【學術報告】紐約州立大學Mohammad T. Khasawneh教授
中文(简体) Public
<a href="http://www.jordan-taiwan.com/">鍠腹</a>AIR JORDAN绯诲垪鐞冮瀷鍦ㄩ姺閲忚垏甯傚牬闇€姹傛柟闈㈤仚閬欓牁鍏堟柤鍏跺畠鐢㈠搧锛屾瘡骞寸偤鏁村€嬮亱鍕曢瀷琛屾キ妯圭珛璧蜂竴鍊嬪張涓€鍊嬫洿楂樼殑瑷▓銆佸壍鏂拌垏鍔熻兘妯欐潌銆傜郴鍒楃敘鍝佺殑鏍稿績鍦ㄦ柤锛岄亱鍕曞摗鑸囨妧琛撶殑瀹岀編绲愬悎 鈥撶眱鐞冨彶涓婃渶鑰€鐪肩殑宸ㄦ槦閭佸厠鐖韭峰柆涓癸紝浠ュ強浼撮毃宸ㄦ槦缍撴杓濈厡浜嬫キ鐨?a href="http://www.jordan-taiwan.com/">Jordan 绫冪悆闉?/a>锛岀獊椤嚭浠栧皪鍔熻兘銆佸壍鏂拌垏鎴愬氨鐨勪笉鎳堣拷姹傘€?div class="intro">鍫卞憡浜猴細Dr.Mohammad T. Khasawneh鏁欐巿 Speaker锛欴r. Mohammad T. Khasawneh鏁欐巿 涓绘寔浜猴細鍜屽欢绔?Host锛欻e Yanli 鏅傞枔锛?019骞?鏈?6鏃?涓婂崍10锛?0-11锛?0 Time:Jan.16th, 2019, 10:00-11:30am 鍦伴粸锛氳埅绌烘〒B搴ф闆诲闄㈠洓
<p>鍫卞憡浜猴細Dr.Mohammad T. Khasawneh鏁欐巿</p>
<p>Speaker锛欴r. Mohammad T. Khasawneh鏁欐巿</p>
<p>涓绘寔浜猴細鍜屽欢绔?/p>
<p>Host锛欻e Yanli</p>
<p>鏅傞枔锛?019骞?鏈?6鏃?涓婂崍10锛?0-11锛?0</p>
<p>Time:Jan.16th, 2019, 10:00-11:30am</p>
<p>鍦伴粸锛氳埅绌烘〒B搴ф闆诲闄㈠洓妯?10鍫卞憡寤?/p>
<p>Location锛歒ouyi Campus Hangkong Building锛孲chool of Mechanical Engineering锛孊410 conference room</p>
<p>涓婚锛氶啱鐧傜郴绲卞伐绋嬪拰鏁告摎绉戝鐮旂┒鍙婄櫦灞?/p>
<p>Topic锛欻ealthcare Systems Engineering and Data Science Research and Development</p>
<p>鍏у绨′粙锛?/p>
<p>闅ㄨ憲閱檪琛屾キ蹇€熺殑鏀硅畩銆佹妧琛撶殑鐧煎睍锛屽緢澶氶啱鐧傛妲嬮枊濮嬮噰鐢ㄦ暩瀛楀寲妯″紡閬嬩綔锛屽洜姝わ紝姝ら闇€姹傚皣澧炲姞銆傜偤鐬繚璀夐啱鐧傜郴绲卞畨鍏ㄣ€佹湁鏁堛€佷互鐥呬汉鐐轰腑蹇冦€佸強鏅傘€侀珮鏁堛€佸悎鐞嗭紝绯荤当宸ョ▼宸ュ叿宸茬稉寤ｆ硾閬嬬敤鏂煎闅涗甫鐢㈢敓杓冨ソ鏁堟灉銆傞€欎簺宸ュ叿鐨勬埌鐣ヤ娇鐢紝濡傜簿鐩婂叚瑗挎牸鐟€佹噳鐢ㄩ亱绫屽銆佷緵鎳夐張绠＄悊銆佸缓妯¤垏浠跨湡浠ュ強浜虹偤鍥犵礌宸ョ▼/浜烘宸ョ▼瀛革紝鍙互寰堝鏄撳湴鐢ㄦ柤娓噺銆佽〃寰佸拰鍎寲閱檪绯荤当涓悇鍊嬬礆鍒ョ殑绺炬晥銆傜劧鑰岋紝妲嬪缓涓€鍊嬫洿濂界殑浜や粯绯荤当闇€瑕佹湁鏁堢殑鍚堜綔澶ヤ即闂滅郴锛屽彲浠ュ埄鐢ㄥ伐绋嬨€佸仴搴峰拰淇濆仴绉戝銆佷俊鎭妧琛撱€佺鐞嗗拰绀炬渻绉戝鐨勫姏閲忋€傞€欑ó鍚堜綔闂滅郴灏嶆柤灏囨垜鍊戣〃鐝句笉浣崇殑閱檪淇濆仴绯荤当杞夎畩鐐洪珮鎬ц兘鐠板鑷抽棞閲嶈锛岄€欎簺鐠板浠ヨ純浣庣殑鎴愭湰鎻愪緵鍗撹秺鐨勮唱閲忚鐞嗗拰鏇村ソ鐨勬偅鑰呮不鐧傛晥鏋溿€傞€欎簺灏堟キ鐭ヨ瓨鐨勬暣鍚堝彲浠ュ湪閱檪绠＄悊銆佺郴绲卞伐绋嬪拰鎴愭灉鐮旂┒涓缓绔嬫柊涓€浠ｇ殑鏀跨瓥鍜屾柟娉曪紝涓︽渶绲傚皣鎴戝€戠殑閱檪绯荤当杞夎畩鐐轰竴鍊嬩互鎮ｈ€呯偤涓績鐨勮鐞嗐€佸劒鍖栫殑鎿嶄綔銆佺檪鏁堛€佸畨鍏ㄦ€у拰鍏钩鎬х殑绯荤当銆傜磹绱勫窞绔嬪ぇ瀛告矁妫郴绲卞崜瓒婄爺绌舵墍锛圵ISE锛夋槸绱愮磩宸炵珛澶у鐨勪竴鎵€楂樼礆鐮旂┒鎵€锛屼竴鐩磋垏缇庡湅鍜屽湅闅涘咕鍌㈤啱闄㈠悎浣滐紙浠ュ崝浣滄ā寮忥級渚嗗鐝鹃€欎竴鐩銆傚洜姝わ紝鏈婕旇瑳鐨勭洰鐨勬槸浠嬬垂閱檪绯荤当宸ョ▼涓績锛圚SEC锛夌殑寤ｆ硾鎳夌敤鐮旂┒闋呯洰锛岃┎涓績鏄竴鍊嬪湪WISE鐨勪繚璀蜂笅鏈夌祫绻旂殑鐮旂┒涓績銆傞€欎簺鐮旂┒娲诲嫊鍖呮嫭浣嗕笉闄愭柤锛氾紙a锛夊伐浣滄祦鍜屾祦绋嬮噸鏂拌ō瑷堬紱锛坆锛夌敓鐢㈠姏瑭曚及鍜岃兘鍔涜鍔冿紱锛坈锛夋埌鐣ヨ鍔冨拰鏈締鐙€鎱嬪垎鏋愶紱锛坉锛夌簿鐩婂叚瑗挎牸鐟拰鍗撹秺閬嬬嚐锛涳紙e锛夌稖鍚堣嚚搴婄挵澧冨缓妯″拰閱檪淇濆仴鏁告摎绉戝鑸囧垎鏋愶紱锛坒锛変互鍙婃暩瀛楃敤鎴朵汉椤炲伐鏁堝瑭曚及寤烘ā銆傚湪鎻忚堪鐬粬鐨勯啱鐧傜郴绲卞伐绋嬩腑蹇冨強鍏跺悎浣滈啱闄㈢殑鐛ㄧ壒宸ヤ綔妯″紡涔嬪緦锛屽皣浠嬬垂鍜岃◣璜栧咕鍊嬫渚嬬爺绌躲€?/p>
