I4 engaging chinese language students through stem - costea spinnato-wang
1. Engaging Chinese Language Students
Through STEM
Ruby Costea
Maryland State Department of Education
Shuhan C. Wang, PhD
ELE Consulting International
2013 NCLC, Boston, MA
April 7, 2013
2. Overview
I. Explain Maryland’s Race to the Top World Languages
Pipelines project .
II. Describe the collaborative process of developing World
Language-STEM (Science, Technology, Engineering, and
Mathematics)-focused curriculum modules for K-5
students.
III. Highlight essential components and share samples of
curriculum modules and lessons.
IV. Conduct a Q & A session about the project. 2
3. Race to the Top
In 2010, Maryland was the only state to receive
federal Race to the Top funding to support world 3
languages.
4. World Languages Pipelines Project
Establishment of Spanish dual-language K- 5
programs, and Arabic and Chinese FL programs;
Funding to LEAs for start-up costs and innovated
technology use
Development of STEM-focused WL curriculum
modules to be utilized in K-5 programs statewide
Development of online courses in teaching STEM
content for world language teachers in ES
Development of proficiency assessment to be 4
administered to WL students
5. RTTT World Languages Pipeline Grants
Year 1: Planning
Year 2: 4 programs in 4 counties
ACPS – Chinese partial immersion
AACPS – Arabic after-school and summer camp
PGCPS – Chinese STEM
WCPS – Spanish dual-language
Year 3: 4 programs in 3 counties
AACPS – Chinese after-school and summer camp
PGCPS – Spanish STEM
HCPSS – Chinese/Spanish science
HCPSS – Spanish dual immersion STEM
5
Year 4: In progress
7. STEM–focused WL Modules: Process
National experts as advisors: Dr. Shuhan Wang
and Dr. Carol Ann Dahlberg
Teacher curriculum development workshop in
July
Write –> Review –> Revision process
Convert ESOL to Arabic, Chinese, and Spanish
Review –> Revision process again
Post online
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User feedback
8. STEM-focused WL Modules: Structure
Modules are to be integrated with existing
curriculum where teachers find the most
appropriate fit; they are not a complete
curriculum.
Designed to reinforce STEM concepts but not to
teach STEM content: Content-Related.
Keep the priorities of language development and
culture experiences. 8
9. Guiding Principles for Language Learning
Standards for Foreign Language Learning
in the 21st Century
Performance-based assessment
and instruction
Understanding by Design/Backward Design
Stage 1 – Identify desired results.
Stage 2 – Determine acceptable evidence.
Stage 3 – Plan learning experiences and
instruction.
Story Form 9
10. Guiding Principles for STEM Learning
Aligned with the Maryland Common Core State
Standards for Mathematics and the Next
Generation Science Standards of Science
The format of the lessons incorporates the key
elements of STEM design, commonly known as
the 5Es, within the structure of a language lesson
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11. EXPLORATION
• Objects and phenomena are explored.
5Es
• Hands-on activities, with guidance
ENGAGEMENT EXPLANATION
EVALUATION • Students explain their
• Object, event, or • Students assess their understanding of
question is used to knowledge, skills and concepts and processes.
engage students. abilities.
• New concepts and skills
• Connections are • Activities permit evaluation are introduced as
facilitated between of student development conceptual clarity and
what students know and lesson effectiveness. cohesion are sought.
and can do.
ELABORATION
Activities allow students to apply concepts
in contexts and build on or extend 11
understanding and skill.
12. Structure of a Module
5Es 5Cs
Engagement Lesson 1
/ Day 1
Exploration Lesson 2 Communication
/ Day 2
Culture
Explanation Lesson 3
/ Day 3 Connections
Elaboration Lesson 4 Comparisons
/ Day 4
Communities
Evaluation Lesson 5 12
/ Day 5
14. From Seeds to Table
Enduring Understanding:
Living things and their environment form a system, in which they need
each other.
