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<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

Component Description<br />

<strong>Program</strong> Mission<br />

Statement<br />

Statement should articulate the unit/ program<br />

mission in support <strong>of</strong> the institutional mission<br />

and include a clearly defined purpose<br />

appropriate to collegiate education.<br />

The mission <strong>of</strong> the USC Upstate biology program is to provide a biological sciences education in the<br />

framework <strong>of</strong> an undergraduate liberal arts curriculum. As a metropolitan institution, we furnish our<br />

students with the knowledge, technical skills, and expertise to contribute to society in the Upstate<br />

region <strong>of</strong> <strong>South</strong> Carolina and beyond. The biology curriculum prepares students by promoting an<br />

understanding <strong>of</strong> scientific methodologies, concepts, and applications, preparing students for<br />

successful careers in research, healthcare, and industry in a global environment.<br />

Goal 1.<br />

Objectives<br />

SLO’s<br />

(student learning<br />

outcomes)<br />

<strong>Assessment</strong><br />

Methods<br />

<strong>Assessment</strong><br />

Process<br />

<strong>Assessment</strong><br />

results<br />

Describe broad learning outcomes and<br />

concepts (what you want students to learn)<br />

expressed in general terms (clear<br />

communication, problem-solving skills, etc)<br />

Goals should focus on discipline- specific<br />

outcomes relevant to the program. <strong>Program</strong>s<br />

should have 3 – 5 goal statements<br />

Describes the specific skills, values and<br />

attitudes students should be able to exhibit<br />

that reflect the broader goals. Objectives<br />

(student learning outcomes) transform the<br />

general program goals into specific student<br />

performance/behaviors that demonstrate<br />

student learning and skill development along<br />

these goals.<br />

Describes the measure(s) by which the<br />

department will know the students are<br />

meeting the departmental learning<br />

objectives. Includes both direct and<br />

indirect assessment. Each SLO should<br />

have at least one assessment method.<br />

Describes when the objectives (student<br />

learning outcomes) will be assessed<br />

(junior, senior, which course) and who<br />

will conduct the assessment.<br />

Actual results and data collected<br />

(make sure to break down data by<br />

subgroups<br />

Students graduating with the Bachelor <strong>of</strong> Science in Biology at USC Upstate will demonstrate:<br />

1. An understanding <strong>of</strong> the design and conduct <strong>of</strong> scientific experiments.<br />

1.1 The student will be able to apply the scientific method when testing hypotheses, designing and<br />

conducting experiments.<br />

1.1. Bio 350 -Scientific method assessment. From the last lab report, students will design and write<br />

appropriate hypotheses, methodology/experimental design, results, and conclusions about the<br />

hypotheses.<br />

1.1- Bio 599 Scientific Method- Assessed using a required oral presentation rubric.<br />

Scientific method will be introduced in Bio 101 and Bio 201. It will be assessed in Bio 350<br />

(Sophomore-Junior level) and Bio 599 (Seniors). The biology assessment committee, biology<br />

faculty, will assess the instruments.<br />

<strong>Assessment</strong> <strong>of</strong> data for Student Learning Outcomes will be accomplished by the Biology assessment<br />

Committee.<br />

Bio 350 - Sixty-three students completed the SBIO 350 laboratory reports in 2007-2008. Of those,<br />

44 were acceptable receiving at least a C a 67.7% pass rate. Random samples <strong>of</strong> laboratory reports<br />

were evaluated by members <strong>of</strong> the biology assessment committee using an assessment rubric (25%<br />

<strong>of</strong> reports were sampled, n=16). Results for scientific methodology understanding are indicated in<br />

the following table:


<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

Sci Format<br />

Criteria<br />

Mean Score (0-3) % Acceptable<br />

ORGANIZATION 2.69 90%<br />

MECHANICS 2.31 77%<br />

REFERENCE 2.56 85%<br />

SCIENTIFIC<br />

METHOD<br />

2.56 85%<br />

STATISTICS USE 2.50 83%<br />

Analysis <strong>of</strong> laboratory reports indicated that majority <strong>of</strong> students demonstrated the ability to<br />

understand and apply the scientific method appropriately (85% successful).<br />

Bio 599-research paper evaluation found that 83% <strong>of</strong> the papers reviewed used the scientific method<br />

appropriately. The rubric from the oral presentation lacks a portion where this evaluation could be<br />

made<br />

Use <strong>of</strong><br />

assessment<br />

results<br />

What actions or modification have<br />

been or will be made based on this<br />

assessment<br />

BIO 350 – Based on assessment results, no course changes are anticipated at this time.<br />

