Apply fundamental and advanced principles across CHEM 221 Comprehensive final Every fall Mean ≥75% multiple areas of chemistry CHEM 321 exam Every 70th ≥ Use the theories of ACS Analytical spring percentile microscopic CHEM 310 Chemistry Exam properties to explain ACS Organic Every 70th ≥ macroscopic behavior CHEM 342 Chemistry Exam spring percentile Explain the role of Final Exam energy and chemical CHEM 361 Every Mean 85% ≥ bonding in ACS Inorganic other determining the CHEM 437 Chemistry Exam spring 70th ≥ structure and ACS Every percentile reactivity of Thermodynamics other fall molecules CHEM 438 Exam Every fall 60th ≥ Describe the percentile theoretical basis for ACS Quantum modern methods of Mechanics Exam Every analysis and other 60th ≥ separation ACS Comprehensive spring percentile Apply the laws and CHEM 410 PChem Exam principles of 412 Every thermodynamics and Comprehensive other 80th ≥ kinetics to chemical Exam spring percentile and biochemical ACS Biochemistry systems Exam Every fall Describe the Every Mean 75% ≥ chemistry of ETS Major Field spring 70th ≥ important groups of Test percentile elements with Every fall emphasis on periodic Senior Skills 60th ≥ trends Assessment To all percentile Summarize the graduates chemistry involved in Average of 4 catabolic and (of 5) on all anabolic pathways Alumni Survey Asked of outcomes Describe the role of all grads at various types of 1 year and Positive biomolecules in 5 year feedback living systems mark about Describe the transfer preparation of information in biological systems Demonstrate scientific thinking, problem solving skills, and the ability to think critically Work accurately and safely in the laboratory Laboratory Apply fundamental components of laboratory techniques CHEM 105 Incident reports
Apply fundamental and advanced principles across multiple areas of chemistry Use the theories of microscopic properties to explain macroscopic behavior Explain the role of energy and chemical bonding in determining the structure and reactivity of molecules Describe the theoretical basis for modern methods of analysis and separation Apply the laws and principles of thermodynamics and kinetics to chemical and biochemical systems Describe the chemistry of important groups of elements with emphasis on periodic trends Summarize the chemistry involved in catabolic and anabolic pathways Describe the role of various types of biomolecules in living systems Describe the transfer of information in biological systems Demonstrate scientific thinking, problem solving skills, and the ability to think critically CHEM 221 CHEM 321 CHEM 310 CHEM 342 CHEM 361 CHEM 437 CHEM 438 CHEM 410 412 Comprehensive final exam ACS Analytical Chemistry Exam ACS Organic Chemistry Exam Final Exam ACS Inorganic Chemistry Exam ACS Thermodynamics Exam ACS Quantum Mechanics Exam ACS Comprehensive PChem Exam Comprehensive Exam ACS Biochemistry Exam ETS Major Field Test Senior Skills Assessment Alumni Survey Mean ≥75% ≥ 70th percentile ≥ 70th percentile Mean ≥ 85% ≥ 70th percentile ≥ 60th percentile ≥ 60th percentile ≥ 80th percentile Mean ≥ 75% ≥ 70th percentile ≥ 60th percentile Average of 4 (of 5) on all outcomes Positive feedback about preparation Every fall Every spring Every spring Every other spring Every other fall Every fall Every other spring Every other spring Every fall Every spring Every fall To all graduates Asked of all grads at 1 year and 5 year mark Work accurately and safely in the laboratory Apply fundamental laboratory techniques Laboratory components of CHEM 105 Incident reports
BIOCHEM_BS_ACS_Plan_updated_Novmber_2017.docx