The Leaky Tech Pipeline

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Presentation transcript:

Science Technology Robotics Engineering Artistry Mathematics Problem Based, Collaborative Learning LiveS.T.R.E.A.M. Science Technology Robotics Engineering Artistry Mathematics Deburgos Middle School 401 W. Lehigh Ave. Phila, PA 19133

The Leaky Tech Pipeline

The Vision Enhance Latino & African American student motivation to persist on trajectory toward college Develop the problem solving, critical thinking, & creative/decision making abilities required for Leadership Expose, Engage, & Immerse Latino & African American children in the engineering design process Produce STEM Professionals who routinely combine artistry/storytelling with logical/analytical thinking in order to make dynamic new concepts/goods

Long Range Objectives Offer meaningful teaching thru project based, collaborative learning Model core values & demonstrate impact that active learning has for our students Adapt STEM activities to the school environment & a student centered approach Train students for leadership roles & college prep atmosphere Career exploration: STEM, art/graphics design, sports marketing

STATEMENT OF PURPOSE To Integrate technology into the school’s curriculum to facilitate the initiation of seed programs that will ultimately culminate into: a STEM education pipeline featuring project based, blended learning Building through my 7th grade science class & an after school program Help future engineers begin designing needed products that are both functional & aesthetically pleasing

Activies Offered First Lego League (FLL) year round 9-14 year olds 1.5hrs/ 3x Engineering/Environmental/Computer App Robotics/ Program Design/Core Values* regional/national teamwork/programming/problem solving/creativity/core values Video/core values,gratitude/Tshirt,hats

Activies Offered 2 Future City 16 weeks 12-14 year olds 1.5 hrs/3x Engineering/Art/Computer App Design/Art/Writing/Problem Solving/etc regional teamwork/writing/oral presentation/problem solving/creativity/core values Concept of a future city in virtual 3D/physical layouts

Activies Offered 3 A.L.I.C.E. 10 weeks 9-14 year olds 1.5 hrs/2x Computer App Game Design/Animation none programming, animation mobile apps for sale on google play store

Activies Offered 4 MIT App Inventor 10 weeks 9-14 year olds 1.5 hrs/2x Computer App Program Design/Dev none programming, building apps mobile apps for sale on google play store

Activies Offered 5 SeaPerch 10 weeks 9-14 year olds 1.5 hrs/ 2x Eng/Env/Computer App Robotics/Program Design regional

EDUCATIONAL PURPOSES Our program is being designed to meet the criteria below (as taken from the Bayer Corporation’s Planting the Seeds for a Diverse U.S. STEM Pipeline: A Compendium of Best Practice K-12 STEM Education Programs): 1. Challenging Content/Curriculum • An inquiry-based, experiential curriculum that is clearly defined & understood - related to real-world applications - encourages critical thinking, problem solving & team working - goes beyond minimum competencies - reflects local, state &/or national st&ards 2. An Inquiry Learning Environment • where teachers & their students COLLABORATE as active learners - students’ diversity, individuality & uniqueness are recognized & respected

Managerial (Administrative) Purposes 2. Sustaining An Inquiry Learning Environment - teachers have access to & time allotted for professional development that hones their science knowledge & experiential teaching approach - necessary curriculum materials are supplied in full 3. Defined Outcomes/Assessment • Goals are clearly identified and success is measured against them - assessment tools are designed to measure outcomes - assessment provides: *both quantitative and qualitative information *basis for research and continuous improvement of program

COMMUNICATION PURPOSES 4. Sustained Commitment/Community Support • Program has strong leadership and sufficient resources - school and/or school district support - community support, including parents and private industry 5. Continuity of Program Funding • Focusing on the Following Best Practices • Improving student outcomes • Drawing potential funders • Garnering support from stakeholders