
Information Technology Officer, Web Projects at Dasman Diabetes Institute
Kuwait

Information Technology Officer, Web Projects at Dasman Diabetes Institute
Kuwait
As a programmer, ANSI C, C++ (with OOP), Perl, Python (with PyGTK), Java, Bash, and Objective-C are a few of the languages I have had several years experience in during my career so far; this is further augmented by my IT programming and Web development experience in XHTML, PHP, CSS, MySQL, Apache, Javascript, AJAX, JQuery/MooTools on Ubuntu Linux and Mac OS X.
Qualified as a professional Mechatronic Engineer with a Master's from King's College London, I specialise in Embedded Systems Design for RISC MCUs (Microchip, ATMEL, and ARM) & FPGAs (Altera), PCB CAD/CAM design with Cadsoft EAGLE, MATLAB & SIMULINK for Engineering Analysis, and CAD/CAM Parametric Modelling with Pro/Engineer Wildfire 4.0 with knowledge of CNC ISO G-code and APT. Particular areas of interest include Robotics Research & Development, Manufacturing, Industrial Automation, Defence, and Consulting Services.
My current role at the Dasman Diabetes Institute in Kuwait as the Information Technology Officer for Web Projects has allowed me to grow professionally in terms of soft-skills, project management, and meeting deadlines on time.
Programming, IT Programming, Web design, Embedded Systems Design, Linux, Robotics, Electronic Engineering, Research and Design, Software Development
(Government Agency; Research industry)
March 2010 — Present (7 months)
Key responsibilities:
1. Dasman Diabetes Institute Portal (dasmaninstitute.org)
• Conceptual design and internal planning of CMS content architecture/data model, normalised database schema, functionality, modules, and templating with Liquid.
• Deployment and management of dedicated-virtually hosted Ubuntu Linux servers with virtual hosting of:
(i) Production Ruby on Rails platform with Apache 2, MySQL, and Passenger.
(ii) vBulletin forum for large-scale online collaboration.
• Liaising with contracted design and development firms.
2. Technical liaison for web initiatives with the Harvard Medical School, Joslin Diabetes Centre, The University of Dundee, and Aridhia.
Reports to: The Director-General, Dr. Kazem Behbehani
(Research industry)
March 2009 — January 2010 (11 months)
Theoretical research, from C++ programming to Computer Forensics, published as professional reports typically containing 5,000 to 8,000 words with Harvard referencing of cited books, journals and conferences.
(Telecommunications industry)
November 2008 — March 2009 (5 months)
Tailored Content Management System (CMS) developed with MySQL, PHP, and JQuery. The developed CMS platform is incorporated with a patent-pending utilisation of existing GSM technology, for implementation on a Global scale.
(Computer Hardware industry)
June 2006 — March 2007 (10 months)
Designed the microcontroller firmware of the Daxten Voyager 100/300 series of KVM extenders, based on interfacing PS/2 keyboards and mice powered by Microchip PIC MCUs
(Educational Institution; Higher Education industry)
September 2005 — June 2006 (10 months)
Delivered on-site technical support for 6 hours per week to users of the Bodington Hall computer network comprising of over 1,600 students. Support calls were logged and responded to via the online iHeat system.
MSc (Dist) , Mechatronics , 2007 — 2009
The focus of this research was the mathematical modeling of a novel means of motion navigation for Omni-directional mobile robots. The work on interpolation was innovative, particularly considering current literature, making this the first instance in the field to utilise parametric modeling for trajectory interpolation and motion navigation for mobile robots. Inverse Kinematics (IK) of the robotic geometry related the robots pose (with respect to a global Cartesian frame of reference) to the individual wheel velocities. A prototype was implemented as a simple demonstration of this geometry IK solution.
Application of the geometry IK along the parametrically defined path and discretised PI closed-loop motor control provided kinematic and dynamic control over the robot’s pose and Euclidean translation during navigation. Feedback from ultrasound sensors provided a means for obstacle avoidance during autonomous navigation.
Pass with Distinction awarded 1st August 2009.
BEng (Hons)(2.ii) , Electronic and Computer Engineering , 2001 — 2006
An Optical Mouse-based Odometer was designed as a critical subsystem for the robot known as RABOTA, an autonomous railway search-and-rescue robot, developed as a technology demonstration for Network Rail, UK. My final-year project was unique as it entailed the development of an optical sensor for integration into the RABOTA MEng group project; the “MEng” experience gained and exposure to teamwork has proven invaluable.
BEng (Hons)(2.ii) awarded 30th June 2006.
Presentation Poster: http://tinyurl.com/y8l5og3
Thesis (Online Version): http://tinyurl.com/ya8ctqo
Edexcel London GCE A Levels , 1999 — 2001
Mathematics, Physics and Computer Science
Edexcel London GCE O Levels , 1996 — 1999
English, Mathematics, Chemistry, Biology, Human Biology, Physics, Geography
Collector of fountain pens and ink, member of “The Fountain Pen Network”, Enthusiast of Swiss & German mechanical timepieces, member of “TimeZone”
Member of the Institute of Electronic and Electrical Engineers (6 Years), The Institution of Engineering and Technology, and the American Society of Mechanical Engineers.
Life Member of the Automobile Association (AA) of Ceylon.
The Carter Bursary Scholarship of £3,000, The University of Leeds, UK (2001-2003/2004-2006) ~ Awarded for each consecutive year of undergraduate study for an 'Honours' average.