Designing Effective Science Courses “Once you have a sound course design, your syllabus almost...

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Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998

Transcript of Designing Effective Science Courses “Once you have a sound course design, your syllabus almost...

Page 1: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Designing Effective Science Courses

“Once you have a sound course design, your syllabus

almost writes itself.”

-Teaching at its BestL. Nilson, 1998

Page 2: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

What Will I Cover?

What Will They Learn?

Page 3: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Consider your audience

Define instructional objectives & skills

Evaluate content options and appropriate readings

Determine class format

Develop assessments

and FINALLY the Syllabus!

The General Design

Page 4: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

What preparation will most students bring? Do prerequisites guarantee this?

Attitudes? Required course? Elective?

What are the student expectations? Are these appropriate? Can they be incorporated into your teaching plan?

Student long-range goals?

Can flexibility be built in to accommodate this?

Consider your audience!

?

Page 5: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

First define your “ultimate” end-of-course objectives

Then work backwards…what will students have to be able to do before they can accomplish each “ultimate” objective?

Continue working backwards to the most basic performances they must master to achieve the above

Define instructional objectives

Page 6: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Instructional ObjectivesInstructional Objectives(for a specific group of students)

SkillsSkills(what these students will be able to do to demonstrate attainment of learning goal)

ContentContent Class FormatClass Format Assessment Assessment FormatFormat

SyllabusSyllabusDoes your syllabus share with your students the thinking process that you followed to design this

course?

Page 7: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Designing Courses “Backwards”

ObjectivesContent Skills

Page 8: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Knowledge

Comprehension

Application

Analysis

Synthesis

Bloom’s TaxonomyTaxonomy of Educational Objectives (1956)

Evaluation

Define instructional objectives

Page 9: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Fink’s TaxonomyTo Improve the Academy (2001)

Learning how to learn

Integration

ApplicationFoundational Knowledge

Human Dimension

Motivation

Define instructional objectives

Page 10: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

“Students will learn to appreciate their natural surroundings and will know that underlying geologic structures control the landforms we see”

Define Instructional Objectives

Page 11: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Many FewerInterpretations InterpretationsTo know To writeTo understand To reciteTo really understand To identifyTo appreciate To sortTo fully appreciate To solveTo grasp significance of To constructTo enjoy To buildTo believe To compareTo have faith in To contrast

from Mager (1975) in Diamond (1998)

Define Instructional Objectives

Page 12: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

“After working with slide images and through field experiences, students will be able to locate and identify faults, fractures and folds present in an unfamiliar landscape.”

Translate fuzzy language to skills!

Page 13: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Instructional ObjectivesInstructional Objectives(for a specific group of students)

SkillsSkills(what these students will be able to do to demonstrate attainment of learning goal)

ContentContent Class FormatClass Format Assessment Assessment FormatFormat

SyllabusSyllabusDoes your syllabus share with your students the thinking process that you followed to design this

course?

Page 14: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Rank the topics (rank highly your “essentials” AND those that meet student needs or expectations)

Slash, burn & distill (this always hurts, but designing courses backwards will help establish priorities)

Compare to your “full array” of content optionsis something missing that you value? Are you missing a major learning goal?

Evaluate content options

Page 15: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Consider the level (and financial resources!) of your

students What is the purpose of the reading? How will it support the course? How often will students use this resource?

Read a variety of texts ...unless you wrote the text, you won’t find exactly what you need… BUT...

Is a course reader better? ...can better suit to your needs...but takes a huge effort to integrate well...

Evaluate readings

Page 16: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Lecture based? Discussion based? Need labs or

experiential components?

How and when will student inquiry take place?

Determine the class format

Page 17: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

When will students get feedback about their learning?

What have your students learned? Have they acquired the skills you value?

Let the course objectives shine through your assessment… end-of-course objectives should map out your projects, homework, exams, etc.

Develop an assessment plan

For Them

Page 18: Designing Effective Science Courses “Once you have a sound course design, your syllabus almost writes itself.” -Teaching at its Best L. Nilson, 1998.

Options for getting feedback… (CATs) Classroom Assessment Techniques

Mid-term formative evaluations Professional feedback… classroom consultations,

videos, etc.

Develop an assessment plan

For You