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Teacher Enhancement for Student Success (TESS) Summer Institutes

submitter: Teacher Enhancement for Student Success (TESS)
published: 07/20/2000
posted to site: 07/20/2000

Teacher Enhancement for Student Success (TESS)

How long do your workshops last?

workshops are several days to one week in duration beginning June 5 through August 2l, 2000.

How many teachers do you involve in your workshops?

From the scores of summer institutes, there will be hundreds of Fresno teachers involved in the mathematics/science institutes.

What are your major goals for your workshops in terms of content and pedagogy?

assessment, content in elementary mathematics, support of best practice, materials management, content organization, embedded literacy and analyses of coognitie readiness in terms of abilities needed for success in K-8 mathematics and science.

Are you offering professional development on specific curricula that you are hoping will be used in the classroom? If so, which curricula are you using?

MathLand (K-6) and FOSS (K-6)


 


Explorations In Physical Science

June 5 - 9, 2000

Monday Tuesday Wednesday Thursday Friday
8:00-8:30 UC Center Sign-in
Continental Breakfast
8:00-8:15 UC Center Sign-in
Continental Breakfast
8:00-8:15 UC Center Sign-in
Continental Breakfast
8:00-8:15 UC Center Sign-in
Continental Breakfast
8:00-8:15 UC Center Sign-in
Continental Breakfast
8:30-9:30 Introductions
Announcements
Registrations
8:15-10:00 GEMS
Sun, Moon, and Stars
8:15-10:00 GEMS
Moons of Jupiter
8:15-10:00 FOSS
Planetary Science
8:15-10:00 LHS
Structure of Matter and Reactions
9:30-9:45 Break 10:00-10:15 Break 10:00-10:15 Break 10:00-10:15 Break 10:00-10:15 Break
9:45-11:45 Science Process Skills
Classroom Applications
10:15-11:45 GEMS
Sun, Moon, and Stars
10:15-11:45 GEMS
Moons of Jupiter
10:15-12:00 FOSS
Planetary Science
10:15-12:00 LHS
Structure of Matter and Reactions
11:45-12:15 Lunch 11:45-12:15 Lunch 11:45-12:15 Lunch 12:00-12:30 Lunch 12:00-12:30 Lunch
1:00-3:45 CSUF
Downing Planetarium
1:00-3:45 CSUF
Downing Planetarium
1:00-3:45 CSUF
Downing Planetarium
1:00-3:45 CSUF
Downing Planetarium
1:00-2:00 GEMS
Stories In Stone
2:00-3:45 Tom Snyder
Science Seekers
3:45-4:00 Evaluations 3:45-4:00 Evaluations 3:45-4:00 Evaluations 3:45-4:00 Evaluations 3:45-4:00 Evaluations

 

Explorations In Life Science
Biodiversity Of The Central Valley

June 5 - 9, 2000

Monday Tuesday Wednesday Thursday Friday
8:00 - 8:15 UC Center Sign ins and Continental Breakfast 8:00 - 8:15 UC Center Sign ins and Continental Breakfast 8:00 - 8:15 UC Center Sign ins and Continental Breakfast 8:00 - 8:15 Hoover Room 63 Sign ins and Continental Breakfast 7:00 - 7:15 Sign ins and Continental Breakfast
8:15-8:45 Introductions and Announcements 8:15 - 10:00 CAL ALIVE! 8:15 - 10:25 CAL ALIVE! 8:15 - 10:00 Biodiversity of the Sierra Nevada 7:15 - Car Pool
8:45 - 9:10 break 10:00 - 10:15 break 10:25 - 10:40 break 10:00 - 10:15 break   Friant Dame
9:10 - 11:45 Meet at Hoover High School Room 63 10:15 - 12:15 CAL ALIVE! 10:40- 12:15 CAL ALIVE! 10:15 - 12:00 Biodiversity of the Sierra Nevada   Table Mountain
11:45 - 12:15 Lunch 12:15 - 12:45 Lunch 12:15 - 12:45 Lunch 12:00 - 12:30 Lunch   Bottom/Top of Four Lane
1:00 SJ River Parkway Field study 12:45 - 2:30 CAL ALIVE! 12:45 - 2:00 CAL ALIVE! 12:30 - 1:30 Biodiversity of the Sierra Nevada  Lunch
      break 2:00 Questions and Answers 1:30 - 3:30 GEMS   Shaver Lake
    2:30 - 3:45 CAL ALIVE!   Open Lab 3:30 - 3:45 Discuss Field Trip on Friday   Huntington Lake
3:45 - 4:00 Evaluations 3:45 - 4:00 Evaluations 3:45 - 4:00 Evaluations 3:45 - 4:00 Evaluations 5:00 Return Home Evaluations


