The Mismatch of Students Anthropometric Data with Ergonomic Designs of Learning Workstation is a Risk Factor for Musculoskeletal Disorders

The Mismatch of Students Anthropometric Data with Ergonomic Designs of Learning Workstation is a Risk Factor for Musculoskeletal Disorders

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Author(s)

Author(s): Oriri Asemota Omorodion, Abanum Iruoghene Isapka

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DOI: 10.18483/ijSci.1913 17 69 105-111 Volume 8 - Feb 2019

Abstract

This study examined the relationship between anthropometric data of Nigerian Students in Higher Academic Institutions, the ergonomic design of classroom furniture and the risk of Musculoskeletal Disorders (MSDs). A total of one hundred and seventy five (175) students, aged between 17-34 years, in thirty one (31) randomly selected classrooms participated in the research. Students' anthropometric data were collated by measuring various body dimensions such as sitting elbow height, shoulder height, knee height, popliteal height, buttock-popliteal length, and stature, using anthropometer, and measuring tape. Also, classroom furniture dimensions were measured with metal measuring tape, vernier caliper and goniometer. A survey was conducted using questionnaire to identify the body areas of discomfort (MSDs) experienced by students. It was established that, there are three different types of furniture (A, B and C). This study revealed that there is a mismatch between available classroom furniture and students' anthropometric data, which is responsible for the musculoskeletal disorders complaints by the students. It is expected that the study will help decision makers and analysts in designing appropriate learning workstations using various students’ anthropometric data in order to avoid the risk of musculoskeletal disorders.

