We bring together mechanical components, sensors, and actuators with embedded systems, ensuring smooth and reliable operation of the products. Our expertise in feedback control systems and real-time embedded software design allows us to create systems that respond dynamically to their environment, whether in automated manufacturing processes, intelligent monitoring systems, or consumer products.
A 3-DOF 3-RRS manipulator is modeled with multiple rigid bodies and joints for the Rover.
We integrate optical systems with precision mechanical and electronic components. We design advanced imaging systems, laser-based devices, and optoelectronic sensors for diverse applications. Utilizing advanced spectral measurement techniques, we analyze light signals across a broad range from ultraviolet (UV) to near-infrared (NIR) wavelengths, via Fast Fourier Transform (FFT) calculations.
In the fields of Astronomy and Remote Sensing, we apply Celestial Mechanics to develop star tracking devices, supported by
the mechatronics assembly with high precision.