Strategies for Teaching English Learners Using Science
June 12-16, 2000 (session 1)
Session 2 and 3 TBA

Goals

The institute shall provide effective models of professional development in order to ensure that instructional personnel increase their skills, at a minimum, in all of the following:
  1. Literacy instruction and assessment for diverse pupil populations, including the teaching of reading that is research-based and consistent with balanced comprehensive strategies.
  2. English language development and second language acquisition strategies.
  3. Specially designed instruction and assessment in English.
  4. Application of appropriate assessment instruments to assess language proficiency and utilization of benchmarks for reclassification of pupils from English language learners to fully English proficient.
  5. Examination of pupil work as a basis for the alignment of standards, instruction, and assessment.
  6. User of appropriate instructional materials to assist English learners to attain academic content standards.
  7. Instructional technology and its integration into the school curriculum for English language learners.
  8. Parent involvement and effective practices for building partnerships with parents.

Strategies for Teaching English Learners Using Science

June 12-16, 2000

Time Monday Tuesday Wednesday Thursday Friday
8:00 Continental Breakfast Continental Breakfast Continental Breakfast Continental Breakfast Continental Breakfast
8:30 Introductions
Program Goals
Expectations
MOUs
Review Review Review Review
9:00 9:30
Model Lesson "Science in an EL classroom." The role of academic language
Standards-based Science & EL through a hands-on activity using Best Practices "Fifty Strategies for Teaching English Learners" -Assessment-
Formative and summative.
Reviewing student work.
9:00
Group Presentations
11:00 Discuss & reflect on model lesson. How does it apply to your classroom situation? "Bringing meaning to content instruction." Multi-level EL strategies in a science lesson. Application of EL Strategies to district baseline program. Literature Connections
12:00 Lunch Lunch Lunch Lunch
12:45 Science content instruction as a vehicle for English Language Development Deconstruction and Reconstruction of a Science Lesson Cultural implications of language acquisition. Connecting assessment to literature, writing, and science concepts. Strategic Planning
3:00 Group Presentation assignment and expectations Strategic Planning Strategic Planning Strategic Planning Strategic Planning
4:00 Closing
Gots and needs
Closing
Gots and needs
Closing
Gots and needs
Closing
Gots and needs
Closing
Gots and needs


Science and Mathematics Elementary Institute
Holland Lab School
June 19-30, 2000

Teachers will participate in training sessions provided by Instructional Services staff which provide research based, best practice instructional strategies using baseline and supplemental instructional materials. Classroom observations will showcase the diagnostic and prescriptive interventions in mathematics and literacy designed to meet the needs of identified students. Teachers will use assessment data to develop lessons based on student needs. Each week teacher participants will have the opportunity to increase their knowledge of and skill in implementing a standards based, data driven instructional program to meet the individual needs of students who are candidates for or at-risk of retention.

Science Strand
Holland Lab School will be utilizing the physical science strand of the K-6 baseline program, FOSS. Each classroom will model the best practices of conceptual teaching, questioning strategies, use of a graphic organizer, and the integration of literacy within the content area of science. K-3 classrooms will focus on literacy and science.

Mathematics Strand
The mathematics strand will focus on standards based, best practice instructional strategies designed as interventions for at-risk students. Research-based best practice strategies will be demonstrated. Our focus mathematical strands are numeracy and algebraic thinking. Teaches will have the opportunity to enhance their skills embedding literacy in the content area of mathematics.

 

Science and Mathematics Institute Matrix
June 19-23

  MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY
8:00-8:20 Context--All
8:00-8:45
Debrief Debrief Debrief Debrief
8:20-10:00
(1.40 min.)
 
