مقارنة دور الذكاء المستدام في كلا من التصنيع الهولوني والتصنيع المضاف دراسة استطلاعية لآراء المديرين في عدد من مصانع الشركة العامة لصناعة النسيج والجلود في بغداد
Keywords:
الذكاء المستدام، الذكاء النظمي- الالمام البيئي – الذكاء الروحاني- الذكاء العاطفي، التصنيع الهولوني، التصنيع المضاف.
Abstract
تسعى هذه الدراسة إلى مقارنة دور الذكاء المستدام في كلا من التصنيع الهولوني والتصنيع المضاف في عدد من مصانع الشركة العامة لصناعة النسيج والجلود في بغداد، وقدمت الدراسة إطاراً نظرياً لمتغيرات الدراسة الذكاء المستدام، التصنيع الهولوني، والتصنيع المضاف، وإطار ميداني يستهدف التعرف على طبيعة العلاقة والأثر بين الذكاء المستدام بوصفه متغيراً مستقلاً وكلا من التصنيع الهولوني والتصنيع المضاف بوصفهما متغيرين معتمدين، وهو ما دفع إلى تكوين أنموذج افتراضي تضمن مجموعة من الفرضيات الرئيسة التي تم اختبارها من خلال استخدام بعض وسائل التحليل الإحصائي للبيانات التي تم جمعها عن المصانع قيد الدراسة في بغداد، وبشكل عام تحاول الدراسة الإجابة على عدد من التساؤلات البحثية من أبرزها:
- مدى وجود علاقة ارتباط وتأثير بين الذكاء المستدام وكلا من التصنيع الهولوني والتصنيع المضاف في المصانع قيد الدراسة ؟
كما وتوصلت الدراسة إلى عدد من الاستنتاجات النظرية والميدانية من أهمها:
- وجود علاقة ارتباط وتأثير معنوية بين الذكاء المستدام وكلا من التصنيع الهولوني والتصنيع المضاف في مصانع قيد الدراسة.
فضلاً عن تقديم عدد من المقترحات للمصانع المبحوثة.
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References
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Pei Eujin , Malte Ressin, R. I. Campbell,
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Investigating the impact of additive
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for re‑distributed manufacturing, Progress
in Additive Manufacturing,
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RADU F. BABICEANU and F. FRANK CHEN,
(2006), Development and applications of
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Pérez M. Puerto Pérez- , Emilio Gómez and Miguel
A. Sebastián, (2018), Delphi Prospection on
Additive Manufacturing in 2030:
Implications for Education and Employment
in Spain, Materials, 11, 1500;
doi:10.3390/ma11091500.
Shah Satya , Mattiuzza Steffano , (2018), Adoption
of Additive Manufacturing Approaches:
The Case of Manufacturing SMEs,
الغال ، طاىر ةسن منصور و علي، ليلى لفتة، )2014 ،)دور الذكاء العاطفي يف
تعزيز سلوكيات القيادة التحويلية من خالل التأثري الوسيط للحكمة، رللة
االدارة واالقتصاد ، جامعة البصرة، العدد )25.)
ال طعمة، حيدر حسني، )2017 ،)القطاع الصناعي يف العراق وفرص النهوض، رللة
الفرات .
اثنيا: ادلصادر االنكليزية
Amram Yosi and Dryer D. Christopher, (2008), The
Integrated Spiritual Intelligence Scale
(ISIS): Development and Preliminary
Validation, Paper Presented at the 116th
Annual Conference of the American
Psychological Association Boston, MA.
Blichfeldt Henrik , Mette Praest Knudsen and
Martin Hanniba, (2019), The Potential of
Additive Manufacturing: A Market,
Product and Process Development
Perspective, Paper to be presented at Hermes Jan , Rimanoczy Isable, (2018), Deep
learning for a sustainability mindset, The
International Journal of Management
Education 16 (2018) 460–467.
