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Graduation Plan

Autumn 2005 (16 credits)
Chem E 260 (4) — Thermodynamics {4.0}
CSE 143 (5) — Computer Programming II {4.0}
Math 324 (Advanced Multivariable Calculus I) {3.3}
T C 333 (Advanced Technical Writing and Oral Presentation) {4.0}

Winter 2006 (15 credits)
BioE 201 (2) — Intro to Bioengineering {3.8}
Biol 220 (5) — Introduction to Biology III {3.1}
Chem 238 (4) — Organic Chemistry II {3.0}
CSE 370 (4) — Intro to Digital Design {3.8}

Spring 2006 (16 credits)
BioEn 301 (4) — Bioengineering Systems Analysis {3.8}
CSE 321 (4) — Discrete Structures {3.6}
CSE 341 (4) — Programming Languages {3.9}
Math 390 (4) — Probability and Statistics for Engineers and Scientitsts {2.4}

Summer 2006 (4 credits)
CSE 326 (4) — Data Structures {3.4}

Autumn 2006 (15 credits)
BioE 302 (4) — Introduction to Instrumentation (BioE core) {3.8}
BioE 304 (4) — Analysis of Physiological Systems (BioE core) {3.7}
CSE 378 (4) — Machine Organization & Design (CSE Core) {4.0}
CSE 322 (3) — Introduction to Formal Models (CSE Core) {3.9}

Winter 2007 (16 credits)
BioE 303 (4) — Signal Processing (BioE core) {4.0}
BioE 305 (4) — Analysis of Physiological Systems & Transport (BioE core) {3.8}
CSE 451 (4) — Operating Systems (CSE Core) {4.0}
CSE 466 (4) — Software for Embedded Systems (CSE Senior Elective) {4.0}

Spring 2007 (19 credits)
BioE 357 (4) — Molecular & Cellular Bioengineering I (BioE Core) {3.8}
BioE 481 (4) — Research & Design Fundamentals (BioE Core) {3.6}
BioE 492 (3) — Surface Analysis (BioE Senior Elective [3/15]) {3.8}
CSE 403 (4) — Software Engineering (CSE Software Requirement) {3.6}
CSE 471 (4) — Computer Design and Organization (CSE Senior Elective) {4.0}

Summer 2007 (6 credits)
CSE 461 (4) — Introduction to Networks (CSE Core) {4.0}
BioE 482 (2) — Senior Capstone (BioE Requirement) {3.7}

Autumn 2007 (18 credits)
BioC 405 (3) — Introduction to Biochemistry (BioE Requirement) {2.9}
BioE 482 (4) — Senior Capstone Design Project (BioE Core) {3.8}
BioE 485 (4) — Computational Bioengineering (BioE Senior Elective [7/15]) {3.9}
BioE 499 (3) — Neural Engineering (BioE Senior Elective by Petition [10/15]) {3.9}
CSE 467 (4) — Advanced Digital Design (CSE Senior Elective) {4.0}

Winter 2008 (16 credits)
BioE 482 (2) — Senior Capstone Design Project (BioE Core) {3.8}
BioE 499 (2) — Honors Senior Capstone Design Project (BioE Honors) {3.8}
CSE 401 (3) — Introduction to Compiler Construction (CSE Senior Elective) {3.6}
CSE 421 (3) — Introduction to Algorithms (CSE Senior Elective) {3.7}
CSE 427 (3) — Computational Biology (CSE/BioE Senior Elective by Petition [13/15]) {4.0}
CSE 599J (3) — Neurobotoics Seminar (CSE/BioE Senior Elective by Petition [16/15]) {4.0}

Spring 2008 (16 credits)
BioE 499 (2) — Honors Senior Capstone Design Project (BioE Honors) {X}
CSE 481 (5) — Software Design Capstone — Robotics (CE Software Requirement) {3.9}
CSE 431 (3) — Theory of Computation (CE Elective… not that I need more) {W4}
EE 400 (4) — BioCircuits (Just for fun) {3.7}
EE 400 (2) — BioCircuits Lab {3.8}

Update: Graduated!