Introduction to Embedded Systems

CT Score

1500

#0 of 0 in ENG EC

Difficulty

—/10

Workload

—h/wk

Median grade

—

from grade distribution

Would take again

—

n = 0 verified

Grade distribution

No distribution published for this course.

By professor: same course, different game

PROFESSORSCOREGRADEHRS/WKTERMS

Professor ratings →

Sections

No section data for this term yet.

In the tree

Experience in C/C++ programming and Linux, ENGEC 327 or EC 605 or equivalent. ENGEC 413, Computer Organization or equivalent. *Prior C or C++ programming knowledge is a hard requirement. Please discuss with the instructor if you have any questions. The growing popularity of modern embedded systems calls for a new generation of electrical and computer engineers who can easily cross the boundary between hardware and software. The course is designed to train such engineers by introducing students to an integrated view of software and hardware in designing embedded computer systems. The lectures will survey a broad array of subjects including system specification languages, embedded processors, memory architecture, communication architecture, real-time operating systems, scheduling, energy efficiency in hardware and software, hardware-software co-design techniques, debugging and verification techniques, and embedded systems security. The concepts will be reinforced with homework and project assignments that involve system design, modeling, and validation. The assignments will involve C/Linux programming, ARM/Linux-based evaluation boards, and optionally other microprocessor or FPGA-based boards→ENG EC 535→unlocks 0 courses

No mapped courses require this one yet. See on the map →

Study groups

0 active

🔒 Verified-only writes. You post as “sophomore, lecture section”: real enough to trust, anonymous enough to be honest.