714	3000073	101	102.5	203.5
2134300700723	3000073	109	90.5	199.5
2134300701010	3000073	99	98.5	197.5
2134300700811	3000073	97.5	98.5	196
2134300700813	3000073	96	99	195
2134300700919	3000073	96.5	97	193.5
2134300700820	3000073	97	95	192
2134300700819	3000073	100.5	91	191.5
2134300700924	3000073	102.5	88.5	191
2134300701013	3000073	93.5	97.5	191
2134300700725	3000073	83.5	107	190.5
2134300700728	3000073	91.5	99	190.5
2134300700909	3000073	95.5	95	190.5
2134300700911	3000073	85.5	105	190.5
2134300700727	3000073	97.5	91.5	189
2134300701025	3000073	100	88	188
2134300700827	3000073	84.5	100	184.5
2134300701027	3000073	88.5	96	184.5
2134300700930	3000073	83.5	100.5	184
2134300700801	3000073	72.5	111	183.5
2134300700912	3000073	100.5	82.5	183
2134300701030	3000073	86.5	96	182.5
2134300701107	3000073	87	95.5	182.5
2134300701024	3000073	93.5	88.5	182
2134300701017	3000073	83.5	98	181.5
2134300700910	3000073	93	88	181
2134300700920	3000073	80	100	180
2134300700722	3000073	101	78.5	179.5
2134300700825	3000073	94	85.5	179.5
2134300700711	3000073	82.5	96	178.5
2134300700805	3000073	86	92	178
2134300700906	3000073	86.5	91.5	178
2134300700916	3000073	100	76	176
2134300700830	3000073	76.5	98	174.5
2134300700929	3000073	77	97	174
2134300701020	3000073	96.5	76.5	173
2134300700826	3000073	77.5	95	172.5
2134300700917	3000073	97	75	172
2134300700922	3000073	85.5	86.5	172
2134300700918	3000073	77.5	93	170.5
2134300700821	3000073	81.5	88	169.5
2134300701008	3000073	79.5	90	169.5
2134300700721	3000073	76.5	92	168.5
2134300701007	3000073	81.5	87	168.5
2134300701019	3000073	72.5	95	167.5
2134300700928	3000073	68	99	167
2134300701001	3000073	86	81	167
2134300700715	3000073	76.5	90	166.5
2134300700903	3000073	90	75.5	165.5
2134300700904	3000073	89.5	75.5	165
2134300700729	3000073	81	83	164
2134300701004	3000073	81	83	164
2134300700809	3000073	80.5	83	163.5
2134300700905	3000073	81.5	82	163.5
2134300701102	3000073	68.5	95	163.5
2134300701106	3000073	83.5	78	161.5
2134300700718	3000073	82	79	161
2134300701002	3000073	78	82	160
2134300700710	3000073	71	87	158
2134300700719	3000073	76	81	157
2134300700730	3000073	74.5	81	155.5
2134300700716	3000073	83	72	155
2134300700817	3000073	68	87	155
2134300700810	3000073	72	82	154
2134300700803	3000073	71.5	81	152.5
3134301202003	3000074	103.4	92	195.4
3134301202121	3000074	113.4	80	193.4
3134301202123	3000074	104.7	87	191.7
3134301201924	3000074	93.2	98	191.2
3134301202017	3000074	97.3	90	187.3
3134301202005	3000074	83.7	100	183.7
3134301202023	3000074	92.5	89.5	182
3134301201929	3000074	98.4	82.5	180.9
3134301202118	3000074	83.1	97	180.1
3134301202016	3000074	95.6	81	176.6
3134301202013	3000074	98.5	77.5	176
3134301201922	3000074	92.8	81.5	174.3
3134301202113	3000074	86.6	87	173.6
3134301202125	3000074	101.5	72	173.5
3134301202116	3000074	78.4	93.5	171.9
3134301202126	3000074	95	76	171
3134301202028	3000074	93.7	77	170.7
3134301202030	3000074	80.2	90	170.2
3134301202010	3000074	90.8	79	169.8
3134301202004	3000074	91.9	77	168.9
3134301202018	3000074	89.8	79	168.8
3134301202019	3000074	85.6	83	168.6
3134301201925	3000074	90.5	77	167.5
3134301202025	3000074	82.4	84.5	166.9
3134301202127	3000074	88.9	77.5	166.4
3134301202122	3000074	74.2	91	165.2
3134301202120	3000074	77.7	87	164.7
3134301201918	3000074	91.1	72.5	163.6
3134301201920	3000074	84.6	74	158.6
3134301201921	3000074	73.1	85	158.1
3134301202006	3000074	78.7	76	154.7
3134301201916	3000074	82.1	70	152.1
3134301202105	3000074	89.6	62.5	152.1
3134301202203	3000075	110.4	98.5	208.9
3134301202129	3000075	72.9	89.5	162.4
3134301202209	3000075	73.6	84.5	158.1
3134301202229	3000076	107.6	94	201.6
3134301202222	3000076	93	94.5	187.5
3134301202219	3000076	96.7	90	186.7
3134301202212	3000076	90.6	96	186.6
3134301202223	3000076	86.8	99	185.8
3134301202214	3000076	96.4	80	176.4
3134301202224	3000076	96.4	80	176.4
3134301202225	3000076	100.5	74	174.5
3134301202228	3000076	94.5	74	168.5
3134301202217	3000076	90.5	77	167.5
3134301202220	3000076	84.7	73	157.7
3134301202213	3000076	86.4	69	155.4
3134301202218	3000076	85.7	69	154.7
3134301202211	3000076	71	81	152
3134301202303	3000077	99.9	97	196.9
3134301202310	3000077	90.1	98.5	188.6
3134301202301	3000077	89	98	187
3134301202230	3000077	94.2	82	176.2
3134301202308	3000077	88.1	86.5	174.6
3134301202305	3000077	70.3	86.5	156.8
3134301202309	3000077	71.2	79	150.2
3134301202315	3000078	93	104	197
3134301202323	3000078	99.6	96.5	196.1
3134301202322	3000078	113.3	68.5	181.8
3134301202327	3000078	101.2	79.5	180.7
3134301202314	3000078	99.9	77.5	177.4
3134301202330	3000078	107.3	69.5	176.8
3134301202326	3000078	89.2	86	175.2
3134301202321	3000078	98.7	73	171.7
3134301202311	3000078	91.1	80.5	171.6
3134301202329	3000078	88.6	82	170.6
3134301202320	3000078	97.5	70	167.5
3134301202324	3000078	91.5	75.5	167
3134301202316	3000078	90.8	70	160.8
3134301202312	3000078	75.3	75	150.3