Bio 599 - modify the oral rubric so that evaluation <strong>of</strong> this phase <strong>of</strong> the course can be effectively<br />

evaluated<br />

Goal 2.<br />

Objectives<br />

SLO’s<br />

(student learning<br />

outcomes)<br />

Describe broad learning outcomes and<br />

concepts (what you want students to learn)<br />

expressed in general terms (clear<br />

communication, problem-solving skills, etc)<br />

Goals should focus on discipline- specific<br />

outcomes relevant to the program. <strong>Program</strong>s<br />

should have 3 – 5 goal statements<br />

Describes the specific skills, values and<br />

attitudes students should be able to exhibit<br />

that reflect the broader goals. Objectives<br />

(student learning outcomes) transform the<br />

general program goals into specific student<br />

performance/behaviors that demonstrate<br />

student learning and skill development along<br />

these goals.<br />

Students graduating with the Bachelor <strong>of</strong> Science in Biology at USC Upstate will demonstrate:<br />

2. An understanding <strong>of</strong> important concepts and methods in the biological sciences.<br />

.<br />

2.1 The student will be able to describe the structure and function <strong>of</strong> cellular components.<br />

2.2 The student will be able to discuss and give examples <strong>of</strong> macro and micro evolution.<br />

2.3 The student will be able to explain and recognize interrelationships and dependencies between<br />

abiotic and biotic components <strong>of</strong> ecosystems


<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

2.1 Bio 202- Structural and cellular components: Exam questions will assess students’ knowledge <strong>of</strong><br />

these concepts. They will appear on a regular in-class test and their scores will be compared to<br />

a pre-test given at the beginning <strong>of</strong> the semester which tests their knowledge <strong>of</strong> the basic<br />

concepts covered in BIO 101 and 102 that relate to BIO 202.<br />

<strong>Assessment</strong><br />

Methods<br />

<strong>Assessment</strong><br />

Process<br />

<strong>Assessment</strong><br />

results<br />

Describes the measure(s) by which the<br />

department will know the students are<br />

meeting the departmental learning<br />

objectives. Includes both direct and<br />

indirect assessment.<br />

Each SLO should have at least one<br />

assessment method.<br />

Describes when the objectives (student<br />

learning outcomes) will be assessed<br />

(junior, senior, which course) and who<br />

will conduct the assessment.<br />

Actual results and data collected<br />

(make sure to break down data by<br />

subgroups<br />

2.2 Bio 201-Macroevolution assessment methods:<br />

1. A set <strong>of</strong> Lecture exam questions will assess the student learning outcome.<br />

Bio 201 - Microevolution assessment methods:<br />

1. A set <strong>of</strong> Lecture exam questions on this topic will assess this SLO<br />

2.3 Bio 201 will be assessed using<br />

1. a set <strong>of</strong> Lecture exam questions<br />

2.1 – 2.3 Bio 599 The standardized national Major Field <strong>Assessment</strong> Test (MFAT) will be used to<br />

assess the SLO content/concept knowledge for biology seniors. Results will be used to adjust<br />

course and curricular content <strong>of</strong>ferings as required.<br />

2.1 Structural and cellular components will be introduced in Bio 101 and assessed in Bio 202.<br />

2.2 Macro and micro evolution will be assessed in Bio 201.<br />

2.3 The interrelationships and dependencies between abiotic and biotic components <strong>of</strong> ecosystems<br />

will be assessed in Bio 201.<br />

2.4 The students will be compared to the National Average using the MFAT. 75% <strong>of</strong> the seniors<br />

should be at or above the National Average on the four sections <strong>of</strong> the exam.<br />

<strong>Assessment</strong> <strong>of</strong> data for Student Learning Outcomes will be accomplished by the Biology assessment<br />

