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News from the Faculty

The experimental system in the assembly process

The section was An innovative experimental system for
prepared in embedding theoretical knowledge
collaboration
with the TEACHING INNOVATION A unique incorporates a new state-of-the-art students improve the system’s
Technion teaching experiment, conducted STMicroelectronics microprocessor. performance by integrating the
Spokesperson in the Microprocessor Based In the lab-based course, the physical model into the control
Product Design course, tested students were asked to control system—and applying it, in real time,
the implementation of theoretical the movement of a laser beam by using the microprocessor,” says Prof.
aspects taught in the Robotics, controlling the current supplied to Izhak Bucher, who developed the
Dynamic Control, and Mechatronics the electromagnetic transducer. The experiment. The system will receive
program through an active learning students implemented what they several enhancements and, based
system developed especially for the had learned in the fields of dynamic on its success, will be incorporated
experiment. systems, signal processing and into additional advanced-degree
The system, developed by the control, and programming, in real courses. “The experimental system
Dynamics & Mechatronics Lab time, in order to guide the system provides an additional dimension
team and built at the Center for quickly along dictated paths. The lacking in current teaching methods,
Fabrication Systems, was created experimental system performed in terms of training students by
using 3D printing. The system is on an equal level to much more allowing them to perform tasks
driven by transducers disassembled expensive systems. “The fusion of independently, become acquainted
from old computer disks, is fitted knowledge areas enables students with the limitations of the theory,
with a MicroElectroMechanical to actively learn the full range of and expand their understanding of
acceleration sensor (MEMS), and topics involved in the courses. The it,” concludes Bucher.

Four generations of graduates

Among the graduates who completed their bachelor’s degree studies at the end of
the previous semester was Hagai Kiri, a graduate of the “Brakim” excellence program.
Kiri, 22, is a fourth-generation Technion graduate in his family. Moshe Dembo, his
great-grandfather, received his degree as part of the second construction engineering
graduating class. His grandfather Joseph Dembo, 90, is a civil engineering graduate.
Hagai’s mother, Yael Kiri Dembo, is a graduate of the Faculty of Chemical Engineering
and his father, Uri Kiri, is a Mechanical Engineering graduate.

6 | MEgazine | Faculty of Mechanical Engineering