<p>Abstract:</p>
<p>Due to the ongoing transformation of the healthcare industry from a fee-for-service (volume-based) to a pay-for-performance (value-based) model, the healthcare sector is constantly evolving every day. Moreover, with the advances in today鈥檚 technology, many hospital systems are transitioning into digital modes of operation. Therefore, there is an increased need, more than ever before, to make the healthcare system safe, effective, patient-centered, timely, efficient, and equitable. While systems engineering tools have been widely used in a variety of applications to achieve major improvements, the healthcare sector has been slow in embracing them. The strategic use of these tools, such as lean six-sigma, applied operations research, supply chain management, modeling and simulation, and human factors engineering/ergonomics, can be readily used to measure, characterize, and optimize performance at various levels in a healthcare system. However, building a better delivery system requires effective partnerships that can harness the power of engineering, health and healthcare sciences, information technology, management, and social sciences. Such partnerships are essential to transforming our under-performing healthcare system into high performance environments that produce premier quality care and better patient outcomes at lower cost. The integration of such expertise can establish next-generation policies and approaches in healthcare management, systems engineering, and outcomes research, and ultimately transform our healthcare system to one that embraces patient-centered care, optimized operations, efficacy, safety, and equity. The Watson Institute for Systems Excellence (WISE), an institute for advanced studies at Binghamton University, has