designing and automating a mechanical lock by a program written in C++ where one could enter the combination of the mechanical lock. The program interact with the lock through the parallel port which in turn is connected to a control circuit that control the knob and turn the lock clock wise or counter clock wise once the combination is entered through the C++ ( Borland ) program to the correct combination and open the lock.

designing a computer board that collect the following data offshore ( speed, shaft RPM, battery voltage, motor voltage, motor current, shaft torque, Temperature of the motor ) using SAB 80535 microcontroller for the international contest Solar splash. After the computer board to collect the data, it can be downloaded to a pc for analysis that I wrote in C++ for performance improvement once onshore. Some of the Universities involved in Solar Splash are MIT (USA), Oxford (England), IIT (India), and Tokyo University (Japan).

Built customised website to the highest specifications using HTML, CSS, PHP, Apache, MYSQL.
Worked to under pressure and to tight deadlines.
Came up with solutions to seemingly intractable problems.
Carried out routine site maintenance.
Drived projects forward.
Worked closely with other developers and professionals.
Made recommendations on the use of new and emerging technologies.
Produced feasibility and usability reports for projects as well as accurate cost projections.
Organized and manage multiple priorities simultaneously.
Communicate confidently.
Quickly fit into any existing team of developers.
Work through a project life cycle. 

Crane runway beam design has always been a challenge. Most of the crane runway beam programs are old proprietary software that would only be suitable for the design of some specific crane bridge system. Traditionally, crane runway beam design is done through time consuming and laborious manual calculations. Structural program packages, that are found commercially, are also used as a template or a model. However, this approach proved to be very inefficient, as it requires a lot of time and resources to convert the model into the specific design needed. Yet, still some things must be checked through hand calculations.

With the introduction of Crane Beam Design software, these design projects are easily done. The software designs top running, under-hung and monorail crane systems. Top running cranes with CMAA classification A to F are also programmed. A participating professional engineer with years of experience developed and designed the software. The software is very easy to learn and use. The user is guaranteed to find the professionally done graphical interface easy and clear to use, yet powerful enough to generate accurate results. The user will find the input and the output of this software are easy to understand. The software will allow the user to make the necessary engineering decisions and have the computer perform all the tedious and time-consuming calculations in few seconds. The software will increase your productivity in crane runway beam design sharply as well as reducing time and material resources needed.

The software will run on Windows 9X, ME, NT, 2000 , and XP.  10 MB of hard disk space is needed to install and to run the program.

The Crane Beam Design software will help you design the following:

·         Top running cranes, CMAA classes A to F.

·         Under hung cranes

·         Monorail cranes.