1. Electronic engineeringElectronic engineering, noun; branch of engineering concerned with the design, manufacture, and operation of circuits, electronic devices, and systems. (Dictionary.com)"Electrical engineering is a rapidly advancing profession and the leading force in the advancement of information technology." (PASSI, 2013). Electronics Engineering or also known as Electronics and Communications Engineering is a 5-year course that focuses on the conceptualization, design, modeling and improvisation of current electronics as well as computer and communications-focused product processes and systems. Electronic engineers are those who lead in building electronic appliances and gadgets. Their inventions range from simple household tools and appliances to high-tech inventions such as rocket ships and stations. ECEs are also responsible for enabling long-distance communications using signals as a means of communication. According to Jackson, “A high level of knowledge in mathematics and science is necessary along with perseverance to be successful in the field.” path of becoming an electrical engineer. (2010) II. How to be an ECEBeing an ECE is no walk in the park. It's a long and difficult road. Many important subjects should be taken and passed to become an ECE. Some of these are the following: Economics with Taxation and Land Reform, Engineering Economics with Accounting, Environmental and Safety Engineering, Electronic Circuit Analysis and Design, Instrumentation and Measurement, Plane and Spherical Trigonometry, Deformable Body Mechanics, Logic Circuit and Theory of switching, Lighting Engineering design, electronic devices and circuits, tariff... middle of the paper... the current technology we have and ways to improve it. Since it is the latest type of engineering, there are many ways to master it is obviously offered. This is due to the constant change in the study of the course. Being an ECE has its advantages. One of them is having less competition than other jobs because the number of ECEs is still a little less than other new engineering courses and all that. Furthermore, we live in a world where technology is present and evolves according to people's needs. This is why ECEs will always be necessary. Their knowledge and skills in creating and improving technology are currently a vital part of today's technology. As long as the technology is there, BS ECE course will never die out. Because when technology improves, ECE knowledge follows because they are directly proportional to each other. This is perhaps the biggest advantage and advantage of ECEs over other courses.