After finishing the course, students will \newline

•	Understand the special requirements that are imposed on embedded systems \\
•	Understand the key instruction set architecture (ISA) features of embedded processors, particularly ARM processors \\
•	Understand how architectural and implementation decisions influence performance and power consumption \\
•	Have the knowledge of special features of programming embedded processors \\
•	Write more efficient code for embedded systems\\
•	Understand how microprocessors, memory, peripheral components and buses interact in an embedded system \\
•	Understand the role of the compiler in the embedded system design process \\
•	Understand the properties of real-time operating systems, including real-time scheduling policies\\
•	Have improved engineering system design and implementation techniques \\
•	Have hands-on experience with industrial standard development software and hardware.  \\
•	Understand key state-of-art issues for embedded systems\\