Keywords

Classroom, Anthropometric Data, Ergonomic Design, Musculoskeleta Disorders

References

  1. Aleksandar Z., Goran P., Bozica B., Lidija M., Goran S., Peter L., (2013). The Role of Ergonomics in the Improvement of Quality Education. Faculty of Mechanical Engineering, Belgrade, Serbia. FME Transactions Vol. 43, No 1, 2015, pp. 82. Doi 103.289505
  2. Alnaser M., Wughalter E., (2009). Effect of chair design on ratings of discomfort. Work 34:223-234. Doi 23.93703
  3. Baharampour S., Nazari J., Dianat I., Asgharijafarabadi M., (2013). Student’s body dimensions in relation to classroom furniture. Health Promotion Perspective, 3 (2), pp. 165-174. Doi 37.78769
  4. Biswas B., Zahid F., Ara R., Parvez M., Hoque M., (2014). Mismatch between classroom furniture and anthropometric measurements of Bangladeshi primary school students. International Conference on Mechanical, Industrial and Energy Engineering, Khulna, Bangladesh. Doi 50.355766
  5. Chaffin D. B., Andersson G. B., and Martin B., (2006). Occupational Biomechanics. New York: Wiley Printing Press INC. 2007 Edition, 14-22. Doi 44.975155
  6. Chubineh K., Papageorgiou A., and Jones T.J, (2012). Low back pain in schoolchildren: occurrence and characteristics. Pain 97: 87–92. Doi 76.04754
  7. Chung J., Wong T., (2007). Anthropometric evaluation for primary school furniture design. Ergonomics 50 (3), pp. 323-334. Doi 78.02561
  8. Close S., Bendak K., Al-saleh, Al-khalidi A., (2013). Ergonomic assessment of primary school furniture in United Arab Emirates. Occupational Ergonomics, 11, p. 85-95. Doi 53.510323
  9. Corlett E., (2009). Ergonomics and sitting at work. Work, (34), pp. 235-238. Doi 43.370743
  10. Dawal M., Ismail Z., Yusuf K., Abdul-Rashid H., Md Shalahim S., Abdullah N., Mohd Kamil N., (2015). Determination of the significant anthropometry dimensions for user-friendly designs of domestic furniture and appliances – experience from a study in Malaysia. Measurement, 59, pp. 205-215). Doi 166.2994
  11. Dianat I., Ali K., Asl-Hashemic A., and Bahrampour S., (2013). “Classroom Furniture and Anthropometric Characteristics of Iranian High School Students: Proposed Dimensions Based on Anthropometric Data.” Applied Ergonomics 44 (1): 101–108. Doi 158.99379
  12. Hafezi R., Mirmohammadi J., Mehrparvar A., Akbari H., Akbari H., (2010). An analysis of anthropometric data on Iranian primary school children. Iranian Journal of Public Health, 39 (4), pp. 78-86. Doi 55.215282
  13. John K., Adeyemi J., (2015). Anthropometric data for Tanzania’s primary school furniture design. ARPN Journal of Engineering Applied Science, 10 (2), pp. 890-895. Doi 35.55532
  14. Johnson O., Onigbinde A., Onasanya S., Emechete A., Gbela T., (2008). An Assessment of Ergonomic Workstations and Pain among Computer Users in Nigerian University Community. Niger Journal of Medical Rehab 13: 7-10. Doi 49.547325
  15. Khalid S., Mohamed Z., Riyad A., (2013). Ergonomically adjustable school furniture for male students. Academic Journal of Educational Research and Review; 8(13): 943-955. Doi 35.72941
  16. Koskelo R., Vuorikari K., Ha¨nninen O., (2007). Sitting and standing postures are corrected by adjustable furniture with lowered muscle tension in high-school students, Ergonomics 50(10):1643-1656. Doi 151.25757
  17. Mandal A. C., (1981). The seated man (Homo Sedens): The seated work position, theory and practice,Applied Ergonomics, Volume 12, Issue 1, 19-26. Doi 132.0802
  18. Mokdad M., Al-Ansari M., (2009). Anthropometrics for the design of
  19. Bahraini school furniture, International Journal of Industrial Ergonomics 39 (5). pp. 728-735. Doi 42.70143
  20. Momodu B., Edosomwan J., Edosomwan T.,(2014). Evaluation of ergonomics deficiencies in Nigeria Computer Workstations. Journal of Ergonomics. Available:http://www.omicsgroup.org/journals/evaluation-of-ergonomics-deficiences-in-nigeria-computer-workstation-2165-7556.S4-008.pdf
  21. Musa A. I., Ismaila S. O., Adejuyigbe S. B., Akinyemi O. D. and Abolarin M. S., (2013). ‘Comparison of biomechanical and anthropometrical data of Nigeria tertiary institution students with some selected countries’, Management Science Letters, Volume 2, 1885–1894. Doi 149.44617
  22. Musa A., (2011). Anthropometric evaluations and assessment of school furniture design in Nigeria: a case study of secondary schools in rural area of Odeda, Nigeria. International Journal of Industrial Engineering Computer, 2 (3), pp. 499-508. Doi 112.030914
  23. Nwaogazie A., (2016). Examination of Musculoskeletal Discomfort among Staff and Students of the University of Port Harcourt. Journal of Occupational Safety, 238-243. Doi 44.040356
  24. Ogedengbe T., (2015). Ergonomic Appraisal of a Nigerian University Library Department of Mechanical Engineering, the Federal University of Technology, Akure, Nigeria. International Journal of Science and Technology Volume 4 No. 2, 68-74. Doi 67.87847
  25. Parcells C., Stommel M., and Hubbard R., (1999). Mismatch of classroom furniture and students body dimensions: Empirical findings and health implications, Journal of Adolescent Health, 24; 265-273. Doi 106.2659
  26. Qutubuddin S., Hebbal S., and Kumar S., (2013). Anthropometric Consideration for Designing Students Desks in Engineering Colleges. International Journal of Current Engineering and Technology, ISSN 2277–4106, pp. 274-281. Doi 51.789394
  27. Saarni L., Rimpela A., Nummic T., Kaukiainen A., Salminen J., Nygard C., (2009). Do ergonomically designed school workstations decrease musculoskeletal symptoms in children? A 26-month prospective follow-up study. Application Ergonomics 40:491-499. Doi 143.66289
  28. Samira B., Jalil N., Iman D., Mohamad A., (2013). Student's Body Dimensions in Relation to Classroom Furniture. Health Promotion Perspectives, 3(2), 165-174. Doi 43.74907
  29. Taimela S., Kujala U., Salminen J., Viljanen T., (1997). The prevalence of low back pain among children and adolescents. A nationwide, cohortbased questionnaire survey in Finland. Spine 22:1132-1136. . Doi 138.32173
  30. Troussier B, Tesniere C, Fauconnier J, Grison J, Juvin R, Phelip X (1999). Comparative study of two different kinds of school furniture among children. Ergonomics; 42(3):516-526. Doi 108.63102
  31. Vikat A., Rimpelä M., Salminen J., Rimpelä A., Savolainen A., Virtanen S., (2000). Neck or shoulder pain and low back pain in Finnish adolescents. Scand Journal of Public Health 28(3):164-173. . Doi 135.15129
  32. Wingrat J., Exner C., (2005). The impact of school furniture on fourth grade children’s on-task and sitting behavior in the classroom: A pilot study. Work 25:263-272. . Doi 33.614113
  33. Yadollah Z., Mahin G., Shahram B., Darioush B., Nejad S., Mahmood L., (2015). The Relationship between Features of Desks and Chairs and Prevalence of Skeletal Disorders in Primary School Students in Abadan, South West of Iran. International Journal of Pediatrics, Mashhand University of Medical Science, 3949-3956. Doi 50.92631

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International Journal of Sciences is Open Access Journal.
This article is licensed under a Creative Commons Attribution 4.0 International (CC BY 4.0) License.
Author(s) retain the copyrights of this article, though, publication rights are with Alkhaer Publications.

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