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Laporan Tahunan Universiti Pertahanan Nasional Malaysia
2016
penyelidikan dan inovasi
sambungan Jadual 42: Senarai Penerima Anugerah Pertandingan PERINTIS 2016
Nama Produk
Polyhydroxyalkanote/
Graphene-Silver Nano-
Composite Antimicrobial
Scaffold
Nama Produk
Medical Information System
System (Medix)
Eco-Friendly Bioplastic-
Titania Nanofibres Capable
of Simultaneous Adsorption
and Photocatalytic
Degradation of Organic
Pollutants
System and Method for
Mobile HCI Validation
(Speed and Accuracy) for
Mission Critical Operation
Using Logic Questions
Heave Buoy Wave Energy
Convertor (WEC)
Nama Penyelidik
Dr. Nanthini Sridewi a/p Appan
Nama Penyelidik
Dr. Amalina Farhi binti Ahmad Fadzlah
Dr. Nanthini Sridewi a/p Appan
Kapt Prof. Madya Syed Nasir Alsagoff
bin Syed Zakaria (Bersara)
Encik Mohamad Abu Ubaidah Amir bin
Abu Zarim
Bil.
5.
Bil.
6.
8.
9.
7.
Ringkasan Produk
Late wound healing depends on interlude in cell
proliferation; migration and also bacterial unresponsive
to existing treatment are major challenges in wound
care and manegement. In the presentstudy we intend
to intergrarte the non-selective antimicrobial acitivity
of Graphene-silver (GAg) nano composites with the
biocompatibility of polyhyroxyalkanoate (PHA) via
electrospinning.
Ringkasan Produk
Medical Information System based on Adroid mobile
platform, which known by the acronym MediX,
was developed to facilities the entry and delivery of
medical information. There are three (3) objectives
in the development of MediX system. 1) to design a
portable.
Photocataltic degradation and adsorption of organic
pollutant on polyhydroxylkanotae (PHA) bioplastic
nanifibers immobilized with nanosized titanium dioxide
(TiO2) was evaluated in this study. PHA is made from
renewable sources, cost effective and biogeradable. It
hydrophobic nature acts in the adsorption of organis
pollutants while TiO2 photocatalytacally degrades the
adsobed molecules.
System and Method for Mobile HCI Validation
(Speed and Accuracy) for Mission critical Operation
using Logic Questions is a client server system using
Android devices as clients and Windows as a server.
The test subjects using the Android devices will
have to asnwer logics questionsm from the server to
determine the best mobile HCI parameters for speed
and accuracy of reading, understanding and acting
upon the data and commands received.
Wave energy convertor (WEC) offers the potential
to revolutionise power production globally. WEC
harnesses the enormous renewable energy presents
in our ocean’s waves and converts it into two of
the most valuable commodities underpinning the
sustainable growth of the planet; zero-emission
electricity. In this project, Heave Buoy Wave Energy
Convertor is a wave-energy technology that converts
kinetic energy from ocean swell into electrical power.
The technology was developed and tested, and ready
to be developed and install in Forward Operation Base
(FOB) in Sabah, Malaysia. The design of the WEC Unit
will build upon the experience gained in previous study
and will incorporates some important changes that
will decrease cost and increase market opportunity
for WEC technology. This Unit will incorporate subsea
electricity production, power take-off (PTO) which uses
subsea cables to connect to an onshore substation.
The PTO will be contained inside the buoy that will
eliminate the tendency of the pumps, accumulators
and other hydraulic components attached to the
seabed. This also reduce installation and maintenance
time and cost as the entire WEC Unit can be towed to
shore for any routine maintenance required.
Penerima Anugerah EMAS
Penerima Anugerah PERAK