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Joint Curriculum CEN UG Program CEN Curriculum Committee Manuel Bermudez, Doug Dankel, Paul Fishwick, Rob Fox, Ann Gordon-Ross, Herman Lam (chair), Janise McNair. Outline. Overview of existing CEN curriculum Software (SW) and hardware (HW) tracks Issues with existing curriculum

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  1. Joint CurriculumCEN UG ProgramCEN Curriculum CommitteeManuel Bermudez, Doug Dankel, Paul Fishwick, Rob Fox, Ann Gordon-Ross, Herman Lam (chair), Janise McNair

  2. Outline • Overview of existing CEN curriculum • Software (SW) and hardware (HW) tracks • Issues with existing curriculum • With respect to students • Advising issues • Curriculum issues • Joint CEN UG curriculum • What is Computer Engineering? • Guiding principles for joint curriculum • Proposed curriculum • Sample plans of study • Details of CEN UG curriculum • Conclusions and discussion

  3. Overview of Existing CEN Curriculum Software Track 1 Hardware Track 2 1http://cise.ufl.edu/academics/undergrad/cen/cen-requirements-1999.pdf 2 http://www.ece.ufl.edu/academics/undergraduate/degrees/bscen2006.htm

  4. Issues with Existing Curriculum Too much emphasis on early distinctionbetweenHW and SW rather than on value of integrated HW/SW knowledge • With respect to students • Has to commit to SW or HW track too early • Once committed, follows different study plans • The further down the track, the more difficult to change to “other” track if desired • Advising issues • Limited advising to select a track – student has to commit to a track before any real advising • Advising is on committed track only; little info about “other” track • Inconsistency in curriculum • Different study plans • Inconsistent capstone senior design courses • Different GPA requirements • No major examination of CEN curriculum since 1999 • e.g., 2004: ACM Curriculum Guidelines for UG Program in CEN Freshman Preview Orientation

  5. What is Computer Engineering? CEN • ACM Curriculum Guidelines for UG Degree Program in Computer Engineering (2004) • http://www.acm.org/education/curric_vols/CE-Final-Report.pdf • 160 pages, including appendix on “Details of Body of Knowledge for Computer Engineering” • Every major university has its view (curriculum) • No“one size fits all” definitionof Computer Engineering • With respect to our program, Computer Engineering falls within a continuum between Computer Science and Electrical Engineering Core CS (CSE, CSC) EE

  6. What is Computer Engineering? CEN • ACM Curriculum Guidelines for UG Degree Program in Computer Engineering (2004) • http://www.acm.org/education/curric_vols/CE-Final-Report.pdf • 160 pages, including appendix on “Details of Body of Knowledge for Computer Engineering” • Every major university has its view (curriculum) • No “one size fits all” definition of Computer Engineering • With respect to our program, Computer Engineering falls within a continuum between Computer Science and Electrical Engineering • Boundary and core of CEN is in the eyes of beholder Core CS (CSE, CSC) EE

  7. So, What is Our Core? Software Track 1 Hardware Track 2 Tech Electives 17 hrs. Tech Electives 18 hrs. Required courses 108 hrs. Required courses 109 hrs. Similarities and Differences

  8. So, What is Our Core? Software Track 1 Hardware Track 2 Similarities and Differences

  9. So, What is Our Core? Software Track 1 Hardware Track 2 • CNT 4007 • MAS 3114 or equivalent • COT 4501 or equivalent • EEL 3105 • EEE 3396 • EEL 3112 • EEE 3308 or EEL 3135 Common required courses 102 hrs. Also differences in computer programming and capstone design CNT 4007: Computer Networking EEE 3396: Solid State Electronics MAS 3114: Linear Algebra EEL 3112: Circuits 2 COT 4501: Numerical Analysis EEE 3308: Electronic Circuits EEL 3105: Analytical Methods EEL 3135: Signals and Systems

  10. Guiding PrinciplesJoint CEN Curriculum • CEN core competency (breadth) • CEN major brings unique value of integrated knowledge in both computer software and hardware (vs. EE or CS major) • Flexible specialization (depth) • Student’s choice of career path is selected when appropriate, not necessarily early in curriculum • Explicit and clearguidance and focus • For students, advisors, and employers • Additional design goals: • Implementable: no drastic disruption to existing course offerings • Improve where necessary: e.g., capstone design sequence, programming requirement, CEN-oriented courses

  11. Proposed Joint Curriculum • CEN core competency: • Core courses common to existing SW and HW tracks (102 hrs) • Changes (improvement) to core (6 hrs) • Computer programmingrequirement • Capstone design sequence • Flexible specialization • 18 hrs: To be selected from an approved list of courses from either department (with constraints; e.g., cannot take >1 programming language courses as tech electives) • Explicit and clear guidance and focus • Certificate option: each certificate orients toward a CEN career or graduate school research direction • Officially recognized - must be approved by UCC (University Curriculum Committee) • Must include at least three courses • Certificates are noted on student transcript