been working (in a collaborative mode) with several U.S. and international hospitals to accomplish such objectives. Therefore, the purpose of this talk is to introduce the broad spectrum of applied research projects in the Healthcare Systems Engineering Center (HSEC), an organized research center under the umbrella of WISE. Those research activities include, but are not limited to:(a) workflow and process re-design, (b) productivity assessment and capacity planning, (c) strategic planning and future-state analysis, (d) lean six-sigma and operational excellence, (e) integrated clinical environment modeling and healthcare data science and analytics, (f) and digital human modeling for ergonomic assessment. After describing the unique working model of his Healthcare Systems Engineering Center and its partner hospitals, several case studies will be presented and discussed.</p>
<p>鍫卞憡浜虹啊浠嬶細</p>
<p>Mohammad Khasawneh鍗氬＋鏄硴婕㈠闋撳ぇ瀛哥郴绲辩瀛歌垏宸ユキ宸ョ▼鏁欐巿鍜屼富甯€?003骞?鏈堝湪鍗楀崱缇呬締绱嶅窞鍏嬭悐濮嗘．澶у鐛插緱宸ユキ宸ョ▼鍗氬＋瀛镐綅锛?998骞村拰2000骞村垎鍒ュ湪绱勬棪绉戞妧澶у鐛插緱姗熸宸ョ▼瀛稿＋鍜岀ⅸ澹浣嶃€侹hasawneh鍗氬＋鐨勭爺绌堕噸榛炴槸閱檪绯荤当宸ョ▼銆侀亱鐕熺鐞嗗拰鏁告摎绉戝銆侹hasawneh鍗氬＋鐩墠鎿斾换娌冩．绯荤当鍗撹秺鐮旂┒鎵€锛圵ISE锛夊壇涓讳换锛岄€欐槸涓€鎵€楂樼礆鐮旂┒鎵€锛屾瘡骞寸敘鐢?50-300钀編鍏冪殑鐮旂┒璩囬噾銆傛澶栵紝浠栫洰鍓嶆摂浠昏硴婕㈠闋撳ぇ瀛搁啱鐧傜郴绲卞伐绋嬩腑蹇冿紙ORC锛夌殑鍓靛涓讳换銆?/p>
<p>Speaker鈥檚 Short Biography锛?/p>
<p>Dr. Mohammad Khasawneh is a Professor and Chair of Systems Science Industrial Engineering at Binghamton University. He received his Ph.D. inIndustrial Engineering from Clemson University, South Carolina, in August 2003,and his B.S. and M.S. in Mechanical Engineering from Jordan University of Science and Technology, Jordan, in 1998 and 2000, respectively. Dr.Khasawneh鈥檚 research is focused on healthcare systems engineering, operations management, and data science. Dr. Khasawneh currently serves as Associate</p>
