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Overview of BSEE program. Mani V. Venkatasubramanian. BS in Electrical Engineering. Total of 128 credit hours Four year program with 32 credit hours for each year Electrical Engineering – 47 credit hours Technical Electives – 15 credit hours Computer Science – 3 credit hours
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Overview of BSEE program Mani V. Venkatasubramanian
BS in Electrical Engineering • Total of 128 credit hours • Four year program with 32 credit hours for each year • Electrical Engineering – 47 credit hours • Technical Electives – 15 credit hours • Computer Science – 3 credit hours • Mathematics and basic sciences – 33 credit hours • General Education Requirement (GER) – 24 credit hours • General Engineering – 6 credit hours
Engineering Design Component • More than 15.5 credit hours of design component in BSEE curriculum • Senior design classes, EE 415 and EE 416 – 4 credit hours of design • CptE courses, EE 214 and EE 234 – 4 credit hours of design • EE core courses, EE 311, EE 341, EE 351, EE 352, EE 361, EE 362, and EE 489 –7.5 credit hours of design • Tech Electives – Additional design exposure
Laboratory Experience • Total of 7 lab credit hours • EE 262 Electrical Circuits Lab – 1 lab credit hour • EE 352 Electrical Engineering Lab. I – 2 lab credit hours • EE 362 Power Systems Lab. I – 2 lab credit hours • EE 214 Logic Circuits and EE 234 Microprocessor Systems – 2 lab credit hours • Additional lab. Components in EE technical electives
Programming Experience • More than 5 credit hours • CptS 251 C Programming – 3 credit hours • EE 221 Funda. of Numerical Computing – 2 credit hours (Matlab based) • EE 214, EE 234, EE lab courses, possibly EE 416 and possibly EE Tech. Electives
Recent BSEE Curriculum Changes • Programming requirements changed: • Previous: CS 121 Programming design (4 credits) and CS 122 Data Structures (4 credits) • New: CS 251 C Programming (3 credits) and EE 221 Numerical Computing (Matlab) (2 credits) • Probability course changed from Stat 443 to either of Stat 360 or Stat 443. • Special EE Tech. Elective (any one of 4) required. All four EE Tech. Electives include Probability application to address ABET concerns. • Two of remaining 4 Tech. Electives must be EE courses. Two others can be any among approved electives.
EE/CptE Senior Design projects • Fall 2006, 8 team projects, all had industry sponsors • Spring 2007, 6 team projects, 4 had industry sponsors, 2 WSU sponsored • Sponsors: Digilent, Linear Technology, PNNL, Tacoma Power, Comtech AHA Corporation, SEL, NASA, ClearEdge Power Inc.
EE/CptE Senior Design examples • Noise reduction and chaotic signals in aircraft communications, PNNL • Fault data retrieval for the GE D25, Tacoma Power • Solar powered diagnostic lab in Africa, WSU Engineers without borders • Network algorithm implementation for space exploration, NASA • Design of 6 kW power control system for fuel cells, ClearEdge Power Inc. • Emulation of Motorola MC68332 targeting an FPGA using VHDL, SEL
Network algorithm implementation for space exploration Team: Celeste Ellis, James Flynn, Alex Grad, Alireza Mansoori, and James Purdy, Mentor: Sandip Roy, Sponsor: NASA.
Design of 6 kW power control system for fuel cells Team: Justin Fox, Karl Derkey, James Amos, Chris Keeser, Mentors: Quintin Ming and Doug Ausdermore, Sponsor: ClearEdge Inc.
Power Generation for a Hospital in Abri, Sudan Team: Sam Guan, Charles Renneberg, Kylan Robison, Takele Taffesse, and Vladimir Yerokhin, Mentor: Mohammad Osman, Sponsor: Engineers without Borders at WSU
BSEE Internship program overview • Long history of internship support from industry • 12 out of 26 recent EE graduates had internships • Sponsors: • Digilent (3), General Electric, Boeing (2), Idaho National Labs, DOE Hanford, Bechtel, Puget Sound Energy, Jet Propulsion Labs, AHA in Moscow, Inifia in Tri-Cities