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Java Institute JOURNAL
 
  17 August, 2018
 
The hexacopter model have six motors and corresponding propellers. This adds to the capability of the air
A robot that was designed by the Java Institute for Advanced Technology is shown in the photographs. A nu
The obstacle avoiding robot can be described as a robotic rover that is able to travel by avoiding any ob
RPVD-3t is an Intelligence & flight controlling system in using PIC Base, Arduino & Java and SE & Web Bas
A robot that was designed by the Java Institute for Advanced Technology is shown in the photographs.
RPVD-3t is an Intelligence & flight controlling system in using PIC Base Arduino & Java and SE & Web Base
A Software and Robotic Exhibition titled ?Jenezis? was organised on the 10th and 11th of September 2015,
 
       
 

The Hexacopter-six motors
The hexacopter model have six motors and corresponding propellers. This adds to the capability of the aircraft and really makes this the optimal choice for anyone flying with expensive cameras attached. Essentially, these models have all of the same major benefits of a..


Working Mechanism of Robot
A robot that was designed by the Java Institute for Advanced Technology is shown in the photographs. A number of various components were utilised to build this particular robot and these include perspex pieces, circuits, motor wheels, and chains. The primary aspect that..


Obstacle Avoiding Robot
The obstacle avoiding robot can be described as a robotic rover that is able to travel by avoiding any obstacle that is on its path. This particular robotic device makes use of six ultrasonic sonars and related technology. These sensors are fixed at different angles and..


RPVD-3T - Getting Started
RPVD-3t is an Intelligence & flight controlling system in using PIC Base, Arduino & Java and SE & Web Base Controlling System.

RPVD-3T Stand for Remote Pilot Vehicle Drone 3 TravelingThis drone can controlling system in itself.

This drone has..



Working Mechanism of Robo.
A robot that was designed by the Java Institute for Advanced Technology is shown in the photographs. A number of various components were utilised to build this particular robot and these include perspex pieces,circuits, motor wheels, and chains. The primary aspect that ..


RPVD-3T - Getting Started
RPVD-3t is an Intelligence & flight controlling system in using PIC Base, Arduino & Java and SE & Web Base Controlling System.RPVD-3T Stand for Remote Pilot Vehicle Drone 3 TravelingThis drone can controlling system in itself.

This drone has many fighting mode a..



Jeneziz 2015 exhibition
For the first time in the history of the Matara Branch of the Java Institute for Advanced Technology, a Software and Robotic Exhibition titled ?Jenezis? was organised on the 10th and 11th of September 2015, at the Matara SA.NA.SA. Hall. This exhibition generally targete..


Quad copter Invention
The quadcopter is one of the technological and robotic inventions of the Java Institute for Advanced Technology and it was designed using the component ATMega 328 IC. When the quadcopter is operational, that is when it is flying, the balance mechanisms are achieved via ..


2013 Convocation - PCJT
The convocation for the year 2013 of the Java Institute for Advanced Technology was held on the 6th of August, 2014. This graduation ceremony was organised and conducted in a highly successful manner. Colonel Darshana Ratnayake, who is the Chairman of the Vocational Tra..


2012 Convocation -PCJT
January 22nd of 2013 was the date on which the 2012 Convocation of the Java Institute for Advanced Technology was held. This event was a huge success and it was held at the Mount Lavinia Hotel. A total of 75 graduate students of the Java Institute for Advanced Technolog..