Hopkinson, Neil., and Dickens, phill, (2001), “Rapid
Prototyping for Direct Manufacture.” Rapid
Prototyping Journal 7 (4): 197–202.
Hsieh F , (2014), “ Holarchy form" Managing
closing time to enhance manager employee,
and customer satisfaction “ , Business
Horizons.
Kassel Kerul, Isabel Rimanoczy and Shelley F.
Mitchell, (2016), The Sustainable Mindset:
Connecting Being, Thinking, and Doing in
Management Education,
Article in Academy of Management Annual
Meeting Proceedings · January 2016, DOI:
10.5465/AMBPP.2016.16659abstract.
Kohlhuber Martina, acatech Martin Kage and
Michael Karg, )2017), Additive
Manufacturing, German National Academy
of Sciences Leopoldina, ISBN: 978-3-8047-
3677-1.
Lun, M., and Chen, (2000), “Holonic Concept Based
Methodology for Part Routing on Flexible
Manufacturing Systems”, Advanced
Manufacturing Industry, 484-490.
Lewis Marianne, (2000), Exploring Paradox:
Toward a More Comprehensive Guide, The
Academy of Management Review, vol (25),
no. (4).
Mançanares Cauê Gonçalves, Eduardo de Senzi
Zancul, Paulo Augusto Cauchick Miguel,
(2015), Sustainable manufacturing strategies:
a literature review on additive manufacturing
approach, Product Management and
Development , Vol. 13 no. 1 ,DOI:
10.4322/pmd.2015.001.
McFarlane Duncan C., (1995), Holonic
Manufacturing systems in continuous
processing: concept and control requirement,
in Proceedings of ASI’ 95, Portugal.
Morin Alain, (2011), Self-Awareness Part 1:
Definition, Measures, Effects, Functions,
and Antecedents, Social and Personality
Psychology Compass 5/10 (2011): 807–823,
10.1111/j.1751-9004.2011.00387.x.
Niaki, Mojtaba Khorram and, Fabio, Nonino, (2017),
Additive manufacturing management: A
review and research agenda, Journal of
Manufacturing Technology Management Vol.
28 No. 1.
Nikam L.S. , H.K.Raval , J.S.Bagi, (2015), Holonic
Manufacturing System, 5th National
Conference in Advances in Manufacturing,
Kolhapur. DRUID19 Copenhagen Business School,
Copenhagen, Denmark .
Bussmann Stefan and Duncan C. McFarlane, (1999),
Rationales for Holonic Manufacturing
Control, Published at Second International
Workshop on Intelligent Manufacturing
Systems, Leuven, Belgium.
Cseh, M., Davis, E. B., & Khilji, S. E. (2013),
Developing a global mindset: Learning of
global leaders, European Journal of Training
and Development, 37(5): 489-499. doi:
doi:10.1108/03090591311327303
Cheung, H. M. E., Yeung, W. H. R., Ng, H. C. A. and
Fung, S. T. R., (2000) HSCF: A holonic shop
floor control framework for flexible
manufacturing systems, International Journal
of Computer Integrated Manufacturing, 13(2),
121–138.
Dominici Gandolfo , Pierluigi Argoneto , Paolo
Renna , Luigi Cuccia, (2010), The Holonic
Production System: A Multi Agent
Simulation Approach, iBusiness, 2, 201-209,
doi:10.4236/ib.2010.23025.
Dewa M.T. , S. Matope , A.F. Van Der Merwe and
L. Nyanga, (2014), Holonic Control System:
a proposed solution for managing dynamic
events in a distributed manufacturing
environment, SAIIE26 Proceedings
Conference , 14th – 16th of July, Muldersdrift,
South Africa.
Gibson, I., Rosen, D. W., & Stucker, B. (2010).
Additive Manufacturing Technologies.
