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Eg. Digital Electronics System Design

Course No. / 0603303
Course Name / Digital Electronic System Design with FPGA
Credits/Hours / Eg: 3/ 48 hours
Semester / Sophomore
Time frame / May.15th to June.16th (CTO for first 2 weeks)
Course Volume / 30 students
Preferred Depts / EECS Automation
Prerequisites / Introductory computer programming; introductory circuit analysis and/or physics
Follow-up Courses
Department / EE
Textbooks and Reference books / No book required. All course materials are (or will be) available at www.realdigital.org and/or www.eecs.wsu.edu/~ccole/ee214
All students must have Basys3 board and Analog Discovery 2
Course Nature / EECS mandatory course
Course
Brief Intro / Students will learn digital design methods and technologies using state of the art FPGAs and CAD tools. All students will use their own hardware (including the Basys3 board from Digilent) and CAD software (Xilinx’s Vivado design suite) to design and implement several challenging design projects.
Course Language / English
Assessment Methods / Homework Report Percentage 10%
Design Project Review 70% (Each student submits his/her own projects)
Tests/quizzes 20%
Final Outcome / Using the All programmable platform and virtual instrumentation platforms provided, students will design a comprehensive digital electronic system with a PBL approach. To be successful, students must demonstrate design and debugging skills, be able to analyze and trade-off competing design approaches, and demonstrate general problem solving and programming skills.
Computer Language / Verilog HDL in dedicated IDE (Xilinx Vivado). Detailed design reports will be required.
Experimental Teaching / Labs are correlated with lectures. Mixed with Lectures.
Skills cultivated / Digital system design, Verilog programming, system debugging
Teaching content（eg. Lecture contents, Lab contents, and correlated hours） / How many hours for lectures, How many hours for hands on projects or labs, How many hours for assessment
Lecture: 24 hours
Lab/Hands-on: 24 hours
Assessment: 5 hours
Teaching Method / Lecture + Hands on Labs + Projects + live project report assessment.
Course Owner / Professor Clint Cole