Robot building is becoming very popular, and the students in Mr. Kszastowski’s Computer Integrated Manufacturing Class (CIM) are no exception.

Recently, students in CIM built Automated Guided Vehicles (AGVs) that can follow a specific path while carrying different materials.

“These robots can follow a path, stop at pre-determined points, and brake if an obstacle is spotted in the way,” Mr. Kszastowski said. “They could be used in hospitals, factories, or anyplace where the robot can carry items.”

The robots use specific commands from computer programs to function.

“The robots are built from Vex robotics kits and programmed them using RobotC.  This is a system developed locally through Carnegie Mellon University,” Mr. Kszastowski said.

Students also use problem solving and engineering design to create the robots.

“The purpose of the class is to prepare students for a college degree in engineering.  I try to give the students the best experience that I can in the different fields in automation, robotics, and CAM (computer aided manufacturing),” Mr. Kszastowski said.

Many students who take the class get careers in petroleum engineering, bio-medical engineering and mechanical engineering.

CIM class students can also look forward to programming robots, printing 3D robots, and constructing a full manufacturing plant that includes robots and automated processes.

The CIM class is the second step in the ‘Project Lead The Way’ series of classes. These classes introduce engineering and let students take on every-day engineering problems hands-on. One must take Introduction to Engineering Design (IED) first before applying for CIM.

“IED teaches the students the necessary prerequisite skills that are needed for CIM,” Mr Kszastowski said. “Usually students take IED as a freshman, but all grade levels are encouraged to take this.”

To learn more, email Mr. Kszastowski or visit him on the first floor.

Click here to read more about the curriculum of the CIM class.

Click here to see more pictures from the CIM class.