physical properties and chemical reactions with emphasis on experiments of a quantitative nature. Problem solving, class discussion, and experiments focused on Chemical Reactions with particular attention paid to stoichiometry, nomenclature, bonding, and enthalpy. Instructional strategies focused on developing students Intellectual & Practical Skills and Integrative & Applied Learning needed to become a competent scientist. Written assignments focused on writing laboratory notebook and laboratory reports using a custom General Chemistry Quantitative and Qualitative Laboratory Experiments second edition laboratory manual by Russell, Bramwell, Pritchett, Reeves, Tourne, and Abugri.

General Chemistry Laboratory (CHEM 113), Southern University and A & M College, Baton Rouge, LA: Summer 2015 and Spring 2015. General Chemistry Laboratory 113 is an introductory course work series for those students pursuing a degree in a STEM field and is preparation for the foundation course work. This introduction course provided students an opportunity to learn and use advance laboratory techniques, and experiments dealing with fundamental laws, principles of chemistry, and chemical concepts with emphasis on essential concepts, such as solutions, properties of acids, bases, and salts, various equilibria including chemical equilibrium, ionic equilibria, and solubility equilibria, and kinetics. Problem solving, class discussion, and experiments focused on Chemical Reactions with particular attention paid to equilibrium, solubility equilibria, and kinetics. Instructional strategies focused on developing students Intellectual & Practical Skills and Integrative & Applied Learning needed to become a competent scientist. Written assignments focused on writing laboratory notebook and laboratory reports using a custom General Chemistry Quantitative and Qualitative Laboratory Experiments second edition laboratory manual by Russell, Bramwell, Pritchett, Reeves, Tourne, and Abugri.

General Chemistry (CHEM 128), Southern University and A & M College, Baton Rouge, LA: Summer 2017 and 2016. General Chemistry 128 is an introductory course work for those students planning careers in nursing, nutrition, dietetics, or other healthcare professions. This introduction course provided students with fundamentals of general chemistry. Problem solving, and class discussion focused on Chemical Reactions with particular attention paid to stoichiometry, and nomenclature. Instructional strategies focused on developing students Intellectual & Practical Skills and Integrative & Applied Learning needed to become a competent health care professional. Written assignments focused on active reading strategies using Karen C. Timberlake Fifth Edition General, Organic, and Biological Chemistry Structures of Life.

Inorganic Chemistry Laboratory and Inorganic Chemistry Lecture (CHEM 440/443), Southern University and A & M College, Baton Rouge, LA: 440/443; Fall 2016, 2015, 2014, 2013. Inorganic Chemistry course is a foundation course designed to systematic study of the representative groups of elements, transition metals, lanthanides, actinides, coordination compounds, and ligand field theory. This foundation course is to provide breadth in inorganic chemistry conceptual topics such as Atomic Structure, Covalent Molecular Substances, Transition Elements, Coordination Chemistry, and Solid-State Materials. The inorganic chemistry laboratory focus on Synthetic, Purification, and Characterization Methods. Instructional strategies focused on developing students Intellectual & Practical Skills and Integrative & Applied Learning needed to become a competent chemist. Written assignments focused on writing a detailed laboratory notebook and laboratory reports using a custom Inorganic Chemistry Laboratory Manual by Edwin H. Walker, Jr.

Instrumental Analysis (CHEM 450), Southern University and A & M College, Baton Rouge, LA: Spring 2017, 2016, 2015, 2014, 2013. Instrumental Analysis course deals in-depth with the principles and applications of major instruments to various types of analyses. Emphasis is placed on electroanalytical methods, various absorption methods (such as UV, IR, NMR, and X-ray), Mass Spectrometry, and Chromatographic Methods. This in-depth course built on and/or integrated the student's knowledge