Committee.<br />

Cell Biology<br />

Organismal Biology<br />

Molecular and Genetics<br />

Ecology<br />

Overall<br />

Fall 2007 N=15 Spring 2008 N=30<br />

33% lower than 1 std dev unit from 30% lower than 1 std dev unit from<br />

the National mean<br />

the National mean<br />

13% lower than 1 std dev unit from 20% lower than 1 std dev unit from<br />

the National mean<br />

the National mean<br />

20% lower than 1 std dev unit from 0% lower than 1 std dev unit from the<br />

the National mean<br />

National mean<br />

33% lower than 1 std dev unit from 23% lower than 1 std dev unit from<br />

the National mean<br />

the National mean<br />

13% lower than 1 std dev unit from 7% lower than 1 std dev unit from the<br />

the National mean<br />

National mean<br />

13 % scored higher than National 6% scored higher than the National<br />

means plus 1 Std. Deviation unit mean plus 1 Std. Deviation unit<br />

87 % were within in the National 93% scored within the National mean<br />

mean or higher<br />

or higher


<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

2.4 MFAT is divided into 4 sections cell biology, molecular and Genetics, organism biology, and<br />

Ecology and evolution. This table shows the results <strong>of</strong> 2 different semesters results Fall 2007 and<br />

Spring 2008. In each category USC Upstate Biology Senior were compared with the National Mean<br />

=/- the National Standard Deviation (Std. Dev.)<br />

2.2/2.3 Results from Biology 201 assessment <strong>of</strong> Macro evolution and understanding biotic and<br />

abiotic components <strong>of</strong> ecosystems (see Table 1).<br />

Table 1. Evaluation <strong>of</strong> student understanding <strong>of</strong> macroevolution (Objective 2.2 for Biology).<br />

<strong>Assessment</strong> Method: Number <strong>of</strong> students evaluated: Average score:<br />

Fall 2006:<br />

Lecture Exam 44 70%<br />

Lab Quiz 27 81%<br />

Fall 2007:<br />

Lecture Exam 56 73%<br />

Lab Quiz 58 76%<br />

Spring 2008:<br />

Lecture Exam 17 75%<br />

Lab Quiz 19 71%<br />

Total for all semesters:<br />

Lecture Exam 117 72%<br />

Lab Quiz 104 76%<br />

Table 2. Evaluation <strong>of</strong> student understanding <strong>of</strong> microevolution (Objective 2.2 for Biology).<br />

<strong>Assessment</strong> Method: Number <strong>of</strong> students evaluated: Average score:<br />

Fall 2006:<br />

Lecture Exam 44 69%<br />

Lab Quiz 41 68%<br />

Fall 2007:<br />

Lecture Exam 55 70%<br />

Lab Quiz 57 92%<br />

Spring 2008:<br />

Lecture Exam 55 75%<br />

Lab Quiz 14 67%<br />

Total for all semesters:<br />

Lecture Exam 116 71%<br />

Lab Quiz 112 82%<br />

Table 3. Evaluation <strong>of</strong> student understanding <strong>of</strong> abiotic and biotic influences on ecosysytems (Objective 2.5 for


<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

Biology).<br />

<strong>Assessment</strong> Method: Number <strong>of</strong> students evaluated: Average score:<br />

Fall 2006:<br />

Lecture Exam 44 81%<br />

Lab Quiz 44 84%<br />

Lab Project 45 75%<br />

Fall 2007:<br />

Lecture Exam 56 85%<br />

Lab Quiz 60 86%<br />

Lab Project 56 70%<br />

Spring 2008:<br />

Lecture Exam 17 72%<br />

Lab Quiz 19 81%<br />

Lab Project 19 70%<br />

Total for all semesters:<br />

Lecture Exam 117 82%<br />

Lab Quiz 123 85%<br />

Lab Project 120 75%<br />

2.12.1 Results from evaluation <strong>of</strong> SLO from Biology 201<br />

1) Prokaryotic and eukaryotic cells generally have which <strong>of</strong> the following features in common?<br />

A) a membrane-bounded nucleus<br />

B) a cell wall made <strong>of</strong> cellulose<br />

Average on pre-test Average on post-test<br />

C) ribosomes<br />

D) flagella or cilia that contain microtubules<br />

E) linear chromosomes made <strong>of</strong> DNA and protein<br />

52 82<br />

2) All <strong>of</strong> the following are part <strong>of</strong> a prokaryotic cell except<br />

A) DNA.<br />

B) a cell wall.<br />

Average on pre-test Average on post-test<br />

C) a plasma membrane.<br />

D) ribosomes.<br />

E) an endoplasmic reticulu<br />

43 71<br />

3) Which <strong>of</strong> the following types <strong>of</strong> molecules are the major structural components <strong>of</strong> the cell<br />

membrane?<br />

A) phospholipids and cellulose<br />

Average on pre-test Average on post-test<br />

B) nucleic acids and proteins<br />

66 86<br />

C) phospholipids and proteins<br />

D) proteins and cellulose<br />

E) glycoproteins and cholesterol<br />

Refer to the following five terms to answer the questions 4-8. Choose the most appropriate term for<br />

each phrase. Each term may be used once, more than once, or not at all.


