cen faculty meetingmarch 31, 20091 abet accreditation brief history. –1980’s: faculty...
TRANSCRIPT
CEN Faculty Meeting March 31, 2009 1
ABET Accreditation
• Brief history.– 1980’s: faculty qualifications sufficed.
– 1990s: quality of courses, materials, and programs sufficed.
– 2000: CIP Continuous Improvement Process:
• Measure quality, assess measurements, implement changes, measure and assess results.
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ABET Accreditation
• 2006 (Fall) ABET Visit: bar was raised.– CIP throughout accreditation period (2000-
2006, and now 2006-2012).– Evaluate quality of our CIP.– Complete, working cycle.– CEN program fully ABET-accredited until
2012: no concerns, no weaknesses, no deficiencies.
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What is required by ABET?• A functioning, documented Continuous
Improvement Process.• Assessment of what is LEARNED, not what is
TAUGHT.– Indirect Assessments (e.g., alumni surveys, IAB
surveys, exit interviews, etc.)
– Direct Assessments (projects, exam questions, homework questions, presentations, etc.)
• Evaluation of the MEANING of assessment results.
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ABET Definitions
• Outcomes: what students can do when they graduate. Most successful measures: assessment of course work, and senior surveys.– Department assesses oucomes.
• Objectives: what graduates can do after several years. Most successful measures: IAB input (revise objectives) and alumni surveys (measure achievement of objectives). – COE carries out surveys.
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Program Objectives(following lengthy process 2005-2006)
A graduate of the University of Florida Computer Engineering Program should have a successful career in computer engineering or a related field, and within three to five years, should:
1. Excel in a career utilizing their education in Computer Engineering;
2. Continue to enhance their knowledge; 3. Be effective in multidisciplinary and diverse
professional environments;4. Provide leadership and demonstrate good citizenship.
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Outcomes: a CEN graduate should have ...
(a) an ability to apply knowledge of mathematics, statistics, computer science, and electrical engineering as it applies to computer hardware and software;
(b) an ability to design and conduct experiments, as well as to organize, analyze and interpret data;
(c) an ability to design hardware and software systems, components, or processes to meet desired needs within realistic constraints such as economic, environmental, social, political, ethical, health and safety, manufacturability, and sustainability;
(d) an ability to function on multi-disciplinary teams;
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Outcomes (cont'd). A CEN graduate should have …
(e) an ability to identify, formulate, and solve hardware and software computer engineering problems, accounting for the interaction between hardware and software;
(f) an understanding of professional, legal, and ethical issues and responsibilities;
(g) an ability to communicate effectively in speech and in writing, including documentation of hardware and software systems;
(h) the broad education necessary to understand the impact of engineering solutions in a global, economic, environmental, and societal context;
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(i) a recognition of the need for, and an ability to engage in life-long learning;
(j) a knowledge of contemporary issues;(k) an ability to use the techniques, skills, and modern
engineering tools necessary for computer engineering practice; and
(l) an ability to apply engineering and management knowledge and techniques to estimate time and resources needed to complete a computer engineering project.
Outcomes (cont’d) A CEN graduate should have …
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CEN Outcome Evaluation Process
Three-tiered process:
• Outcome instruments assessed in each course.
• Course committee (3 faculty) reviews instruments per course for all relevant outcomes.
• Outcomes reviewed over all courses by oversight committee (CENPOC). Recommendations collected and referred to appropriate bodies.
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Course/Outcome Mapping
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Current Issues
• Considering two-semester Senior Design course.
• Create new, joint CEN-4914 course. Separate sections for ECE (hardware track) and CISE (software) students.
• COT-3100 Discrete Structures: make CIS-3020 (Introduction to CIS) or CIS-3023 (Progr. For CIS majors II) a pre-requisite. Currently a co-requisite.
• COP-4600 Operating Systems: add C programming course as a pre-requisite.
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Current Issues (cont’d)
• CDA-3101 Computer Organization: add Discrete Structures or Digital Logic as a pre-requisite.
• CEN-4500C Computer Networking: cover Java threading and synchronization in Operating Systems (a pre-req).
• Add one more lab hour to CIS-3020 (Intro. to CIS)
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Current Issues (cont'd)
• Except for Operating systems, C/C++ not emphasized in the program (vs. Java). Anecdotal evidence suggests this may be a limitation for our graduates.
• Individual programming skills (apparently) not emphasized enough.
• Mandatory group work in Senior Design ?
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NEW ISSUES
• Assessments are NOT driving the process.• Suggested changes collected during the
assessments process, but not driven by it.• Faculty choose assessment instruments:
• OK for showing outcome is achieved (70%).• NOT OK for driving improvement process.
• Assessments are “just fine”.
This must change.
What’s Needed
• Close loops:
– Document an opportunity for improvement using assessments.
– Perform program or course change.
– Document improvement using assessments.
CEN Faculty Meeting March 31, 2009
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Suggested Course of Action
• Use recommendations from course evaluation reports to identify opportunities for improvement. – Example: knowledge of programming necessary
for COT-3100 Discrete Structures• Design assessments that will prove there's a
limitation (< 70% achieving outcome)• Implement course/program reform.• Assess again, prove (> 70%) there's an
improvement, i.e. close the loop.
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What we Need
• At least one course improvement for each (most ?) outcome, with fully closed loop.
• A multiplicity of program improvements (with fully closed loop).
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Questions ? Suggestions ?