Prof. Shigeo Kobayashi

I am involved in the development of networking, and web site design and set-up (HTML, SQL, PHP). I have to teach Java Language (API's) to engineers working in the field of IT industries.

I gave lectures of the following software subjects. 1. Visual Basic 2. HTML and Perl 3. Microsoft Access 4. C/C++ 5. PHP 6. Numerical Analysis by C 7. Excel VBA

I am involved in the education of computer software. I am mainly involved in the following subjects. 1. Information Theory 2. Basic and Visual Basic 3. Microsoft Access (Database) I am also involved in the introduction of the following systems. 1. Aslo involved in the introduction of CAI (Computer-aided Instruction) system 2. Also involved in the introduction of network system

The following subjecs are taught to the engineers working in our area. 1. Verilog FPGA course 2. Embedded computer system development course. 3. C/C++ language course

Involved in the following systems 1. Telephone Card Counting System: Gal's, FPGA used. PALASM and C used. 2. Automatic X-ray Tracking System: FGPA and embedded processor used. C/C++ used. SicroSim emulation software used. 3. Data Capturing System for Film-less X-ray devices: FPGA and embedded processor used. C/C++ used. 4.Patient Bed for X-ray Device with Ultra-sonic Distance Guage Built-in: FPGA and embedded processor used. C/C++ used. 5. English Language Proficiency Check System by Network.

I am involved in the development of A3 laser printers. Also have to manage the development work of the printers. The softwares involved: C/C++, PALASM, Hardware involved: NEC's V50, Pal's, and Gal's

Involved in the following design work. 1. Network System: Designed network card and implemented on laser printers as printer sharing system. Pal's and Gal's used. PALASM and C languase used. 2. Laser Printers: Design work of laser printers. Pal's and Gal's used. PALASM and C language used. 3. Document Scanning System: Australian Government contract work. National Semiconductor's 32 bits cpu and Gal's. PALASM and C language used.

Involved in the following design systems as engineering manager and engineer.. 1. Computer System: Designed from scratch and OS was implement. TTL's and 8085 used. Assembly language used. 2. EPROM Programmer: Used by connecting to the above computer . Assembly language used. 3. Bipolar ROM Programmer: Used by connecting to the above computer . The debugging made in the same way as above. 4. Interfaces to Coupon Sorting Machines: Varioos interfaces designed for maintaining coupon sorting machines.

Involved in the following design work. 1. On-line Betting Terminal: This system was designed to make horse-race betting on line anywhere in NSW in Australia. TTL's and 8085 micro-processors used. The SDLC protocol used. Assembly language used.

Involved in the following system design work. 1. Numerical Control System: Numerical control system for automobile parts mass-production was designed wiith 8080/8085 processors built in. TTL's and op amps used. Assembly language used.

Involved in the following system development. 1. Measuring Systems for Mass-production: These systems are digital and analog mixed ones with 8080 processors built in. TTL's and op amps, A/D and D/A convertors used. Assembly language used. 2. Computer Graphics System: Graphics system with 8080 processor built in. Assembly language used.

Involved in the following development work, 1. Bar Code Reader: TTL's and Op amp's ured. To develop the system. Assembly language used. 2. Peripheral equipments to Burroughs Main Frame Computers: Peripherals to Burroughs main frame computers developmed. Assembly language used.

Teaching environmental engineering.

Teaching physics

I extensively spent on computer languages and how to logically organize computer systems. Also spent a lot of time on computer architecture.

By applying electonics(computer technology) and physics, I did research the analysis of air turbulence and its affects on human beings. I did develop auto-covariance calculator by analog and digital technologies.

I did study especially the ari turbulence and its affects on human beings. I did developed a linealized hot-wire anemometer which detects air turbulence which was published in the engineering circlies.

I extensively spent on semiconductors and digital electornics. I made single crystals to investigate the nature of semiconductors and to made a selective amplifer in order to investigate the natures of semiconductors.