<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

A. lysosome D. Golgi apparatus<br />

B. ribosome E. smooth endoplasmic reticulum<br />

C. mitochondrion<br />

4) modifies proteins that will be secreted from<br />

the cell<br />

5) contains hydrolytic enzymes<br />

Average on pre-test<br />

Average on post-test<br />

Q4) 45 82<br />

Q5) 59 86<br />

6) the site <strong>of</strong> protein translation<br />

7) one <strong>of</strong> the main energy transformers <strong>of</strong> cells<br />

8) site <strong>of</strong> lipid synthesis and drug detoxification<br />

Q6) 48 77<br />

Q7) 80 93<br />

Q8) 46 84<br />

Use <strong>of</strong><br />

assessment<br />

results<br />

What actions or modification have<br />

been or will be made based on this<br />

assessment<br />

Overall <strong>Assessment</strong>:<br />

Class average on pretest<br />

post-test<br />

Class average on<br />

55 83<br />

SLO 2.1: The results for SLO 2.1 indicate that students in BIO 202 Spring 2008 scored above 70%<br />

on all eight questions. The average score for these questions was 83%, while on the pre-test, the<br />

average was 55%.<br />

2.1 (BIO 202) - The structural and cellular components were introduced in BIO 101 which is<br />

generally taken during a biology major’s first semester. These concepts are then assessed in BIO<br />

202, usually taken during the major’s fourth semester. Scores from the pre-test indicate that<br />

retention <strong>of</strong> these concepts is generally low coming out <strong>of</strong> BIO 101. Improvement <strong>of</strong> retention after<br />

having the material covered again in BIO 202 is evident from the increase in scores. However, since<br />

these questions are given on the first in-class test, where much <strong>of</strong> the lectures leading up to it have<br />

emphasized these concepts, a more accurate assessment <strong>of</strong> retention <strong>of</strong> this information may be to<br />

include these questions on the comprehensive final exam given two months later. Therefore, in<br />

future <strong>of</strong>ferings <strong>of</strong> this course, the questions will appear on the final exam rather than the first test.<br />

2.4 (BIO 599) MFAT - determine if those individuals who did poorly on a section had the necessary<br />

course work to pass that section. This comparison could be done by checking their academic<br />

record. This should correct itself with the requirement for Biology 201 and 202 required <strong>of</strong> all<br />

biology majors who graduate from USC Upstate. In general students performed better than we<br />

anticipated. This exam was recently changed, making comparison with historical USC Upstate<br />

Biology student performance problematic.


<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

Goal 3<br />

Objectives<br />

SLO’s<br />

(student learning<br />

outcomes)<br />

<strong>Assessment</strong><br />

Methods<br />

<strong>Assessment</strong><br />

Process<br />

Describe broad learning outcomes and<br />

concepts (what you want students to learn)<br />

expressed in general terms (clear<br />

communication, problem-solving skills, etc)<br />

Goals should focus on discipline- specific<br />

outcomes relevant to the program. <strong>Program</strong>s<br />

should have 3 – 5 goal statements<br />

Describes the specific skills, values and<br />

attitudes students should be able to exhibit<br />

that reflect the broader goals. Objectives<br />

(student learning outcomes) transform the<br />

general program goals into specific student<br />

performance/behaviors that demonstrate<br />

student learning and skill development along<br />

these goals.<br />

Describes the measure(s) by which the<br />

department will know the students are<br />

meeting the departmental learning<br />

objectives. Includes both direct and<br />

indirect assessment.<br />

Each SLO should have at least one<br />

assessment method.<br />

Describes when the objectives (student<br />

learning outcomes) will be assessed<br />

(junior, senior, which course) and who<br />

will conduct the assessment.<br />

Students graduating with the Bachelor <strong>of</strong> Science in Biology at USC Upstate will demonstrate:<br />

3. Knowledge <strong>of</strong> and skill utilizing appropriate laboratory techniques in the biological sciences.<br />

3.1 The student will demonstrate certain laboratory techniques (such as light microscopy, gel<br />

electrophoresis, population sampling, aseptic techniques, micro and macro pipetting).<br />

