A TMCC COURSE ASSESSMENT REPORT (CAR) Revised I0/21 /2013 Course Prefix, Number and Title: CHEM 220 Introductory Organic Chemistry Division/Unit: Sciences Submitted by: Matthew Leathen Contributing Faculty: Academic Year: Spring 2015 Complete and electronically submit your assessment report to your Department Chair/Coordinator/Director. As needed, please attach supporting documents and/or a narrative description of the assessment activities in your course. Course Outcomes Assessment Measures Assessment Results In the boxes below, summarize the outcomes assessed in your course during the year. In the boxes below, summarize the methods used to assess course outcomes during the last year. In the boxes below, summarize the results of your assessment activities during the last year. In the boxes below, summarize how you are or how you plan to use the results to improve student learning. Based on the results of this assessment, will you revise course curriculum or course outcomes? lfso, please summarize how and why in the boxes below: Pre- and post- exams were used both semesters to test the students' knowledge coming into the course and what they learned during the course. The exams were developed from the ACS Exam bank for Organic Chemistry. See the attached data table and graph on the Hake gain and subject areas. We only have Fall 2014 /Spring 2015 data available at this time. Based upon the results, we will need to focus on the following topical areas: Reactions -Alcohol Oxidation - Drawing Constitutional Isomers - Reactions - Esters - Enzyme Regulation - Sugar Pyranose/Furanose Definiton Stereochemical Relationships No, we will keep the same assessment plan for the next year. Pre- and post- exams were used both semesters to test the students' knowledge coming into the course and what they learned during the course. The exams were developed from the ACS Exam bank for Organic Chemistry. See the attached data table and graph on the Hake gain and subject areas. We only have Fall 2014 I Spring 2015 data available at this time. Based upon the results, we will need to focus on the following topical areas: Reactions - Alcohol Oxidation - Drawing Constitutional Isomers - Reactions - Esters - Enzyme Regulation Sugar Pyranose/Furanose Definiton - Stereochemical Relationships No, we will keep the same assessment plan for the next year. Outcome #I The student will gain knowledge of selected organic structures and reactions that are important in physiological activity and biochemistry through, textual materials, lectures, practice problems, and laboratory work. Outcome# 2 The student will gain knowledge of the structure and properties of compounds of biochemical interest such as amino acids, enzymes, carbohydrates, and lipids through, textual materials, lectures, practice problems, and laboratory work Use of Results - Effect on Course - - - CHEM 220 Topical Areas of Assessment: Page 1 A COURSE ASSESSMENT REPORT (CAR) TMCC Course Prefix, Number and Title: CHEM 220 Introductory Organic Chemistry Division/Unit: Sciences Submitted by: Matthew Leathen Contributing Faculty: Academic Year: Spring 2015 Please enter your name and date below to confi rm you have reviewed this report : Title Name Department Chair/Coordinator/Director Kathleen Kolbet Dean Lance Bowen Date t ·-1nd ·'-D Vice President of Academic Affairs e 0 ~. c~ "fJ.Ji.d '4/1•l1> • Page 4 d1Jt<I. att~~( ,·~ Truckee Meada.Ys CommlJ'llty College Mall - more CARs 61100015 ATMCC Julia Bledsoe <jbledsoe@tmcc.edu> more CARs Lance Bowen <lbowen@tmcc.edu> Wed, Jun 10, 2015 at 11:52 AM To: Julia Bledsoe <jbledsoe@tmcc.edu>, Melissa Deadmond <mdeadmond@tmcc.edu>, Dawn Ingraham <dingraham@tmcc.edu> Hi all, Please find attached more CARs Lance D. Bowen, Ph.D. Dean, Sciences Truckee Meadows Community College (775) 674-7552 The info1TT1ation transmitted is intended only for the person or entity to which it is addressed and may contain confidential and/or privileged material. Any mview, mtransmission,dlssemination or other use of. or taking of any action in reliance upon. this infonnation by persona or entities other than the intended recipient is prohibited. If you received this In em>r. please contact the sender and delete the matenal from any computer Public Records Notice: In accordance with Nevada Revised Statutes (NRS) Chapter 239, this email and responses, unless otherwise made confidential by law, may be subject to the Nevada Public Records laws and may be disclosed to the public upon request. 