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Aligned with the Government's efforts to create more responsible civil servants in handling Government’s digital information and the use of cyber mediums, the he National Cyber Security Agency (NACSA) organized the Public Sector Security Awareness Program 2017 for a month in October. The program aims to provide awareness to civil servants on the ethical use cyber mediums especially in managing and handling Government’s digital information. The program also aims to educate civil servants about the negative impacts of mishandling the information and abuse of the medium to organizations, the Government and the country. The program started with the Official Launch of Public Sector Cyber Security Awareness Month by Chief Secretary to the Government on the 3rd October 2017. The event also launched the 10-Step Cyber Security Awareness Guidebook which contains 10 basic steps that all civil servants have to implement in order to foster best practices in cyber security and protect the digital information of the Government, organizations and country.
Talk and course activities were conducted in collaboration with other ministries and government agencies as well as strategic partners identified throughout October 2017. Among activities that had been carried out were the Putrajaya Hospital Cyber Security Briefing, MCMC Network Security Industry Talk, Cyber Security Awareness Talk in conjunction with the Department of Property Management and Assessment’ s ICT Day and Cyber Security Awareness Briefing to Government servants.
Created from 5 images auto-aligned and auto-merged in Photoshop. Images were taken hand held, each with a slightly different focus.
A detail of the base-board with the alignment dowels (also known as cabinet makers dowels) installed. Unlike normal wooden dowels these dowels are metal, and have a matching socket.
Six Plate Aluminium Lithograph
In order to achieve a reproducible colored image, a separate plate must be made for each color. To make this, plates were needed for the red, yellow, blue, light brown, outline and background. Each plate is made using the mylar and photosensitive aluminum technique described above. Then each piece of paper must be run through the press six times, once for each of the plates. Every time the paper must be aligned (registered) exactly for the image to be successful.
Amphiphilic peptides have a hydrophilic head group and a hydrophobic alkyl tail. The hydrophobic tail helps in aligning the head group to form various secondary, supersecondary, and tertiary conformations. Very thin cylindrical nanofibers (<10-nm diameter) with high aspect ratio, or nanobelts, are achieved by a self-assembly of peptide amphiphiles (PAs) under specific solution conditions (pH, ionic strength, and temperature). The 1D nanostructures can interact further among one another, making a 3D network. These 3D network structures make a hydrogel in water. Hydrophobic and electrostatic interactions are the dominating forces in the self-assembly of amphiphilic peptides. The amphiphilic cyclic peptide composed of two b-glucosamino acids and one trans-2-aminocyclohexylcarboxylic acid in formic acid and water (7/3 v/v) makes self-assembled rods and fibers of different dimensions depending upon the solution concentration. A concentration of 1.1 105 M provided a rod-shaped assembly of c. 5-nm diameter, which corresponds to a nine-columnar (3 triple bundle) structure (Fig. 4.7A). By increasing the peptide concentration to 1.1 104 M, a uniform fibrous assembly of c. 15 nm in