3.1 Bio 350 - Laboratory Techniques <strong>Assessment</strong>: Laboratory technique pertinent to genetics<br />

experimentation will be graded. Lab book will also be assessed.<br />

3.1 Laboratory techniques will be introduced in Bio 101, Bio 102, and Bio 201. They will be<br />

assessed in Bio 350.<br />

<strong>Assessment</strong> <strong>of</strong> data for Student Learning Outcomes will be accomplished by the Biology assessment<br />

Committee.<br />

<strong>Assessment</strong><br />

results<br />

Actual results and data collected<br />

(make sure to break down data by<br />

subgroups<br />

3.1 Students ability to pour gels, load samples into gels, conduct protein electrophoresis, conduct<br />

DNA digestion and electrophoresis, and aseptic technique (using bacteria) was evaluated<br />

during their performance <strong>of</strong> each laboratory activity. Between 62 and 69 students were<br />

evaluated in 2007-08 (numbers varied based on attendance in each lab), and 100% <strong>of</strong> the<br />

students showed appropriate technique in all but DNA digestion and electrophoresis. For that<br />

technique, 78.5% showed appropriate technique (51 <strong>of</strong> 65). The only extensive microscopy<br />

work is with dissecting microscopes. All students successfully used the dissecting microscope


<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

Use <strong>of</strong><br />

assessment<br />

results<br />

What actions or modification have<br />

been or will be made based on this<br />

assessment<br />

3.1 At this time, given the assessment results, no program/course modifications are anticipated.


<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

Goal 4<br />

Describe broad learning outcomes and concepts (what you<br />

want students to learn) expressed in general terms (clear<br />

communication, problem-solving skills, etc) Goals should<br />

focus on discipline- specific outcomes relevant to the<br />

program. <strong>Program</strong>s should have 3 – 5 goal statements<br />

Students graduating with the Bachelor <strong>of</strong> Science in Biology at USC Upstate will<br />

demonstrate:<br />

1. An ability to critically analyze, evaluate and interpret scientific information.<br />

Objectives<br />

SLO’s<br />

(student learning<br />

outcomes)<br />

<strong>Assessment</strong><br />

Methods<br />

<strong>Assessment</strong><br />

results<br />

Describes the specific skills, values and attitudes students<br />

should be able to exhibit that reflect the broader goals.<br />

Objectives (student learning outcomes) transform the<br />

general program goals into specific student<br />

performance/behaviors that demonstrate student learning<br />

and skill development along these goals.<br />

Describes the measure(s) by which the department<br />

will know the students are meeting the departmental<br />

learning objectives. Includes both direct and indirect<br />

assessment.<br />

Each SLO should have at least one assessment<br />

method.<br />

Actual results and data collected (make sure to<br />

break down data by subgroups<br />

4.1 The student will be able to access, recognize, summarize and critically analyze primary<br />

literature.<br />

4.2 The student will be able to apply and interpret descriptive and inferential statistics<br />

4.1 Bio 599 - This SLO will be assessed using a required research paper and an oral<br />

presentation that will be evaluated by a rubric.<br />

4.2 Bio 350 – This SLO will be assessed using a required research paper and an oral<br />

presentation that will be evaluated by a rubric.<br />

4.1 – BIO 599 This was assessed using the research paper required in Biology 599. Using a<br />

rubric which evaluated the following items: organization, mechanics, reference utilization and<br />

scientific method a sub sample <strong>of</strong> the 45 paper (N=12) from fall 07 and spring 08 were<br />

evaluated. Each <strong>of</strong> the papers received an excellent (3 pts.), satisfactory (2 pts), or<br />

unsatisfactory (1 pt.) in each <strong>of</strong> the categories. In the use <strong>of</strong> the scientific method 82 %<br />

received a Satisfactory or better with 25% receiving an excellent. Seventeen percent (17%)<br />

received an unsatisfactory. This exceeds our 75% goal.<br />

4.1 - BIO 599 Seminar in Fall 2007 and spring 2008 had 45 students <strong>of</strong> these 96% received a<br />

satisfactory or better (70%) grade on their presentation with 58 % receiving greater than<br />

85% on their presentation. 38% receiving 70-85 % and only 4% receiving > 70% on their oral<br />

presentation.<br />

4.2 – BIO 350 Sixty-three students completed the SBIO 350 laboratory reports in 2007-2008.<br />