<p>Director for the Watson Institute for Systems Excellence (WISE), an institute for advanced studies that generates 2.5-3 million US$ in research funds annually. In addition, he currently serves as the founding director of the Healthcare Systems Engineering Center, an organized research center (ORC) at Binghamton University.</p>
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<p>鍫卞憡浜猴細Dr.Mohammad T. Khasawneh鏁欐巿</p>
<p>Speaker锛欴r. Mohammad T. Khasawneh鏁欐巿</p>
<p>涓绘寔浜猴細鍜屽欢绔?/p>
<p>Host锛欻e Yanli</p>
<p>鏅傞枔锛?019骞?鏈?6鏃?涓婂崍10锛?0-11锛?0</p>
<p>Time:Jan.16th, 2019, 10:00-11:30am</p>
<p>鍦伴粸锛氳埅绌烘〒B搴ф闆诲闄㈠洓妯?10鍫卞憡寤?/p>
<p>Location锛歒ouyi Campus Hangkong Building锛孲chool of Mechanical Engineering锛孊410 conference room</p>
<p>涓婚锛氶啱鐧傜郴绲卞伐绋嬪拰鏁告摎绉戝鐮旂┒鍙婄櫦灞?/p>
<p>Topic锛欻ealthcare Systems Engineering and Data Science Research and Development</p>
<p>鍏у绨′粙锛?/p>
<p>闅ㄨ憲閱檪琛屾キ蹇€熺殑鏀硅畩銆佹妧琛撶殑鐧煎睍锛屽緢澶氶啱鐧傛妲嬮枊濮嬮噰鐢ㄦ暩瀛楀寲妯″紡閬嬩綔锛屽洜姝わ紝姝ら闇€姹傚皣澧炲姞銆傜偤鐬繚璀夐啱鐧傜郴绲卞畨鍏ㄣ€佹湁鏁堛€佷互鐥呬汉鐐轰腑蹇冦€佸強鏅傘€侀珮鏁堛€佸悎鐞嗭紝绯荤当宸ョ▼宸ュ叿宸茬稉寤ｆ硾閬嬬敤鏂煎闅涗甫鐢㈢敓杓冨ソ鏁堟灉銆傞€欎簺宸ュ叿鐨勬埌鐣ヤ娇鐢紝濡傜簿鐩婂叚瑗挎牸鐟€佹噳鐢ㄩ亱绫屽銆佷緵鎳夐張绠＄悊銆佸缓妯¤垏浠跨湡浠ュ強浜虹偤鍥犵礌宸ョ▼/浜烘宸ョ▼瀛革紝鍙互寰堝鏄撳湴鐢ㄦ柤娓噺銆佽〃寰佸拰鍎寲閱檪绯荤当涓悇鍊嬬礆鍒ョ殑绺炬晥銆傜劧鑰岋紝妲嬪缓涓€鍊嬫洿濂界殑浜や粯绯荤当闇€瑕佹湁鏁堢殑鍚堜綔澶ヤ即闂滅郴锛屽彲浠ュ埄鐢ㄥ伐绋嬨€佸仴搴峰拰淇濆仴绉戝銆佷俊鎭妧琛撱€佺鐞嗗拰绀炬渻绉戝鐨勫姏閲忋€傞€欑ó鍚堜綔闂滅郴灏嶆柤灏囨垜鍊戣〃鐝句笉浣崇殑閱檪淇濆仴绯荤当杞夎畩鐐洪珮鎬ц兘鐠板鑷抽棞閲嶈锛岄€欎簺鐠板浠ヨ純浣庣殑鎴愭湰鎻愪緵鍗撹秺鐨勮唱閲忚鐞嗗拰鏇村ソ鐨勬偅鑰呮不鐧傛晥鏋溿€傞€欎簺灏堟キ鐭ヨ瓨鐨勬暣鍚堝彲浠ュ湪閱檪绠＄悊銆佺郴绲卞伐绋嬪拰鎴愭灉鐮旂┒涓缓绔嬫柊涓€浠ｇ殑鏀跨瓥鍜屾柟娉曪紝涓︽渶绲傚皣鎴戝€戠殑閱檪绯荤当杞夎畩鐐轰竴鍊嬩互鎮ｈ€呯偤涓績鐨勮鐞嗐€佸劒鍖栫殑鎿嶄綔銆佺檪鏁堛€佸畨鍏ㄦ€у拰鍏钩鎬х殑绯荤当銆傜磹绱勫窞绔嬪ぇ瀛告矁妫郴绲卞崜瓒婄爺绌舵墍锛圵ISE锛夋槸绱愮磩宸炵珛澶у鐨勪竴鎵€楂樼礆鐮旂┒鎵€锛屼竴鐩磋垏缇庡湅鍜屽湅闅涘咕鍌㈤啱闄㈠悎浣滐紙浠ュ崝浣滄ā寮忥級渚嗗鐝鹃€欎竴鐩銆傚洜姝わ紝鏈婕旇瑳鐨勭洰鐨勬槸浠嬬垂閱檪绯荤当宸ョ▼涓績锛圚SEC锛夌殑寤ｆ硾鎳夌敤鐮旂┒闋呯洰锛岃┎涓績鏄竴鍊嬪湪WISE鐨勪繚璀蜂笅鏈夌祫绻旂殑鐮旂┒涓績銆傞€欎簺鐮旂┒娲诲嫊鍖呮嫭浣嗕笉闄愭柤锛氾紙a锛夊伐浣滄祦鍜屾祦绋嬮噸鏂拌ō瑷堬紱锛坆锛夌敓鐢㈠姏瑭曚及鍜岃兘鍔涜鍔冿紱锛坈锛夋埌鐣ヨ鍔冨拰鏈締鐙€鎱嬪垎鏋愶紱锛坉锛夌簿鐩婂叚瑗挎牸鐟拰鍗撹秺閬嬬嚐锛涳紙e锛夌稖鍚堣嚚搴婄挵澧冨缓妯″拰閱檪淇濆仴鏁告摎绉戝鑸囧垎鏋愶紱锛坒锛変互鍙婃暩瀛楃敤鎴朵汉椤炲伐鏁堝瑭曚及寤烘ā銆傚湪鎻忚堪鐬粬鐨勯啱鐧傜郴绲卞伐绋嬩腑蹇冨強鍏跺悎浣滈啱闄㈢殑鐛ㄧ壒宸ヤ綔妯″紡涔嬪緦锛屽皣浠嬬垂鍜岃◣璜栧咕鍊嬫渚嬬爺绌躲€?/p>
<p>Abstract:</p>
