Designing and developing an independent MEMS device for drug delivery applications. Also performing the production of the device itself.

Design and assembly of a cooling system for a newly developed linear motor driven aerostatic micro machining system.

Computer-aided Finite Element Analysis (COMSOL) and use of optimization tools to design material configuration of the antenna. Holding weekly meetings with the supervisor, and mechatronics laboratory group.

Automation of a sophisticated three-dimensional ceramic and inhomogeneous substrate fabrication procedure using x-y-z controlled linear drives and dispensing unit

Design of a Lab-On-A-Chip System for Semen Analysis project includes design and optimization of a novel LOC MEMS device with integrated micro sensors and electro osmotic pump which is able to perform semen analysis.

Modeling and analysis on a cantilever beam with piezoelectric actuators placed between nickel layers using COMSOL Multiphysics.

Design of a reduction gear box considering shaft stresses, bearing load calculations, gear ratio and force/torque on gears.

Design and Implementation of a small scale industrial model with conveyor belts, sensors, pneumatic pistons and a control panel. Also Visual Basic has been used to design human interface.

Regardless of motors, cables, gears and electronics, we designed arm (members) with minimum weight and deflection. We analyzed and reported it for static loading and critical stresses.

Design of the circuit of a vending machine which is a coinoperated automat for selling low-valued merchandise. The designed circuit implemented on the FPGA device used during the lab sessions.

The aim of the project was to build an A.M. (Amplitude Modulation) radio receiver circuit in order to listen station broadcasting 700 kHz.

Construction of a microcomputer controlled mobile robot which recognized the black colour by using touch and infrared sensors and carried several objects to a stated place.