Of those, 44 were acceptable receiving at least a C a 67.7% pass rate. Random samples <strong>of</strong><br />

laboratory reports were evaluated by members <strong>of</strong> the biology assessment committee using an<br />

assessment rubric (25% <strong>of</strong> reports were sampled, n=16). Results were:


<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

Sci Format<br />

Criteria<br />

Mean Score (0-3) % Acceptable<br />

ORGANIZATION 2.69 90%<br />

MECHANICS 2.31 77%<br />

REFERENCE 2.56 85%<br />

SCIENTIFIC<br />

METHOD<br />

2.56 85%<br />

STATISTICS<br />

USE<br />

2.50 83%<br />

Analysis <strong>of</strong> laboratory reports indicated that majority <strong>of</strong> students demonstrated the ability to<br />

utilize statistics effectively in their laboratory report (83% successful).<br />

Use <strong>of</strong><br />

assessment<br />

results<br />

<strong>Assessment</strong><br />

Process<br />

What actions or modification have been or will be<br />

made based on this assessment<br />

Describes when the objectives (student learning<br />

outcomes) will be assessed (junior, senior, which<br />

course) and who will conduct the assessment.<br />

4.1. If the oral presentation is going to be used to evaluate this category we will need to<br />

redesign the oral presentation rubric. There was not standard rubric used in 2007-08 for<br />

assessing the oral presentations. Eighty-three percent <strong>of</strong> the written papers that were<br />

evaluated exceeded our target <strong>of</strong> 75% competency in understanding and analyzing scientific<br />

literature.<br />

A new oral presentation rubric will be designed and used across multiple course (Bio 599)<br />

sections.<br />

4.1 Accessing, recognizing, summarizing and critically analyzing primary literature will be<br />

introduced in Bio 201 and Bio 202. It will assess in Bio 599.<br />

4.2 Applying and interpreting descriptive and inferential statistics will be introduced in Bio 201<br />

and Bio 350. It will be assessed in Bio 350.<br />

<strong>Assessment</strong> <strong>of</strong> data for Student Learning Outcomes will be accomplished by the Biology<br />

assessment Committee.<br />

Goal 5<br />

Describe broad learning outcomes and concepts (what you<br />

want students to learn) expressed in general terms (clear<br />

communication, problem-solving skills, etc) Goals should<br />

focus on discipline- specific outcomes relevant to the<br />

program. <strong>Program</strong>s should have 3 – 5 goal statements<br />

Students graduating with the Bachelor <strong>of</strong> Science in Biology at USC Upstate will<br />

demonstrate:<br />

5.1 Effective communication skills.<br />

Objectives<br />

SLO’s<br />

(student learning<br />

outcomes)<br />

Describes the specific skills, values and attitudes students<br />

should be able to exhibit that reflect the broader goals.<br />

Objectives (student learning outcomes) transform the<br />

general program goals into specific student<br />

performance/behaviors that demonstrate student learning<br />

and skill development along these goals.<br />

5.1 The student will prepare oral and written reports in a standard scientific format.


<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

5.1 Bio 350 - Written reports in scientific format: The last lab report, structure <strong>of</strong> paper and<br />

appropriate use <strong>of</strong> the different sections <strong>of</strong> paper will be evaluated.<br />

<strong>Assessment</strong><br />

Methods<br />

Describes the measure(s) by which the department<br />

will know the students are meeting the departmental<br />

learning objectives. Includes both direct and indirect<br />

assessment.<br />

Each SLO should have at least one assessment<br />

method.<br />

5.1 Bio 599- This SLO will be assessed using a required research paper and an oral<br />

presentation that will be evaluated by a rubric.<br />

5.1 Bio 599- This SLO will be assessed using a required research paper and an oral<br />

presentation that will be evaluated by a rubric.<br />

<strong>Assessment</strong><br />

Process<br />

Describes when the objectives (student learning<br />

outcomes) will be assessed (junior, senior, which<br />

course) and who will conduct the assessment.<br />

5.1 Written reports in standard scientific format will be introduced in Bio 102 and Bio 201.<br />

They will be assessed in Bio 350 and Bio 599.<br />

<strong>Assessment</strong> <strong>of</strong> data for Student Learning Outcomes will be accomplished by the Biology<br />

assessment Committee.<br />

<strong>Assessment</strong><br />

results<br />

Actual results and data collected (make sure to<br />

break down data by subgroups<br />

5.1 – (BIO 350) Sixty-three students completed the SBIO 350 laboratory reports in 2007-2008.<br />