3 attachments l!j CHEM 241L-Sp15-Sclences-CAR.docx 68K ~ CHEM 241-Sp15-5clences-CAR.docx 72K I[) CHEM 220-Sp15-Sclences-CAR.docx 77K tttps:f/mall.googte.comlmafllulQ'?U=2&Jk=clfde8f05d&vlew=pt&search=lnbox&msos 1AciriM11..t1A?a711 ~1-• - • .......... • - ··-- .A COURSE ASSESSMENT REPORT (CAR) TMCC Course Prefix, Number and Title: CHEM 220 Introductory Organic Chemistry Division/Unit: Sciences Submitted by: Matthew Leathen Contributing Faculty: Academic Year: Spring 2015 The topics covered in the Final Assessment for the course are indicated as well as comparison between each semester. Subject % correct Fall Sp 2014 2015 9S 82 73 89 84 93 89 89 82 82 68 73 54 79 75 71 Fatty Acid Reactivity 63 55 71 DNA structure SS 71 Amino Acid Classification 57 Functional Groups - Phenol Amide 59 DNA/RNA Properties Protein Structure Protein Structure Physical Properties - Solubility lipid Structure/Reactivity Hydrogen Bonding Acid - Base Chemistry Functional Groups - Phenol Amide Reactions - Alkanes (Stoichemotery) 71 Stereochemistry - Diastereomers 73 Nomenclature - Alcohols, Ketones SS Reactions - Amides 64 Carbohydrate Definition Functional Groups Hemiacetal/Ketal 70 71 68 68 68 68 68 61 79 64 61 Carbohydrate Classification Most common error Sp 2015 Hake gain Fall 2014 Confusing DNA vs RNA 0.86496299 Quaternary structure definition Confusing protein structure classes 0.70092593 0.74204596 0.71982759 0.51146726 Not knowing physical properties Confusing proteins and lipids Not looking for Dipole moments for HBonding FG properties FG identity Balancing the wrong equation nomenclature FG Identity/reactivity Half correct answer. Forgetting base stacking Not recognizing an alcohol as being polar FG Structure Not recognizing constitutional isomers 0.5924513 Wrong numbering priority Acid identification Carbohydrate definition 0.57022059 0.45625 FG Identity Not knowing D/L nomenclature Page2 A COURSE ASSESSMENT REPORT (CAR) TMCC Course Prefix, Number and Title: CHEM 220 Introductory Organic Chemistry Division/Unit: Sciences Submitted by: Matthew Leathen Contributing Faculty: Academic Year: Spring 2015 Reactions - Carboxylic Acids 73 70 55 57 Carbohydrate Linkages so Peptide Bonds 48 Enzyme Function 57 Lipid Definition/Behavior 61 Reactions - Alcohol Oxidation Constitutional Isomers 34 41 Reactions - Esters 54 57 57 54 46 39 36 Enzyme Cooperativity 25 36 Confusing cooperativity and activation Sugar Pyranose/Furanose Definition Stereochem Relationship Identification 61 29 Don't know pyranose/furanose nomenclature Not looking for stereocenters 20 11 62.6 Lipid Membrane Properties Nucleic Acid Structure Reactions - Alkenes Overall 61.0 61 61 57 57 57 Confusing surface property of lipid bilary Confusing proteins and DNA 0.40308199 0.4384058 Regioselectivity - not using Markovnikov FG Identity Glycosidic bond definition Confusing protein and carbohydrate structures 0.43678161 0.27536232 0.44152174 -0.2803527 Thinking all proteins are regulated Lipid definition Confusing oxidation/reduction? Forgetting ethers as constitutional isomers Reaction product identification 0.00942441 0.459 CHEM 220 Hack Gain: A Hake Gain of 0.30 or greater indicates an active learning environment and a good learning gain. As can be seen, all but one section of CHEM 220 in F 14/Sp 15 showed good teaming gains. Fall 2014: Section 1001: 0.382 Section 1003: 0.374 Section 2001: 0.433 A II sections average: 0.419 Spring 2015 Section 1001: 0.431 Section 1003: 0.486 Section 2001 : 0.235 Page 3