!/d!!ac k hr j5mm5k
TRANSCRIPT
SUBMITTING YOUR
DEGREE PLAN
Entering your Junior year you are prepared to
choose your remaining electives and concentration.
E L E C T R I C A L & C O M P U T E RE N G I N E E R I N G
DegreePlanFormProcess
SET UP ADVISINGAPPOINTMENT
Schedule an appointmentwith the Concentration
Advisor
Review & discuss electiveoptions
Advisor will approve andsign form
PSID)
SUBMIT
Click this Microsoft Form link to upload and submit your
approved Degree Plan.
(Save file: Last Name, First Name,
PLAN & ENROLL
Use the ECE Course Planner tooutline your remaining semesters.
Keep a copy of your degree planfor your student files as reference.
FACULTY ADVISORS
SIGNALS, COMMUNICATIONS, & CONTROLS
Bhavin Sheth ([email protected])
ELECTRONICS
Len Trombetta ([email protected])
NANOSYSTEMS
Stanko Brankovic ([email protected])
APPLIED ELECTROMAGNETICS
David Jackson ([email protected])
POWER & RENEWABLE ENERGY
Desiree Phillips ([email protected])
CPE & COMPUTER AND EMBEDDED SYSTEMS
Yuhua Chen ([email protected])
Electrical & Computer ENGINEERING
Bold = Concentration Required Elective
APPROVED TECHNICAL ELECTIVES Any ECE 3000, 4000, 5000 Level Course MATH 3335: Vector Analysis MECE 2334: Intro to Thermodynamics PHYS 3312: Modern Optics MATH 4364: Numerical Analysis MECE 3400: Intro to Mechanics PHYS 3315: Modern Physics I MATH 3364: Complex Analysis
SIGNALS, COMMUNICATIONS & CONTROLS 3366 Introduction to DSP
5397/4117 Advanced Telecommunications Engineering
4375/4115 Automatic Control Systems O 3364 Circuits & Systems O 4437 Embedded Microcomputer Systems O 5317/5117 Microwave Engineering O 5318/5114 Antenna Engineering O 5330 Introduction to Robotics O 5335/5115 State-Space Engineering O 5354 Digital Video O 5440 Advanced Digital Design O 5451 Internetworking O 5357 Introduction to Cybersecurity O 5397 Robotics & ROS O 5397 Intro to Machine Learning
ELECTRONICS 3364 Circuits & Systems 3456 Analog Electronics 3457 Digital Electronics 4339/4119 Physical Principles of Solid State Devices O 3318 Applied Electricity & Magnetism O 5317/5113 Microwave Engineering O 5318/5114 Antenna Engineering O 5319 Introduction to Nanotechnology O 5320 Introduction to Nanomaterials Engineering O 5321 Design & Fabrication of Nanoscale Devices O 5340 Introduction to Well-Logging Techniques O 5346 VLSI Design O 5356 CMOS Analog Integrated Circuits O 5358 Modern Optics & Photonics
NANOSYSTEMS 4339/4119 Physical Principles of Solid State Devices 5319 Introduction to Nanotechnology 5320 Introduction to Nanomaterials
Engineering 5321 Design & Fabrication of Nanoscale
Devices O 3318 Applied Electricity & Magnetism O 3364 Circuits & Systems O 4363/4113 Energy Conversion Devices O 5317/5113 Microwave Engineering O 5318/5114 Antenna Engineering O 5322 Nanoengineering Research O 5346 VLSI Design O 5356 CMOS Analog Integrated Circuits O 5380/5180 Power Electronics & Electric Devices
COMPUTER & EMBEDDED SYSTEMS 4437 or 5440 Embedded Microcomputer Systems OR
Advanced Digital Design 5367 Introduction to Computer Architecture &
Design COSC 1437 Introduction to Programming O 3366 Introduction to DSP O 3456 Analog Electronics O 4375/4115 Automatic Control Systems O 4437 Embedded Microcomputer O 5330 Introduction to Robotics O 5346 VLSI Design O 5354 Digital Video O 5440 Advanced Digital Design O 5451 Internetworking O 5357 Introduction to Cybersecurity O 5397 Robotics & ROS O 5397 Introduction to Machine Learning O 5436 Advanced Microprocessor
APPLIED ELECTROMAGNETICS 3318 Applied Electricity & Magnetism 5317/5113 Microwave Engineering 5318/5114 Antenna Engineering O 3364 Circuits & Systems O 3366 Introduction to DSP O 3456 Analog Electronics O 4339/4119 Physical Principles of Solid State Devices O 4363/4113 Energy Conversion Devices O 4371/4117 Advanced Telecommunication Engineering O 5319 Introduction to Nanotechnology O 5340 Introduction to Well-Logging Techniques O 5344 Signal Integrity O 5346 VLSI Design O 5358 Modern Optics & Photonics
POWER 3318 Applied Electricity & Magnetism 3364 Circuits & Systems 4363/4113 Energy Conversion Devices 5377/5127 Power Systems Analysis O 4375/4115 Automatic Control Systems O 5335/5115 State-Space Engineering O 5380/5180 Power Electronics & Electric Devices O 5388 Renewable Energy Technology
Electrical & Computer ENGINEERING
Student Signature Date Concentration Advisor Signature Date
Name: PeopleSoft ID#:
SECTION 2: ECE ELECTIVES CHOOSE 2 ECE Electives. These can be any ECE 3000, 4000, 5000 level course offered.
SECTION 1: CONCENTRATION ELECTIVES Students must take all required concentration electives (listed in bold) within their chosen concentration area, then chose the remaining concentration electives within their concentration area. Students are responsible for a total of 6 Concentration Electives.
SECTION 3: TECHNICAL ELECTIVES CHOOSE only one approved Technical Elective.
SECTION 4: ECE ELECTIVE LABS 3 ECE Elective Labs are required. All 4-credit ECE courses include a lab. All 1-credit courses are lab courses. Any lab courses taken from Concentration Electives or ECE electives count toward the three lab requirement. If an ECE course with a lab is taken as the Technical Elective, this course counts toward the lab requirement as well.
SECTION 2: ECE ELECTIVES
1
2
SECTION1: CONCENTRATION AREA: _________________________
1
2
3
4
5
6
SECTION 3: TECHNICAL ELECTIVES
1
SECTION 4: ECE ELECTIVE LABS
1
2
3
Semester to Semester Plan
KH 10/2011
Name Projected Graduation Date
Cougar ID Semester Year
Degree Program
Semester: Semester: Semester:
Course TitleCredit
HoursCourse Title
Credit
HoursCourse Title
Credit
Hours
Semester: Semester: Semester:
Course TitleCredit
HoursCourse Title
Credit
HoursCourse Title
Credit
Hours
Semester: Semester: Semester:
Course TitleCredit
HoursCourse Title
Credit
HoursCourse Title
Credit
Hours