Mohammed Farik

University of Fiji, Computer Science and Information Technology, Faculty Member

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• Lecturer in Computer Science & Information Technology at The University of Fiji (UniFiji).
• University teaching experience since March 2012
• Qualifications include Master of Information Technology degree with 1-year Thesis component, Bachelor of Arts degree, Diploma in Tertiary Teaching.
• My Masters thesis topic was “Improving Network Security – An Algorithm to Enforce Strong Router Password”.
• CompTIA certifications in Cybersecurity such as - Secure Infrastructure Expert (CSIE), Security Analytics Expert (CSAE), CASP+, Network Security Professional (CNSP), Vulnerability Assessment Professional (CVAP), PenTest+, Security Analytics Professional (CSAP), CySA+, Secure Infrastructure Specialist (CSIS), Security+, IT Operations Specialist (CIOS), Network+, and A+.
• Published 28 peer-reviewed journal articles, and 1 IEEE conference presentation in areas of network security, cybersecurity, cyber crime, cloud computing, quantum-cryptography, authentication, and education.
• View Published records on Google Scholar - https://scholar.google.com/citations?user=iw8CdQMAAAAJ
• Apart from teaching undergraduate IT courses, have taught postgraduate IT courses such as Research Methodology, Network Security, Information Security, IT Project Management, and IT Project.
• Reviewed Journal articles for SCIENCEDOMAIN International - www.sciencedomain.org
• View verified editor and reviewer records on Publons -https://publons.com/researcher/3159556/mohammed-farik/peer-review/
• I am also member of Institute of Electrical and Electronic Engineers (IEEE) - USA, IEEE Computer Society, and IEEE Computer Society Technical Community on Cybersecurity.
• A member of IT Professionals New Zealand (IITP) - NZ
• And a member of International Association of Engineers (IAENG) - Hong Kong.

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Papers by Mohammed Farik

Digital Image Processing Using Noise Removal Technique: A Non-Linear Approach

2022 IEEE Asia-Pacific Conference on Computer Science and Data Engineering (CSDE)

Multi-century records of snow water equivalent and streamflow drought from energy-limited tree rings in south coastal British Columbia

Outside Member Anthropogenic climate change has triggered widespread shifts in the global hydrolo... more Outside Member Anthropogenic climate change has triggered widespread shifts in the global hydrological cycle. In south coastal British Columbia, these changes have led to more winter precipitation falling as rain rather than snow, more rain on snow events, and generally reduced snowpacks. Since snowmelt is a primary source of summer surface runoff and groundwater, snowpack declines have caused severe seasonal streamflow droughts in recent decades. For accurate water supply forecasting under future climate change, it is crucial to know if snowpack and runoff declines are unprecedented in the last several hundred years. This research focused on developing multi-century, annually-resolved records of snow water equivalent and streamflow drought to determine if recent conditions deviate from long-term norms. The research targeted small temperate watersheds that are not usually conducive to application of dendrohydrological methodologies. Traditional dendrohydrology relies on moisture-limited tree-ring records from arid settings. This dissertation presents a new method for developing tree-ring based reconstructions from energy-limited trees. Tree-ring records from highelevation mountain hemlock (Tsuga mertensiana (Bong.) Carrière) and amabilis fir (Amabilis (Dougl.) Forbes) stands were collected at sites in south coastal British Columbia. Ring-width measurements were used to develop multi-century dendrohydrological models of snow water equivalent and streamflow drought. A v Table of Contents Multi-century records of snow water equivalent and streamflow drought from energy-limited tree rings in south coastal British Columbia .

Mohammed Farik

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