Essential Questions:
What are the living things in our environment? How does environment
affect living things?
Context and Storyline:
• The teacher brings in seed packets for common ingredients for salad.
Students will select a plant and grow these seeds while they keep a log
recording how they take care of the plant and the progress of the
plant’s growth.
• Students study the conditions for different plants to grow. They will
understand that plants and other living things interact with one
another and also with the environment.
• At the end, students make their own salad by using different parts of
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plants. They will report on the growth of their own plants and make a
pledge to take care of the plant.
15. 5 Lessons
Module Duration and Lessons:
Depending on the length and frequency of classes per week, we
suggest the five lessons in this module could be taught during
the period of three to five weeks. On the average, each lesson
may be taught over a week, with 30 minutes classes three to
five times per week.
Lesson 1 –沙拉從哪裡來?
Lesson 2 –我们来种种子。
Lesson 3 –环境改变的实验!
Lesson 4 –植物的不同部位,功能也不同。
Lesson 5 –做沙拉, 和我对我的植物的誓言。
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29. Next Steps
More WL programs in elementary schools
New WL-STEM modules for G 4 & 5
MD Online LinguaFolio Jr.
Online Continuing Professional Development
courses
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30. Questions and Comments?
MSDE Modules
http://marylandpublicschools.org/MSDE/divisions/instruction/wl_escm.htm
(http://bit.ly/MSDEWLSTEMmodules)
Thank you!
Ruby Costea Shuhan C. Wang, PhD
World Languages Specialist ELE Consulting
MSDE International
rcostea@msde.state.md.us shuhancw@gmail.com
Editor's Notes
Shuhan & Ruby
Ruby. In this session, we will provide background information on Maryland’s World Languages Pipeline project and the process of developing World Language-STEM focus curriculum modules. We will also highlight important components and share samples of curriculum modules and lessons. Introduction: Maryland K-12/WL students #, % in elementary. Middle, and high#263,579 students in WL classroom – 30.93%852,211 Students/263,579 students in WL (30.93%)24 School Systems1,452 Public Schools.These modules were developed by the Maryland Department of Education, with the support of a four-year grant from a Race to the Top World Languages Pipeline grant. Preliminary planning took place in a workshop setting, as world language and ELL teachers collaborated with classroom teachers, STEM consultants, and workshop leaders to design the modules. The modules were subsequently edited, revised, and translated or adapted into Chinese, Spanish, and Arabic.y,
Ruby: WL Pipelines project has four essential components Description of Program: Explanation of your school system’s plan to provide an elementary world language program aligned to Maryland’s Race to the Top World Languages Pipelines Project (attached). Include grade level(s), school(s), language(s), and program design. Goals and rationale for program: Statement of goals and anticipated outcomes; rationale must demonstrate your school system’s capacity to maintain and expand the program. Include community interest/support and heritage language population where appropriate. Description of Technology Plan: Explanation of plan to integrate innovative/high level technology.Program Timeline: Schedule that includes activities and milestones (progress towards goals). Budget Narrative: Narrative explanation of the budget that includes justification for each line item and explanation of cost estimates.Evaluation Plan: Description of program evaluation based on the goals, implementation plan, and anticipated outcomes.
Ruby - 前缘 -Schools who received the grants and type
Shuhan - The principles of backward planning/backward design, as developed in the work of Grant Wiggins and Jay McTighe, require the planner to focus first on the most important aspects of what is to be taught and determine the desired results of instruction. The next step is to decide how students will demonstrate that they have achieved these results. Only then are the specific learning experiences and activities developed to promote understanding, interest, and excellence.
ShuhanMDCCSS –align with language art
Shuhan
Shuhan
Shuhan,Next page is the EU,EQ and storyline
(Engagement stage or introduction) (Exploration stage for main events and practice) (Explanation stage for main events and practice)(Elaboration stage for summary and review) (Evaluation stage for assessing student learning outcomes)