Of those, 44 were acceptable receiving at least a C a 67.7% pass rate. Random samples <strong>of</strong><br />

laboratory reports were evaluated by members <strong>of</strong> the biology assessment committee using an<br />

assessment rubric (25% <strong>of</strong> reports were sampled, n=16). Results were:<br />

Sci Format<br />

Criteria<br />

Mean Score (0-3) % Acceptable<br />

ORGANIZATION 2.69 90%<br />

MECHANICS 2.31 77%<br />

REFERENCE 2.56 85%<br />

SCIENTIFIC<br />

METHOD<br />

2.56 85%<br />

STATISTICS USE 2.50 83%<br />

Analysis <strong>of</strong> laboratory reports indicated that majority <strong>of</strong> students demonstrated the ability to<br />

communicate effectively through their writing (70% successful).<br />

5.1 (Bio 599) Senior Seminar a random selection <strong>of</strong> papers from the fall 07 and spring 08 were<br />

evaluated using the attached rubric. From the 45 papers 10 were selected by removing the<br />

title sheet, turning them up side down, and then selecting every 5th paper until 10 were<br />

selected. These were evaluated by 2 faculty members, each received 5 papers.<br />

Categories Excellent (3 pts) Satisfactory (2 pts.) Unsatisfactory (1 pt.)<br />

Organization 17% 83% 0%<br />

Mechanics 8% 66% 25%<br />

Reference usage 17% 58% 25%<br />

Scientific Method 25% 58% 17%<br />

Overall 25% (>10 pts.) 42% (7-9) 33% (


<strong>Academic</strong> <strong>Program</strong>: <strong>Assessment</strong> <strong>Plan</strong> <strong>Template</strong><br />

Unit/Department: Biology- Division: Arts & Science<br />

Use <strong>of</strong><br />

assessment<br />

results<br />

What actions or modification have been or will be<br />

made based on this assessment<br />

There are several courses where students write papers and use the literature besides Bio 599<br />

the department will put more emphasis in those courses as well as more emphasis in senior<br />

seminar. Additionally, everyone who requires student papers will be encouraged to use a<br />

similar rubric.<br />

How will<br />

assessment<br />

results be<br />

used?<br />

Describes what will be done with the data that is<br />

collected and analyzed. (Close the assessment loop)<br />

The Biology <strong>Assessment</strong> Committee will review assessment data annually and a performance<br />

summary will be disseminated to all biology faculties. Initial acceptable performance will be<br />

70% <strong>of</strong> students demonstrating success in meeting SLO's established for the major. The<br />

biology assessment committee will recommend course and curricular changes to address<br />

shortcomings in meeting the biology SLO's or other assessment outcomes. The committee will<br />

meet with specific course coordinator(s) to discuss assessment results for biology SLO's<br />

assessing at less than a 70% level <strong>of</strong> student competency. If all assessment criteria for the<br />

major are met at the 70% level then, as part <strong>of</strong> a continuous quality improvement plan, the<br />

biology assessment committee will make recommendations for improving student performance<br />

on the SLO(s) with the lowest rate(s) <strong>of</strong> student success. Recommendations may include, but<br />

are not limited to: laboratory revision, textbook change, or additional required course <strong>of</strong>ferings<br />

for the major.<br />

<strong>Assessment</strong><br />

results<br />

Actual results and data collected (make sure to<br />

break down data by subgroups<br />

SUMMARY: Overall, assessment results indicated acceptable performance in most areas and<br />

plans <strong>of</strong> action will be implemented to address all unsatisfactory areas.<br />

Use <strong>of</strong><br />

assessment<br />

results<br />

What actions or modification have been or will be<br />

made based on this assessment<br />

SUMMARY: The same assessment data was used to validate multiple SLO’s in biology. This<br />

indicated significant overlap in the SLO’s. The biology program assessment plan will be<br />

revised to reduce/consolidate the SLOs into three areas given the amount <strong>of</strong> overlap. This<br />

should facilitate a more concise analysis process and reduce the amount <strong>of</strong> “redundant”<br />

information scattered throughout the assessment report. Inconsistencies in grading<br />

instruments and rubrics will be addressed by the biology faculty, particularly in SBIO 599.<br />

<strong>Assessment</strong> analysis will begin earlier in the year to facilitate more timely completion <strong>of</strong> the<br />

assessment report in the future.

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