Publication Information
Journal: NAU Journal of Technology and Vocational Education
Volume: 8 (2023)
PESTS PROTECTED CABLES: A STRATEGY FOR EFFECTIVEPREVENTION OF FIRE OUTBREAK FROMELECTRICALINSTALLATIONS IN WORKSHOPS IN TECHNICAL COLLEGESINRIVERS STATE
Sunny, Nwakanma
sunnynwakama@gmail.com Department of Industrial Technical Education, Ignatius Ajuru University of Education
Akue, Prince Naatura
Department of Industrial Technical Education, Ignatius Ajuru University of Education
Victor, Chinwa Loveday
Department of Industrial Technical Education, Ignatius Ajuru University of Education
This study on pests protected cables as a strategy for effective prevention of fire outbreak fromelectrical installations in workshops in technical colleges in Rivers State was necessitated bythefrequent fire outbreak from electrical installation in workshops in technical colleges. Aresearchquestion and two null hypotheses guided the study. A descriptive survey research design was
employed for the study. The population for this study comprised of 45 electrical teachers in four
technical colleges in Rivers State. The entire population was studied without sampling since the sizewas not too large and was manageable. The instrument for data collection was a structuredquestionnaire titled ‘Pest Protected Cables for Effective Prevention of Fire Outbreak fromElectrical
Installation in Workshops’. The instrument was validated by two experts from the Departments of
Industrial Technical Education and Educational Foundations in Ignatius Ajuru Universityof
Education, Port Harcourt. Using the Cronbach alpha method to determine the reliability of theinstrument, the reliability co-efficient of 0.78 was obtained. The data collected for the study wereanalyzed using mean and standard deviation to answer the research questions and to determine thecloseness of the respondents’ mean ratings. The t-test was used to test the null hypotheses at 0.05level of significance. The findings of study revealed that pests protected cables will be very effectivestrategy for prevention of fire outbreak from electrical installations in workshops in technical colleges. The findings also showed that year of experience and location had no significant influence ontheopinion of respondents on the effective of peste protected cables as a strategy for prevention of fireoutbreak from electrical installations in workshops in technical colleges. Based on the findings of this
study, it was recommended that pests protected cables should be used during constructionandrenovation of workshops among others.
employed for the study. The population for this study comprised of 45 electrical teachers in four
technical colleges in Rivers State. The entire population was studied without sampling since the sizewas not too large and was manageable. The instrument for data collection was a structuredquestionnaire titled ‘Pest Protected Cables for Effective Prevention of Fire Outbreak fromElectrical
Installation in Workshops’. The instrument was validated by two experts from the Departments of
Industrial Technical Education and Educational Foundations in Ignatius Ajuru Universityof
Education, Port Harcourt. Using the Cronbach alpha method to determine the reliability of theinstrument, the reliability co-efficient of 0.78 was obtained. The data collected for the study wereanalyzed using mean and standard deviation to answer the research questions and to determine thecloseness of the respondents’ mean ratings. The t-test was used to test the null hypotheses at 0.05level of significance. The findings of study revealed that pests protected cables will be very effectivestrategy for prevention of fire outbreak from electrical installations in workshops in technical colleges. The findings also showed that year of experience and location had no significant influence ontheopinion of respondents on the effective of peste protected cables as a strategy for prevention of fireoutbreak from electrical installations in workshops in technical colleges. Based on the findings of this
study, it was recommended that pests protected cables should be used during constructionandrenovation of workshops among others.
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Akpan, R.M. (2015). Color Coding Chart.Wisdom Publishers. Dan, C. (2017). Towards Universal Energy Access by 2030: Areas requiring further
research, Presentation to the Center for Science and Technology Policy Research. Danga, A. (2022). Processing of wire from antiquity to the future. Wire Journal International. 6(2),58–66. Eaton, T.P. (2016). Experimentally Defined Convolutional Neural Network Architecture
Variants for Non-temporal Real-time Fire Detection. Proc. International Conference on
Image Processing (PDF). IEEE. Retrieved 9 August 2018Ethan, H.N. (2015). The
Metallurgy of Copper Wire Archived. litz-wire.com
Ezeji, E.K. (2014). Aluminum Building Wire Installation and Terminations. IAEI Net
Hugh, A. (2014). Non-temporal Texture Driven Approach to Real-time Fire Detection. Proc. International Conference on Image Processing (PDF). IEEE. pp. 1781–1784. doi :
10.1109/ICIP.2011.6115796 . hdl:1826/7588. James, F.K. (2016). Fundamental Fire Protection Program andDesign Elements. National Fire
Protection Association. Keystone, G. (2020). Energy Poverty and Development in Papua New Guinea: Learning fromthe Teacher's Solar Association Lighting Project. Forum for Development Studies 40(2)
327-349. University of Illinois Extension, (2013). Tree Squirrels Damage Prevention and Control
Measures Living with Wildlife in Illinois. University of Illinois Board of Trustees.