Doing Science

Innovative Curriculum for the Life Sciences
Neal A. Glasgow - San Dieguito Union High School District, California
Doing Science
August 1996 | 184 pages | Corwin
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Hardcover
ISBN: 9780803964761
Available from January 0001

Description

"Offers new views and strategies to enliven the teaching of science by incorporating the investigative aspects of the subject. Bound to provide invaluable help in solving a very serious national problem." William J. Lennarz, Professor and Chairman Dept. of Biochemistry and Cell Biology State University of New York at Stony Brook Provides science teaches with innovative ways to involve students in working on dynamic, real-world problems and projects. This probmel-based, student-centered approach to "doing science" focuses on life science learning and includes lessons from biology, chemistry, and physics. This holistic method has been incorporated into the national standards for science education. Includes practical examples on how to: * Utilize the natural curiosity, concern, and creativity of students to turn them into active participants in instruction, instead of passive recipients * Design and develop problem and activity scenarios, and assess and evaluate the end results * Teach students where and how to collect and analyze data in order to find the solutions to questions and problems * Recruit and incorporate community mentors into your students' projects Addresses issues of liability and includes sample projects, policies, and release and permission forms. The author provides all the tools you need to turn life sciences into a "living" science.

Contents

Introduction to Science Teaching Philosophy

  • Looking at an Old Paradigm with New Eyes

Teaching and Learning Today

  • The Basic Styles and Options

The Basic Elements or Characteristics of the Problem-Based Curriculum

The Basic Elements or Characteristics of the Problem-Based Curriculum

Science without the Mess

  • Where to Find Investigations and Sources of Data

Big Nonlaboratory Problems (but Could Include Laboratory Experiences!)

Big Nonlaboratory Problems (but Could Include Laboratory Experiences!)

Doing Authentic Science

Doing Authentic Science

Examples of Mentored Project Experiences

Examples of Mentored Project Experiences

Other Real Science Projects

Other Real Science Projects

Defining the Outcomes

  • Problem-Based Assessment and Evaluation Philosophy

Curricular Accountability

Curricular Accountability

Science Education Then and Now

  • Students, Parents, and Staff in the New Paradigm

Description

"Offers new views and strategies to enliven the teaching of science by incorporating the investigative aspects of the subject. Bound to provide invaluable help in solving a very serious national problem." William J. Lennarz, Professor and Chairman Dept. of Biochemistry and Cell Biology State University of New York at Stony Brook Provides science teaches with innovative ways to involve students in working on dynamic, real-world problems and projects. This probmel-based, student-centered approach to "doing science" focuses on life science learning and includes lessons from biology, chemistry, and physics. This holistic method has been incorporated into the national standards for science education. Includes practical examples on how to: * Utilize the natural curiosity, concern, and creativity of students to turn them into active participants in instruction, instead of passive recipients * Design and develop problem and activity scenarios, and assess and evaluate the end results * Teach students where and how to collect and analyze data in order to find the solutions to questions and problems * Recruit and incorporate community mentors into your students' projects Addresses issues of liability and includes sample projects, policies, and release and permission forms. The author provides all the tools you need to turn life sciences into a "living" science.

Contents

Introduction to Science Teaching Philosophy

  • Looking at an Old Paradigm with New Eyes

Teaching and Learning Today

  • The Basic Styles and Options

The Basic Elements or Characteristics of the Problem-Based Curriculum

The Basic Elements or Characteristics of the Problem-Based Curriculum

Science without the Mess

  • Where to Find Investigations and Sources of Data

Big Nonlaboratory Problems (but Could Include Laboratory Experiences!)

Big Nonlaboratory Problems (but Could Include Laboratory Experiences!)

Doing Authentic Science

Doing Authentic Science

Examples of Mentored Project Experiences

Examples of Mentored Project Experiences

Other Real Science Projects

Other Real Science Projects

Defining the Outcomes

  • Problem-Based Assessment and Evaluation Philosophy

Curricular Accountability

Curricular Accountability

Science Education Then and Now

  • Students, Parents, and Staff in the New Paradigm
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Doing Science

Innovative Curriculum for the Life Sciences


August 1996 | 184 pages | Corwin

Format Published Date ISBN Price
Hardcover 01/02/2026 9780803964761 $79.95
Paperback 01/02/2026 9780803964778 $37.95

"Offers new views and strategies to enliven the teaching of science by incorporating the investigative aspects of the subject. Bound to provide invaluable help in solving a very serious national problem." William J. Lennarz, Professor and Chairman Dept. of Biochemistry and Cell Biology State University of New York at Stony Brook Provides science teaches with innovative ways to involve students in working on dynamic, real-world problems and projects. This probmel-based, student-centered approach to "doing science" focuses on life science learning and includes lessons from biology, chemistry, and physics. This holistic method has been incorporated into the national standards for science education. Includes practical examples on how to: * Utilize the natural curiosity, concern, and creativity of students to turn them into active participants in instruction, instead of passive recipients * Design and develop problem and activity scenarios, and assess and evaluate the end results * Teach students where and how to collect and analyze data in order to find the solutions to questions and problems * Recruit and incorporate community mentors into your students' projects Addresses issues of liability and includes sample projects, policies, and release and permission forms. The author provides all the tools you need to turn life sciences into a "living" science.

Table Of Contents:

  • Introduction to Science Teaching Philosophy
  • Looking at an Old Paradigm with New Eyes
  • Teaching and Learning Today
  • The Basic Styles and Options
  • The Basic Elements or Characteristics of the Problem-Based Curriculum
  • Science without the Mess
  • Where to Find Investigations and Sources of Data
  • Big Nonlaboratory Problems (but Could Include Laboratory Experiences!)
  • Doing Authentic Science
  • Examples of Mentored Project Experiences
  • Other Real Science Projects
  • Defining the Outcomes
  • Problem-Based Assessment and Evaluation Philosophy
  • Curricular Accountability
  • Science Education Then and Now
  • Students, Parents, and Staff in the New Paradigm

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