<p>Due to the ongoing transformation of the healthcare industry from a fee-for-service (volume-based) to a pay-for-performance (value-based) model, the healthcare sector is constantly evolving every day. Moreover, with the advances in today鈥檚 technology, many hospital systems are transitioning into digital modes of operation. Therefore, there is an increased need, more than ever before, to make the healthcare system safe, effective, patient-centered, timely, efficient, and equitable. While systems engineering tools have been widely used in a variety of applications to achieve major improvements, the healthcare sector has been slow in embracing them. The strategic use of these tools, such as lean six-sigma, applied operations research, supply chain management, modeling and simulation, and human factors engineering/ergonomics, can be readily used to measure, characterize, and optimize performance at various levels in a healthcare system. However, building a better delivery system requires effective partnerships that can harness the power of engineering, health and healthcare sciences, information technology, management, and social sciences. Such partnerships are essential to transforming our under-performing healthcare system into high performance environments that produce premier quality care and better patient outcomes at lower cost. The integration of such expertise can establish next-generation policies and approaches in healthcare management, systems engineering, and outcomes research, and ultimately transform our healthcare system to one that embraces patient-centered care, optimized operations, efficacy, safety, and equity. The Watson Institute for Systems Excellence (WISE), an institute for advanced studies at Binghamton University, has been working (in a collaborative mode) with several U.S. and international hospitals to accomplish such objectives. Therefore, the purpose of this talk is to introduce the broad spectrum of applied research projects in the Healthcare Systems Engineering Center (HSEC), an