|NAME OF INSTRUCTOR:
||Dr. Peter G. Mahaffy, Dr. Kristopher J. Ooms, Dr. Melanie Hoffman|
|CREDIT WEIGHT AND WEEKLY TIME DISTRIBUTION:
||credits 1(hrs lect 0 - hrs sem 1 - hrs lab 0)|
A weekly seminar through the entire academic year, exploring the
contexts for the discipline of chemistry, including
historical, methodological, ethical and societal dimensions, as well as
current chemical topics of interest in basic research,
industrial and environmental settings. Ethical and professional
responsibilities for chemists in industrial, research and
academic settings will be addressed, as well as other topics that
explore the interface between chemistry and society.
Students, faculty and visiting speakers will give presentations. This
course will meet concurrently with CHEM
495, and from time to time with BIOL 395/495. It is required for
third-year chemistry majors. First and second year students are
strongly encouraged to attend presentations.|
Prerequisites: CHEM 395 Six credits in chemistry at the 300-level
Prerequisites: CHEM 495 Six credits in chemistry at the 300-level
selection of required readings, including items from the primary and
review literature, will be placed on reserve in the Simona Maskaant
Library or distributed by Moodle. |
|MARK DISTRIBUTION IN PERCENT:||
|Preparation for seminar||P/F|
|This course requires regular attendance to meet our learning
objectives. It will be graded on a Pass/Fail basis. A
passing grade requires a minimum of 70%. To evaluate
participation, a grade will be assigned following each class
(np-non-participant, p-participant, p+-active participant). If an
average of less than a ‘p’ is observed, a failing grade will be
assigned. An attendance of less than 90% will result automatically in a failing grade.|
- A. Depth and Breadth of Knowledge
how chemistry works, its academic, industrial, and governmental sides
and how these different parts of the community interact.
- Articulate clear examples of how chemistry affects the world we live in.
- B. Knowledge of Methodologies
- Perform chemistry demonstrations that excite and teach people.
- C. Application of Knowledge
- Understand the role humans play in shaping the world through our understanding and control of the molecular world
clearly how faith and chemistry interact with each other and how we can
understand our calling in light of God’s plan for the world.
how chemistry can be used to bring about justice and peace in our world
and how it can also bring death and destruction.
- D. Communication Skills
- Develop an ability to teach core chemistry concepts to students in junior high school
- Engage in discussion and debate about chemistry and its place in the world
- Learn to communicate chemistry ideas through artistic expression
- E. Awareness of the Limits of Knowledge
- Appreciate how chemistry can be used to achieve amazing things and how it can cause immense damage
- Understand what types of problems chemistry can address and what problems involve issues that are larger than the discipline
- F. Maturity and Professional Capacity
aware of the professional responsibility of chemists for the materials
they make, and to make conscious ethical choices about their potential
uses and misuses.
- Encourage positive, constructive
interaction and collaboration among students, between students and
instructors, and with professionals working in the area of
- G. Respect and Appreciation for the Discipline
- Appreciate how important an understanding of the physical and molecular world is to understanding our world.
- Understand how much our modern world relies on chemistry to meet its needs.
- Chemistry that changes the World:
What is the impact of our discipline on the world around us? How do
molecules play a role in our lives? What is the story of chemistry? We
will use popular chemistry books as a launch pad for discussions of
chemistry and its impact.
- Chemistry Chapel: We will develop a chapel that shows the King’s community how we integrate faith and our chemistry.
- Relating Chemistry to the public:
Developing and practicing our communication skills for relating
chemistry to non-chemists and students in their early stages of
Required texts, assignments, and grade distributions may vary from one offering of this course to the next. Please consult the course instructor for up to date details.