Examples

1. For Electrical and Electronics Engineering:
   Specializing in electrical and electronics involves mastering principles, designing circuits, troubleshooting systems, and proficiency in power and control systems. It extends to communication, networking, microprocessor architecture, digital logics, VLSI for compact chip integration, and creating efficient embedded solutions for diverse applications.
2. For Civil Engineering:
   Identification and solving of civil engineering problems,in depth understanding of design techniques,and working with maps,drawings and models,as well as CAD Software,applications of MS-Excel in Civil Engineering.
3. For Chemical Engineering:
   Using and developing process simulation software to work out the most efficient production methods.