Explain the role of energy and chemical bonding in determining the structure and reactivity of molecules Describe the theoretical for modern methods of analysis and separation Apply the laws and principles of thermodynamics, kinetics, and quantum mechanics to chemical systems Describe the chemistry of important groups of elements with emphasis on periodic trends Demonstrate scientific thinking, problem solving skills, and the ability to think critically CHEM 310 CHEM 437 CHEM 438 CHEM 361 CHEM 342 ACS Organic Chemistry Exam ACS Thermodynamics Exam ACS Quantum Mechanics Exam ACS Inorganic Exam Final Exam ETS Major Field Test Senior Skills Assessment Alumni Survey ≥ 70th percentile ≥ 60th percentile ≥ 60th percentile ≥ 75th percentile Mean ≥ 80% ≥ 80 percentile Average of 4 (of 5) on all outcomes Positive feedback about preparation Every spring Every fall Every other spring Every other fall Every other spring To all graduates End of program Work accurately and safely in the laboratory Apply fundamental laboratory techniques to a variety of experiments Read and follow written experimental protocols Properly set up and safely manipulate laboratory equipment, glassware, and chemicals Maintain accurate records of experimental work Use computers for collecting and processing experimental data Laboratory components of CHEM 105 CHEM 106 CHEM 309 Incident reports Lab notebook grades Less than two incident reports in first year course ≥ 80% on cumulative lab notebook grade Evaluated in spring Every fall Demonstrate advanced lab knowledge and skills various techniques for synthesizing organic and inorganic compounds, including planning the synthesis various wet and instrumental techniques for characterizing chemical compounds Perform accurate and precise quantitative measurements Laboratory component of CHEM 221 CHEM 310 CHEM 437 Lab component of grade Assigned technique grade Cumulative notebook grade Lab component of grade ≥ 80% ≥ 80% ≥ 80% ≥ 80% Every fall Every spring Every fall
Analyze data statistically and assess reliability of results Maintain legally defensible records of experimental work Interpret experimental data and draw warranted conclusions Use and understand modern instrumentation Demonstrate proficiency with advanced lab technique, such as working under vacuum or anhydrous conditions Use and understand various methods of molecular modeling for understanding structure and reactivity CHEM 342 Lab component of grade Senior skills assessment ≥ 80% Average of 4 (of 5) on all outcomes When course is taught End of program Identify and respond appropriately to chemical safety issues Anticipate, recognize, and respond properly to hazards of laboratory work Find information on chemical hazards Dispose of chemical waste safely All courses. CHEM 390 Reported safety incidents Safety Exercise Less than 2 per year Mean ≥ 85% End of courses CWEO 4.2 Scholarship: Engaging in scholarship in one’s specialized area of study ULO 4.2 Specialized scholarship Become proficient in the scholarship of their discipline and demonstrate specialized skills needed to pursue a career and/or graduate school Student Learning Outcome/Objective Courses in which students receive feedback Measure Target Timeline Demonstrate research and communication skills needed in the discipline Retrieve specific chemical information from the primary and secondary literature, including research articles, books, and databases Read and understand peer-reviewed chemical literature (primary literature) Regularly attend department seminars CHEM 221 CHEM 390 / 490 Formal lab report Methods paper Abstracts turned in for seminars ≥ 80% ≥ 80% Summarize talks each semester of these courses Every fall In courses