Most products are the integration of modules from different engineering areas – mechanical, electrical and electronics, computing etc. Engineering graduates are expected to design, manufacture and control those products, and specifically they should be competent in: 1.) Mechanical design … parts and mechanism 2.) Circuit design … digital and analogue 3.) Controller design … classical and modern 4.) Computer programming … low and high levels 5.) Man-machine engineering design 6.) Integration of different engineering modules Are current education models suitable for producing such versatile graduates
We present our approach to undergraduate engineering education, “A contexualized, social, self-paced...
Designing mobile robots requires the integration of physical components, sensors, actuators, energy ...
Abstract – Since both the embedded systems and robotics are multidisciplinary subjects and closely c...
ABSTRACT: Mobile robots are an excellent tool for teaching engineering concepts. Practical demonstra...
Modern engineering courses provide students with exposure to the theory and derivations of problems....
This paper discusses the creation of a robotic concentration with four courses to meet the industry ...
Real-world systems are generally comprised of interdependent components creating complex integrated ...
The nature of the robotics discipline is changing. In turn the traditional engineering-based degree ...
The School of Engineering of the University of Bergamo offers a Mechatronic curriculum both to MSc ...
Our course ‘Introduction to Engineering Design’ is aimed at freshmen students entering Mechanical an...
Recently, educators have worked to improve Science Technology Engineering and Mathematics (STEM) edu...
Course design in engineering should be able to address the core competencies that are required by th...
The integrated knowledge in the application of mechanical engineering, microprocessor and electronic...
AbstractIn designing and manufacturing such robotic and mechatronic systems, the engineers need a wi...
Automation is one of the key areas for modern manufacturing systems. It requires coordination of dif...
We present our approach to undergraduate engineering education, “A contexualized, social, self-paced...
Designing mobile robots requires the integration of physical components, sensors, actuators, energy ...
Abstract – Since both the embedded systems and robotics are multidisciplinary subjects and closely c...
ABSTRACT: Mobile robots are an excellent tool for teaching engineering concepts. Practical demonstra...
Modern engineering courses provide students with exposure to the theory and derivations of problems....
This paper discusses the creation of a robotic concentration with four courses to meet the industry ...
Real-world systems are generally comprised of interdependent components creating complex integrated ...
The nature of the robotics discipline is changing. In turn the traditional engineering-based degree ...
The School of Engineering of the University of Bergamo offers a Mechatronic curriculum both to MSc ...
Our course ‘Introduction to Engineering Design’ is aimed at freshmen students entering Mechanical an...
Recently, educators have worked to improve Science Technology Engineering and Mathematics (STEM) edu...
Course design in engineering should be able to address the core competencies that are required by th...
The integrated knowledge in the application of mechanical engineering, microprocessor and electronic...
AbstractIn designing and manufacturing such robotic and mechatronic systems, the engineers need a wi...
Automation is one of the key areas for modern manufacturing systems. It requires coordination of dif...
We present our approach to undergraduate engineering education, “A contexualized, social, self-paced...
Designing mobile robots requires the integration of physical components, sensors, actuators, energy ...
Abstract – Since both the embedded systems and robotics are multidisciplinary subjects and closely c...