Monday
9:00-10:30
(1.30 min.)
Session 1(9:00-10:30)
Science Standards and Best Practices
Session 2
Math 3-6
Writing in the Content Area of Mathematics

Science K-2
Writing in the Content Area of Science
Session 4
Math K-2
Demo Lesson: Computational Problem Solving

Science 3-6
Demo Lesson: Magnetism & Electricity
Session 6
Science K-2
Intervention Strategies and EL Learners

Session 7
Math 3-6
Classroom Observation
Session 9
Classroom Lesson
K-3 Science Literacy in the Content Area
4-6 Math
Computational Problem Solving
10:00-10:20 Break (10:30-10:45) Break Break Break Break
10:20-11:45
(1.25 min.)
 
Monday
10:45-12:15
(1.30 min.)
Session 1(10:45-12:15)
Math
Standards & Best Practices in Algebraic Thinking Grades K-6
Session 3
Classroom Observation
Literacy in the Content Area
K-2 Science
3-6 Mathematics
Session 5
Classroom Observation
K-2 Math
Intermediate Classroom Observation (Writing)

3-6 Science
Primary Classroom Observation (Science)
Session 6
Math 3-6
Intervention Strategies and EL Learners

Session 7
Science K-2
Classroom Observation
Session 10
Classroom Lesson
4-6 Math
Literacy in the Content Area

K-3 Science
Physical
11:45-12:45 Lunch ( 12:15-1:15) Lunch Lunch Lunch Lunch
12:45-2:30
(1.30 min.)
 
Monday
1:15-2:30
(1.15 min.)
Session 2 (1:15-2:30)
Math K-2
Writing in the Content Area of Mathematics

Science 3-6
Writing in the Content Area of Science
Session 4
Math 3-6
Content Delivery: Algebra

Science:K-2
Demo Lesson:
Balance and Motion
Session 6
Math: K-2
Intervention Strategies and EL Learners

Science: 3-6
Intervention Strategies and EL Learners
Session 8
Math/Science:
Lesson Preparation
Session 11
Math/Science
2:30-2:45 Reflections and Evaluation Reflections and Evaluations Reflections and Evaluations Reflections and Evaluations Reflections and Evaluations
 

Holland Lab School Math/Science Institute
June 19-23

  MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY
8:00-8:20 Context--All
8:00-8:45
Debrief Debrief Debrief Debrief
8:20-10:00
(1.40 min.)
 
Monday
9:00-10:30
(1.30 min.)
Session 1(9:00-10:30) Science
Standards and Best Practices
Session 2
Math 3-6
Writing in the Content Area of Mathematics
Session 4
Math K-2

Demo Lesson: Computational Problem Solving
Session 7
Math 3-6
Classroom Observation
Session 9
Classroom Lesson
4-6 Math
Computational Problem Solving
10:00-10:20 Break (10:30-10:45) Break Break Break Break
10:20-11:45
(1.25 min.)
 
Monday
10:45-12:15
(1.30 min.)
Session 1(10:45-12:15)
Math
Standards & Best Practices in Algebraic Thinking
Grades K-6
Session 3
Classroom Observation
Literacy in the Content Area 3-6 Mathematics
Session 5
Classroom Observation K-2 Math
Intermediate Classroom Observation (Science)
Session 6
Math 3-6
Intervention Strategies and EL Learners
Session 10
Classroom Lesson
4-6 Math
Literacy in the Content Area
11:45-12:45 Lunch ( 12:15-1:15) Lunch Lunch Lunch Lunch
12:45-2:30
(1.30 min.)
 
Monday
1:15-2:30
(1.15 min.)
Session 2 (1:15-2:30)
Math K-2
Writing in the Content Area of Mathematics
Session 4
Math 3-6
Content Delivery: Algebra
Session 6
Math: K-2
Intervention Strategies and EL Learners
Session 8
Math/Science:
Lesson Preparation
Session 11
Math/Science Speaker
2:30-2:45 Reflections and Evaluation Reflections and Evaluations Reflections and Evaluations Reflections and Evaluations Reflections and Evaluations
 

Holland Lab School Math/Science Institute
June 19-23

  MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY
8:00-8:20 Context--All
8:00-8:45
Debrief Debrief Debrief Debrief
8:20-10:00
(1.40 min.)
 