organized research center under the umbrella of WISE. Those research activities include, but are not limited to:(a) workflow and process re-design, (b) productivity assessment and capacity planning, (c) strategic planning and future-state analysis, (d) lean six-sigma and operational excellence, (e) integrated clinical environment modeling and healthcare data science and analytics, (f) and digital human modeling for ergonomic assessment. After describing the unique working model of his Healthcare Systems Engineering Center and its partner hospitals, several case studies will be presented and discussed.</p>
<p>鍫卞憡浜虹啊浠嬶細</p>
<p>Mohammad Khasawneh鍗氬＋鏄硴婕㈠闋撳ぇ瀛哥郴绲辩瀛歌垏宸ユキ宸ョ▼鏁欐巿鍜屼富甯€?003骞?鏈堝湪鍗楀崱缇呬締绱嶅窞鍏嬭悐濮嗘．澶у鐛插緱宸ユキ宸ョ▼鍗氬＋瀛镐綅锛?998骞村拰2000骞村垎鍒ュ湪绱勬棪绉戞妧澶у鐛插緱姗熸宸ョ▼瀛稿＋鍜岀ⅸ澹浣嶃€侹hasawneh鍗氬＋鐨勭爺绌堕噸榛炴槸閱檪绯荤当宸ョ▼銆侀亱鐕熺鐞嗗拰鏁告摎绉戝銆侹hasawneh鍗氬＋鐩墠鎿斾换娌冩．绯荤当鍗撹秺鐮旂┒鎵€锛圵ISE锛夊壇涓讳换锛岄€欐槸涓€鎵€楂樼礆鐮旂┒鎵€锛屾瘡骞寸敘鐢?50-300钀編鍏冪殑鐮旂┒璩囬噾銆傛澶栵紝浠栫洰鍓嶆摂浠昏硴婕㈠闋撳ぇ瀛搁啱鐧傜郴绲卞伐绋嬩腑蹇冿紙ORC锛夌殑鍓靛涓讳换銆?/p>
<p>Speaker鈥檚 Short Biography锛?/p>
<p>Dr. Mohammad Khasawneh is a Professor and Chair of Systems Science Industrial Engineering at Binghamton University. He received his Ph.D. inIndustrial Engineering from Clemson University, South Carolina, in August 2003,and his B.S. and M.S. in Mechanical Engineering from Jordan University of Science and Technology, Jordan, in 1998 and 2000, respectively. Dr.Khasawneh鈥檚 research is focused on healthcare systems engineering, operations management, and data science. Dr. Khasawneh currently serves as Associate</p>
<p>Director for the Watson Institute for Systems Excellence (WISE), an institute for advanced studies that generates 2.5-3 million US$ in research funds annually. In addition, he currently serves as the founding director of the Healthcare Systems Engineering Center, an organized research center (ORC) at Binghamton University.</p>
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