Science, Mathematics, and Technology

Science, Mathematics, and Technology

By Boston CollegeEducation
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Science, Mathematics, and Technology episodes

  • Algebra Initiative in the Chicago Public Schools
    Paul Sally '54 MS'56, a mathematics professor at the University of Chicago, describes a program he developed in Chicago to improve the teaching of mathematics in eighth grade.
    This lecture is part of the Mathematics Education Seminar series, a joint undertaking of Boston College’s mathematics department and the Lynch School of Education. It brings distinguished math educators to campus to provide a forum for discussions of math, education, and math pedagogy.
    36 min
  • Algebra Initiative in the Chicago Public Schools
    Paul Sally '54 MS'56, a mathematics professor at the University of Chicago, describes a program he developed in Chicago to improve the teaching of mathematics in eighth grade.
    This lecture is part of the Mathematics Education Seminar series, a joint undertaking of Boston College’s mathematics department and the Lynch School of Education. It brings distinguished math educators to campus to provide a forum for discussions of math, education, and math pedagogy.
    36 min
  • Forensic Applications in Anthropology
    Ann Marie Mires teaches at Anna Maria College in Paxton, Massachusetts, and also at Bay Path College in Longmeadow, Massachusetts. She discusses the field of forensics, relating it both to analysis of ancient human remains as well as its application to current crime investigations.
    1 hr 47 min
  • Forensic Applications in Anthropology
    Ann Marie Mires teaches at Anna Maria College in Paxton, Massachusetts, and also at Bay Path College in Longmeadow, Massachusetts. She discusses the field of forensics, relating it both to analysis of ancient human remains as well as its application to current crime investigations.
    1 hr 47 min
  • Engineering Microbial Metabolism for Production of Anti-Malarial Drugs
    Jay D. Keasling, the Hubbard Howe Jr. Distinguished Professor of Biochemical Engineering at the University of California, Berkeley, discusses the causes and consequences of malaria and how scientists have successfully engineered the metabolism of a micro-organism to produce an anti-malarial drug.
    The talk is is the first of three lectures by Keasling in Boston College's 2009 University Lectures in Chemistry series.
    56 min
  • Engineering Microbial Metabolism for Production of Anti-Malarial Drugs
    Jay D. Keasling, the Hubbard Howe Jr. Distinguished Professor of Biochemical Engineering at the University of California, Berkeley, discusses the causes and consequences of malaria and how scientists have successfully engineered the metabolism of a micro-organism to produce an anti-malarial drug.
    The talk is is the first of three lectures by Keasling in Boston College's 2009 University Lectures in Chemistry series.
    56 min

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