Monday
9:00-10:30
(1.30 min.)
Session 1(9:00-10:30)
K-6 Science
Standards and Best Practices
Session 2
Science K-2
Writing in the Content Area of Science
Session 4
Science 3-6
Demo Lesson: Magnetism & Electricity
Session 6
Science K-2
Intervention Strategies and EL Learners
Session 9
Classroom Lesson
K-3 Science Literacy in the Content Area
10:00-10:20 Break (10:30-10:45) Break Break Break Break
10:20-11:45
(1.25 min.)
 
Monday
10:45-12:15
(1.30 min.)
Session 1(10:45-12:15)
K-6 Math
Standards & Best Practices in Algebraic Thinking
7yu
Session 3
Classroom Observation
Literacy in the Content Area
K-2 Science
Session 5
Classroom Observation
K-2 Math
Intermediate Classroom Observation (Science)

3-6 Science
Primary Classroom Observation (Science)
Session 7
Science K-2
Classroom Observation
Session 10
Classroom Lesson
K-3 Science Physical
11:45-12:45 Lunch ( 12:15-1:15) Lunch Lunch Lunch Lunch
12:45-2:30
(1.30 min.)
 
Monday
1:15-2:30
(1.15 min.)
Session 2 (1:15-2:30)
Science 3-6
Writing in the Content Area of Science
Session 4
Science:K-2
Demo Lesson:
Balance and Motion
Session 6
Science: 3-6
Intervention Strategies and EL Learners
Session 8
Math/Science:
Lesson Preparation
Session 11
Math/Science
2:30-2:45 Reflections and Evaluation Reflections and Evaluations Reflections and Evaluations Reflections and Evaluations Reflections and Evaluations
 

Holland Lab School Math/Science Institute
June 19-23
K-2 Teachers

  MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY
8:00-8:20 Context--All
8:00-8:45
Debrief Debrief Debrief Debrief
8:20-10:00
 
Monday
9:00-10:30
Session 1a (9:00-10:30)
K-6 Science
Standards and Best Practices
Session 2
K-2 Science
 
Writing in the Content Area of Science
Session 4
K-2 Math
 
Demo Lesson: Computational Problem Solving
Session 6
K-2 Science
 
Intervention Strategies and EL Learners
Session 9
K-3 Science
 
Classroom Lesson
Literacy in the Content Area
10:00-10:20 Break (10:30-10:45) Break Break Break Break
10:20-11:45
 
Monday
10:45-12:15
Session 1b(10:45-12:15)
K-6 Math
 
Standards & Best Practices in Algebraic Thinking Grades K-6
Session 3
K-2 Science
Classroom Observation
Literacy in the Content Area
Session 5
K-2 Science
Intermediate
Classroom Observation
Session 7
K-2 Science
Classroom Observation
Session 10
K-3 Science
Classroom Lesson
Physical Science
11:45-12:45 Lunch (12:15-1:15) Lunch Lunch Lunch Lunch
12:45-2:30
 
Monday
1:15-2:30
Session 2 (1:15-2:30)
K-2 Math
 
Writing in the Content Area of Mathematics
Session 4
K-2 Science
 
Demo Lesson:
Balance and Motion
Session 6
K-2 Math
 
Intervention Strategies and EL Learners
Session 8
K-6 Math/Science:
 
Lesson Preparation
Session 11
K-6 Math/Science
 
Speaker
2:30-2:45 Reflections and Evaluation Reflections and Evaluations Reflections and Evaluations Reflections and Evaluations Reflections and Evaluations
 

Holland Lab School Math/Science Institute
June 19-23
3-6 Teachers

  MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY
8:00-8:20 Context--All
8:00-8:45
Debrief Debrief Debrief Debrief
8:20-10:00
(1.40 min.)
Monday
9:00-10:30
(1.30 min.)
Session 1(9:00-10:30)
K-6 Science
 
Standards and Best Practices
Session 2
3-6 Math
 
Writing in the Content Area of Mathematics
Session 4
3-6 Science
 
Demo Lesson:
Magnetism & Electricity
Session 7
3-6 Math
 
Classroom Observation
Computational Problem Solving
Session 9
4-6 Math
 
Classroom Lesson Mathematics: Computational Problem Solving
10:00-10:20 Break (10:30-10:45) Break Break Break Break
10:20-11:45
(1.25 min.)
Monday
10:45-12:15
(1.30 min.)
Session 1(10:45-12:15)
K-6 Math
 
