Introduction
Technology has affected society and its surroundings in a number of ways, I thought it could be awesome to write a post about my school, studies, faculty, and the disciplines.
I am Dayo, Dayo Nurudeen, one of the students of Silesian University of Technology which has a history of 63+ years. Silesian University of Technology is the biggest technical university in its region and one of the biggest in Poland, currently educating about 30 000+ students on 12 Faculties in 48 engineering disciplines. It provides graduates of engineering who are ready to work as managers of any Silesian industry and of enterprises far beyond Silesia region. As an organization with big research and teaching potential it exert a stimulating impact on the growth of Silesia and Zagłębie and significantly contribute to the creation of the economy based on knowledge management.
In the Faculty of AEC (Automatics and Robotics, Electronics and Telecommunication, Computer Science), students gets to choose a special discipline after completing their fifth semester. A student can neither choose two nor three but only one faculty. This tough period of choosing who you want to be, what you want to do with your next years, and what you would love to learn about and experiment with in your nearest future, mostly happens within the ending of the fifth semester and the beginning of the sixth semester. This period is infact a tough one because a student cannot afford to make a terrible mistake by choosing the wrong discipline.
In this same period, the head of each departments will make a presentation that describes and narrate what the department has to offer its students, the importance of the department in the economy, and what the students can benefit from the department after completion of the course. The purpose of the presentation is to enlighten students about the department, what it takes, and why they should be one of their students. If the presentation is well prepared and well presented, then he might be able to win some students over to his department but if not vice versa.
Faculty Of Automatic Control, Electronics And Computer Science
Structure:
- Institute Of Automatic Control
- Institute Of Computer Science
- Institute Of Electronics
The Faculty employs more or less 39 professors and associate professors, over 200 assistant professors, assistants and lecturers. The Faculty collaborates with companies operating in different fields of industry.
The Faculty carries out research into automation, robotics, biotechnology, system analysis, signal conversion, analysis, synthesis and system design, electronics and telecommunication systems, microelectronic technologies, digital signal conversion, theoretical and applied computer science, software, databases, design and construction of computer equipment, basis and techniques of creating computer networks.
The Importance Of Automatics and Robotics
Brief Introduction:
Robotics is the science and technology of the design, manufacture and application of robots in various applications, including space exploration, surgery, and everyday living.
Before a student can enter the robotics industry he or she requires an education in Engineering, Computer Programming, or design. Robotics is related to electronics, mechanics, and software. The word robot was introduced to the public by Czech writer Karel Čapek in his play R.U.R. (Rossum’s Universal Robots), published in 1920 and the first recorded use of the term “Robot” was by Isaac Asimov in his 1941 science fiction short-story “Liar”. Fully autonomous machines only appeared in the 20th century. The first digitally operated and programmable robot, the “Unimate”, was installed in 1961 to lift hot pieces of metal from a die casting machine and stack them.
Automatics and Robotics Jobs:
Robotics is the technology involving the design, maintenance, and use of robots. “ Design: Maintenance: Usage: “
- Robotics and Control Technician
- Robotics – Sensor Processing – Engineer – Video – Radar – Ladar
- Robot Control Software
- Future Combat Systems
- Robotics & Controls Maintenance Technician
- Space Robotics Simulation Engineer
- Welder – Robotics/Stainless Steel/Welding
- Physician, Urology Robotics
- electro-mechanical
- robotics engineering and operations
- Robotics Instructor
- Robotic Coordinator
- And many more!
Components of robots are as follows:
- Structure
- Power source
- Actuator
- Sensing
- Manipulation
- Locomotion
- And more!
The Importance of a degree in Robotics
Being a Robotics Engineer sounds like a high-tech job–and it is. If working with computers and mechanics sounds engaging, then pursuing this career might be right for you. Having skills in science and math doesn’t hurt either.
Robotics engineers have traditionally worked on developing applications for automated production in manufacturing, but the field of robotics technology is now expanding into nuclear power, agriculture and mining. Robotics engineers are now drawn to this field to explore the possibilities of autonomous robots that collect data in space, perform household tasks or even provide emotional support. Robotics is a competitive field and most engineers have master’s degrees in robotics engineering, electrical engineering or mechanical engineering.
The Importance Of Electronics and Telecommunication
The Importance Of Computer Science
Audio Presentations
http://nomoref.com/student/Polsl_Presentation/Polsl-A.mp3
http://nomoref.com/student/Polsl_Presentation/Polsl-B.mp3
http://nomoref.com/student/Polsl_Presentation/Polsl-C.mp3
http://nomoref.com/student/Polsl_Presentation/Polsl-D.mp3
http://nomoref.com/student/Polsl_Presentation/Polsl-E.mp3
Comments are welcome






















