Abstract A model of engineering education in the field of construction is introduced in this paper. It is designed by following the criteria of the Bologna Declaration, the European and domestic labor market, as well as the specifics in the existing level of development of the engineering faculties in Macedonia (infrastructure, human resources, labs, equipment, etc.). This model can serve as... A model of engineering education in the field of construction is introduced in this paper. It is designed by following the criteria of the Bologna Declaration, the European and domestic labor market, as well as the specifics in the existing level of development of the engineering faculties in Macedonia (infrastructure, human resources, labs, equipment, etc.). This model can serve as a basis for reform of the existing models of engineering education, with a sole purpose to increase efficiency and to effectively increase the level of quality in the field of engineering education. Read More Read Less

Abstract For industries and robot applications the transducers of angular and linear positions with pseudo-random encoders are used. A possible improvement in this feature is the use of two pseudo-random code heads which is now employed. We found during testing that it is easy for practical work and bring improved performance, redundancy and reliability. In the proposed encoder solution, the checking... For industries and robot applications the transducers of angular and linear positions with pseudo-random encoders are used. A possible improvement in this feature is the use of two pseudo-random code heads which is now employed. We found during testing that it is easy for practical work and bring improved performance, redundancy and reliability. In the proposed encoder solution, the checking methods of pseudo-random code can ensure reliable position. Read More Read Less

Abstract The channel capacity of FSO systems can be improved using several models which we presented in this work. In the current work we have proposed an deep model for increasing the CI. Besides, we have suggested the integration possibility for FSO systems, and more progress for future FSO systems. The FSO systems can be used to bring knowledge to the... The channel capacity of FSO systems can be improved using several models which we presented in this work. In the current work we have proposed an deep model for increasing the CI. Besides, we have suggested the integration possibility for FSO systems, and more progress for future FSO systems. The FSO systems can be used to bring knowledge to the students and engineers about the enhanced features of them and enable to select the most useful solution. Read More Read Less