Different between Electronic Engineering and Electrical Engineering

What is Electronic 

Engineering and Electrical Engineering?

Electronic and Electrical 

Engineering combines design creativity with scientific concepts to develop new electrical products applications and systems.It's designing new types of electronic materials and integrating these into systems.It's advancing healthcare by developing complex biosensors.It's researching systems control and propulsion for robotics and autonomous systems.It's developing better power distribution systems through a neural generation in electric vehicles.Electronic engineers are making more efficient powerful and universal.Electronics are these things you want to achieve you might become an electronic engineer if you'd like combining mathematics and science implementing new solutions designing building and testing systems using your knowledge in business environments develop new ideas into usable products take your practical skills down to the lab and into the world.Studying electronic and electrical engineering involves learning theory in lectures applying what you learn in practical lab sessions to real-world problems solving challenging, mathematical engineering problems exploring new technologies designs concepts and products. Developing industrial strategies understanding how to design systems for materials to circuit architectures and system hardware working in teams to solve global engineering challenges by doing these things.we'll gain more than electronic engineering theory you'll have skills in critical thinking problem-solving project management and business acumen you can work in industries like electronics avionics in space robotics automotive and information technology preparing you to make an impact on the sustainably.