Standards & Best Practices in Algebraic Thinking
Grades K-6
Session 3
3-6 Mathematics
 
Classroom Observation
Literacy in the Content Area
Session 5
3-6 Science
 
Primary Classroom Observation
Session 6
3-6 Math
 
Intervention Strategies and EL Learners
Session 10
4-6 Math
 
Classroom Lesson
Literacy in the Content Area
11:45-12:45 Lunch (12:15-1:15) Lunch Lunch Lunch Lunch
12:45-2:30
(1.30 min.)
Monday
1:15-2:30
(1.15 min.)
Session 2 (1:15-2:30)
3-6 Science
 
Writing in the Content Area of Science
Session 4
3-6 Math
 
Content Delivery: Algebra
Session 6
3-6 Science
 
Intervention Strategies and EL Learners
Session 8
K-6 Math/Science:
 
Lesson Preparation
Session 11
K-6 Math/Science
 
Speaker
2:30-2:45 Reflections and Evaluation Reflections and Evaluations Reflections and Evaluations Reflections and Evaluations Reflections and Evaluations

 

Instructional Technology in the Science Classroom

July 5th - 7th


Wednesday July 5th
8:00 - 8:15Sign-in 
8:15 - 8:45Introductions and Goals for the 3 daysJerry Valadez
8:45 - 9:15Technology SurveyJerry
9:15 - 9:30MOU'sJerry
9:30 - 9:50Discussion of What is Instructional Technology and examples.Wayne Dixon
9:50 - 10:30Hand out cameras and un-pack cameras
- Break into groups
All (ML, AL, VK, JV, WD)
10:30 - 10:45Break 
10:45 - 12:00Introduction to camera continued
- Taking pictures
All
12:00 - 12:45Lunch 
12:45 - 3:00Working with images
- Photo stations
- Install flash card readers
- Download images
- Download and clear flashcards
Wayne
3:00 - 3:50Self guided practiceAll
3:50 - 4:00Evaluations and clean-up 
- Participants receive digital camera with flashcard.

Thursday July 6th
8:00 - 8:15Sign in 
8:15 - 8:30Gots and NeedsJerry Valadez
8:30 - 10:15Introduction to PhotoShopWayne Dixon
10:15 - 10:30Break 
10:30 - 12:00PhotoShop continuedWayne
12:00 - 12:45Lunch 
12:45 - 2:00Presentation - The Futures ChannelWayne
2:00 - 2:15Break 
2:15 -3:15PhotoShop continued
- Using images from camera
Wayne
3:15 - 3:50Printing imagesWayne
3:50 - 4:00Evaluations and clean-up 
- Participants receive PhotoShop 5.5

Friday July 7th
8:00 - 8:15Sign In 
8:15 - 8:30>Gots and NeedsJerry Valadez
8:30 - 10:15Introduction to PowerPointWayne Dixon
10:15 - 10:30Break 
10:30 - 12:00PowerPoint continuedWayne
12:00 - 12:45Lunch 
12:45 - 2:15Student Portfolios using PowerPointWayne
2:15 - 2:30Break 
2:30 - 3:15Student Portfolios continuedWayne
3:15 - 3:50Post Survey and EvaluationsWayne
3:50 - 4:00Clean-up 
- Participants receive Flashcard reader
- PCMIA adapter

 

SMP3 University Coursework for Science

June 5-July 14, 2000

Two content courses in Science for the elementary and middle school teacher that would like to increase their understanding of the big ideas in biology and earth science.

Biology 100: Nature Study
Evaluation of natural science programs at the elementary level; optional opportunities in developing K-9 environmental study material or designing environmental awareness topics for adult groups; emphasis on life science programs dealing with the interaction of man and the biosphere.

Geology 154: Introductory Earth Science
Appropriate for liberal studies majors and K-6 teachers. Earth systems interactions demonstrated through hands-on activities, experiments and field work. Topics based on state and local science content frameworks, including recognition, origin, and use of rocks and minerals; geologic time rock record; and plate tectonics.