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DEPARTMENT PEOPLE GRADUATE STUDIES UNDERGRADUATE STUDIES RESEARCH CONTACT US
  

Tyson A. Miller

 

Chemical Education

Assistant Professor (b. 1973)

Visiting Teaching Associate, University of Illinois Urbana-Champaign, 2003-2005
Ph.D., University of Illinois Urbana-Champaign, 2005
Master Online Teacher Certificate, University of Illinois Urbana-Champaign, 2004
M.S., Central Washington University, 1999
Adjunct Lecturer of Chemistry, Central Washington University, 1996-1997
B.S., B.A., Central Washington University, 1995

E-mail: tyson.miller@uconn.edu
Phone:  (860) 486-3052
Office:  Chemistry A412

 

Research and Publications Summary

My research addresses student learning within the following realms:

1) Conceptual Mastery and Retention from General Chemistry to Organic Chemistry

 

Many students who begin organic chemistry fail to retain basic conceptual skills and fundamentals discussed in general chemistry courses.  This often leads to student frustration and perceptions of organic chemistry as a “weed out” class.  My interest lies in identifying the concepts that are common to both general and organic chemistry and finding new approaches to improve student learning and long-term retention of those concepts.

 2) Integration of Knowledge Between the Classical Divisions of Chemistry

Chemistry majors proceed through a classical bachelor’s level program in chemistry and often struggle to find relevant parallels from one course sequence to another.  It often leads to the notion that general, organic, inorganic, analytical, physical, and biochemistry are all islands unto themselves.  In fact, knowledge from all of the courses is integrated daily in industrial and academic science.  My interest lies in discovering new methodologies for helping chemistry majors to actively integrate material from different courses.  This will better prepare them for the demands of the scientific workforce.

 3) The Use of Multimedia in the Chemistry Classroom

There are many tools that teachers can use in the classroom to improve the quality of instruction and increase student learning in chemistry.  Students in my group will learn how to properly use these tools with rational considerations to instructional design principles.

 4) Distance Education

The ability to communicate well through hindered mediums is not a trivial skill.  One must be trained well in order to be successful in facilitating learning and building community with students without the benefit of non-verbal communication or a physical presence.  Students in my group will have the opportunity to expand their repertoire teaching strategies and skills by learning to teach through hindered mediums.

 Finally, professional development is a vital element of training to become an active faculty member.  My students will be encouraged to pursue and develop their own ideas as well, en route to the construction of a teaching portfolio and unique curriculum vitae that will promote the student’s marketability in the academic workforce.

 
Representative Publication:

Miller, T.A.  Discussion Board-Based Group Work in a Large Enrollment First Semester Organic Chemistry Lecture Course.  Illinois Online Network – Pointers & Clickers  Jan./Feb. 2004  (invited article)  http://illinois.online.uillinois.edu/resources/pointersclickers/2004_01/index.asp

 

 

 

      
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