Development. http://doi.org/10.1007/978-1-
4419-1120-9
Greenwood Royston , Mia Raynard , Farah Kodeih ,
Evelyn R. Micelotta & Michael Lounsbury,
(2011), Institutional Complexity and
Organizational Responses, The Academy of
Management Annals, Vol. 5, No. 1, June
2011, 317–371.
Giret A., Botti V., (2014), analysis and design of
Holonic manufacturing systems, 18th
International Conference on Production
Research.
Grayson , David and Rake ,Sir Michael ,(2009),
Embedding corporate responsibility and
sustainability – everybody’s business,
Corporate Governance, International Journal
of Business in Society, VOL. 9 NO. 4 2009,
pp. 395-399, DOI
10.1108/14720700910984945.
Haar Ing. W. van der, (2016), ASSESSING THE
APPROPRIATENESS OF ADDITIVE
MANUFACTURING, Master Thesis
Industrial design engineering, Master
Management of Product Development ,
University of Twente. Conference: 2018 IEEE International
Conference on Engineering, Technology and
Innovation (ICE/ITMC).
Sterling Stephen, (2011), Transformative Learning
and Sustainability: sketching the conceptual ground,
Learning and Teaching in Higher Education, Issue 5.
Silva R , Arakaki J , Junqueira F , Filho D , Miyagi P
, (2012), Modeling of active holonic control
systems for intelligent buildings , Automation in
Construction 25 20–33.
Tavant, Marco and . Davis ,Elizabeth B, (2018),
Integrating Sustainability Mindset and Impact
Competencies in Management Education:
Directions, Models and Strategies, Fostering
Sustainability by Management Education.
Contemporary Perspectives in Corporate Social
Performance and Policy Book Series. (pp. 223-241).
Charlotte, NC: Information Age Publishing (IAP),
doi:10.1016/j.jclepro.2014.10.093
Valckenaers P., Van Brussel H., Wyns J., Bongaerts
L., Peeters P., (1998), Designing Holonic
Manufacturing Systems, Robotics and ComputerIntegrated Manufacturing, 14, 455–464.
Vrba Pavel , Kenwood H. Hall and Francisco P.
Maturana, (2011), Rockwell Automation’s Holonic
and Multiagent Control Systems Compendium,
IEEE transactions on systems, man, and Cyberneticspart C: Applications and reviews, vol. 41, no. 1. Panescu Doru, Gabriela Varvara and Marius
Sutu,(2008), on Holonic Systems design and
implementing, ISSN 1223-8139.
Ravasi david, Schultz Majken, (2006), responding to
organizational identity threat: exploring the
role of organizational culture , AMJ
JUNE; Vol. 49, No. 3.
Pei Eujin , Malte Ressin, R. I. Campbell,
Benoit Eynard and Jinhua Xiao, (2019),
Investigating the impact of additive
manufacturing data exchange standards
for re‑distributed manufacturing, Progress
in Additive Manufacturing,
doi.org/10.1007/s40964-019-00085-7.
RADU F. BABICEANU and F. FRANK CHEN,
(2006), Development and applications of
holonic manufacturing systems :a survey,
Journal of Intelligent Manufacturing, 17, 111–
131.
Pérez M. Puerto Pérez- , Emilio Gómez and Miguel
A. Sebastián, (2018), Delphi Prospection on
Additive Manufacturing in 2030:
Implications for Education and Employment
in Spain, Materials, 11, 1500;
doi:10.3390/ma11091500.
Shah Satya , Mattiuzza Steffano , (2018), Adoption
of Additive Manufacturing Approaches:
The Case of Manufacturing SMEs,
Published
2021-01-13
How to Cite
AMEN, H. I. (2021). مقارنة دور الذكاء المستدام في كلا من التصنيع الهولوني والتصنيع المضاف دراسة استطلاعية لآراء المديرين في عدد من مصانع الشركة العامة لصناعة النسيج والجلود في بغداد. Journal of Duhok University, 23(2), 350-376. https://doi.org/10.26682/hjuod.2020.23.2.18
Section
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