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The Master of Science program in electrical and computer engineering demands completion of 36 to 40 semester credit hours. Your path to earning these credits and the nature of your academic journey will vary depending on whether you choose the thesis track or the coursework-only option. Both pathways are detailed here.
Specialization tracks: The ECE department has curated sets of courses to assist in academic planning, tailored to specific focus areas within electrical and computer engineering.
The digital systems and VLSI concentration centers on designing, analyzing, laying out, and fabricating diverse components and systems. This encompasses everything from fundamental transistor elements to complex digital gates, various circuit types (including arithmetic and digital signal processing circuits), and sophisticated systems (such as processors, systems-on-chips, and embedded systems containing billions of transistors). This field requires optimization of certain parameters (like minimizing power usage) while ensuring others meet strict specifications (such as achieving a 2 GHz clock frequency). Key considerations include processing speed, energy efficiency, chip size and cost, manufacturing yield (the proportion of functional chips meeting all specifications), and thermal characteristics. The discipline also heavily involves developing algorithms to automate design implementation and analysis processes to satisfy these requirements. Nearly all modern technological advancements either directly originate from this field or rely fundamentally on its principles.