  12. Sample Certificate Areas(DRAFT) • Artificial Intelligence • CAP 4053 AI for Comp. Games • CAP 4621 AI & Heuristics • CAP 4680 Knowledge-based Sys. • Data Computer Communications & Network • EEL 4713 or CDA 4102 Comp. Arch. • CNT 4007 Computer Network • EEL 4598 Data Computer Communications • Database Management • COP 3530 Data Struct. & Algorithms • CIS 4301 DB System I • CIS 4720 DB System II • Modeling & Interaction • CAP 4800 Systems Simulation • CAP 4730 Computational Structures in Computer Graphics • CIS 4930 Human-Computer • Interaction Programming for Industrial Sys. and Operations • COT4501 Numerical Methods • ESI 4312 Operations Research • CAP 4680 Knowledge-Based Sys. • Optical Networks • EEE3396 Solid State Electronics • EEL4440 Optical Communication Systems  • EEL4598 Data Comp Communication

  13. Sample Certificate Areas(DRAFT) • Reconfigurable Computing • EEL 4712 Digital Design • EEL 4713 Digital Computer Arch. • EEL 4930 Reconfigurable Computing • Robotics • EEL 4744: Microprocessor Apps • EEL 4665: Intelligent Machines Design Laboratory • CAP 4621: Artificial Intelligence • Sensor Networks • ABE4304 Remote Sensing in Engineering: Science, Sensors and Applications • CEN 4507 ??? • EEL 4598 Data Computer Communications • Software System Development • CEN 3031 Software Engineering • CEN 4012 Software System Development • CEN 4072 SW Testing & Verification • VLSI • EEE3396 Solid-State Devices • EEE3308C Electronic Circuits 1 • One of: • EEE4310 Digital Electronics • EEE4331 Microelectronics Fabrication Technology • EEE4329 Future of Microelectronics Technology

  14. Sample Study Plans • Certificate in Database Management • COP 3530 Data Structure • CIS 4301 DB Sys. I • CIS 4720 DB Sys. II • Other tech electives • CEN 4012 SW System Dev. • CNT 4007 Comp. Network • CAP 4053 AI for Comp. Games One Certificate (SW emphasis) One Certificate (HW emphasis) EE EE CS CS Core Core • Certificate in Reconfigurable Computing • EEL 4712 Digital Design • EEL 4713 Digital Comp. Arch. • EEL 4930 Reconfig. Computing • Other tech electives • EEE 4310 Digital IC • EEL 4598 Data Comp. Com. • CNT 4007 Comp. Network

  15. Sample Study Plans • Certificate in Reconfigurable Computing • EEL 4712 Digital Design • EEL 4713 Digital Comp. Arch. • EEL 4930 Reconfig. Computing • Certificate in Software System Development • CEN 3031 Software Engineering • CEN 4012 SW System Dev. • CEN 4072 SW Testing & Verif. Two Certificates (SW/HW emphases) Two Certificates (SW emphasis) EE EE CS CS Core Core • Certificate in Artificial Intelligence • CAP 4053 AI for Comp. Games • CAP 4621 AI & Heuristics • CAP 4680 Knowledge-based Sys. • Certificate in Database Mgt. • COP 3530 Data Structure • CIS 4301 DB Sys I • CIS 4720 DB Sys II

  16. Sample Study Plans • Certificate in Data Computer Communications & Network • CDA 4102 Computer Arch. • CNT 4007 Computer Network • EEL 4598 is Data Computer Communications • Other tech electives • CEN 4012 SW System Dev. • EEL 4930 Reconfig. Computing • CAP 4053 AI for Comp. Games One Certificate (SW/HW emphasis) No Certificate EE EE CS CS Core Core • Tech electives • EEL 4713 Digital Comp. Arch. • EEL 4930 Reconfig. Computing • CAP 4410 Digital Image Proc. • CAP 4800 System Simulation • CNT 4007C Comp. Network • EEL 4665 Intel. Machine Design

  17. Conclusions • Time to re-examine CEN curriculum (since 1999) • Joint CEN curriculum driven by student needs 1. CEN core competency • Required courses common to existing SW/HW tracks & improvements • Brings unique value of integrated knowledge in both computer software and hardware 2. Flexible specialization • Tech electives selected from approved list from either department • Choice of career path is selected when appropriate, not necessarily early in curriculum 3. Certificate option: • Officially recognized and noted on student transcripts • Explicit, clear guidance and focus for students, advising, & employers • Plan and schedule • Today: meeting for overview and discussion • Blog discussion for one week • http://www.eng.ufl.edu/cencurriculum • In one week? meeting for final discussion and vote Details of CEN UG curriculum

  18. Discussion

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