Thursday, 10 November 2016

LAUNCH Learning (Leading Advanced Understanding Through Connected Hands-on Learning)

LAUNCH Learning
(Leading Advanced Understanding Through Connected Hands-on Learning)

Chris van Beurden
Science Teacher
LAUNCH Learning
Guelph Collegiate-Vocational Institute
519-824-9800 x 481
christopher.vanbeurden@ugdsb.on.ca


Description of how you shape the learning experience –what you are doing that is of focus in the this short sharing


LAUNCH is a 4-credit, integrated program for grade 9 students that focuses on developing the learning skills necessary to helps them discover pathways to their own success in an academic curriculum. Run in semester 1 at the Guelph Collegiate-Vocational Institute, courses include SNC1D, ENG1D, CGC1D, & PPL1O. Two teachers, who share the school day with students, provide support and an opportunity to engage in an innovative, integrated curriculum. Lessons and units are structured to deliver curriculum goals in addition to the development of essential skills such as organization, study habits, collaboration, self-advocacy, goal setting, and accountability. Students engage in hands-on, experiential learning through field trips, collaborative activities, and community engagement.

Some of the results/impacts

  • Through a series of field trips to different areas of Guelph, students engage with members of neighbourhood groups, the Guelph Neighbourhood Support Coalition, and the City of Guelph Planning Department to get a sense of the diversity within the city.  They analyze assets and challenges of each community relating to the physical development (e.g. transportation options, land uses, food security), natural environment (e.g. parkland, urban forests, storm water management), and social aspects (e.g. access to services, community space, public art, support networks).  Ultimately, students collaborate to develop creative solutions to the challenges they have identified.
  • Students organize an Amazing Race for other classes at GCVI.  LAUNCH students learn about effective planning, collaboration, and accountability.  The teachers scaffold the process in order to move toward student-directed engagement, learning, and project development; this process allows students to experience and cope with time pressures, mistakes, conflict, and real deadlines.  Ultimately, this is a formative activity to prepare students to develop a Healthy Living Symposium for grade 8 students at a local elementary school.
  • While LAUNCH is a program designed to help students transition into high school, it is recognized that we are also helping parents transition into a different role as their child(ren) grow.  We spend significant amounts of time communicating with parents and students about the realities of the learning process (e.g. it is difficult, frustrating, time consuming, inconvenient, requires mistakes and failures), and how this is just as important as learning outcomes.
 

Benefits and what you are working on learning to apply or modify.


  • We are using LAUNCH as a “learning lab” for teaching strategies based on professional development and research to assist other teachers in our school and the UGDSB to improve their practice.  We attempt different methods of teaching, and share the results with the staff at PD days, staff meetings, and through informal conversations.
  • We are determining ways of formally integrating learning skills development into existing lessons through how they are presented/communicated to students (i.e. no lesson or test is ever exclusively about course content).
  • We developed a set of Big Ideas for the program based on learning skills:  
A. The process of learning is of equal importance to the products of learning.
B. Teamwork, collaboration, and mutual respect for one another are essential for life-long success in education, career, and relationships.
C. It is important to discover your strengths and use them to improve the world around you.  It is equally important to discover your challenges and strive to overcome them.
D. Great achievement involves risk and resiliency; it is your responsibility to rise to your own vision of greatness.


Tuesday, 8 November 2016

Taking Environmental Science, SVN3M Outdoors

Taking Environmental Science, SVN3M Outdoors

By Melissa Hunter, SMCDSB

I am NEVER tired of teaching this course.  I have never taught the same unit in the same “way” twice.  Every time brings new experiences and new adventures.  


My students help me to design the course with their interests and they stay engaged because they are interested.   Students remember this course.  The lessons they learn and experiences they live last long after they earn their credit.  I aim to teach my students to become a part of the environment without leaving a negative ecological footprint.  I want them to become stewards of the Earth.  They learn to appreciate the planet and its resources, as well as foster new friendships.

Basically, it’s fun!  I am engaged.  Students are engaged.  It’s a win-win!

I am forced to stay connected and up to date on contemporary environmental issues.  It allows me to continue my own personal education while teaching the required curriculum.

The Learning Experiences

Teaching environmental science is a truly wonderful opportunity to get kids excited about the outside world.  This course is not officially an outdoor education course, but can be presented in ways that get students outside and experiencing nature!  I shape the learning experience around student curiosity about environmental topics (curriculum linked).  This involves not only providing background information and instruction on the various topics, but also getting the students outside and experiencing authentic learning.  From here, curiosity becomes my guide and I let the direction flow to what the students want to find out about.

Example from the Agriculture and Forestry Unit


Indoor experience learning: Bring in produce from local grocery store.  Students find out what the sticker codes mean using various strategies, including Internet research, consulting with a grocer and textbook referencing.  This leads to a discussion on several issues relating to agriculture including GMO’s, pesticide use, exporting goods, fertilizers, eating local, organic foods, sustainable choices.  Students let me know what interests them most about the food they eat, and I plan subsequent lessons accordingly.

Outdoor learning experience: What is involved with growing food?  Students plant bean seeds and find out how different factors affect growth.  We also explore soil by collecting samples and testing them for pH, porosity, texture, % organic content,nutrient levels, etc…  Students can do much of the testing outdoors and analyze the data back in class.

Conventional instruction leading outdoors: Mechanized agriculture methods (monoculture, pesticide and fertilizer use, GMO’s, livestock production,etc…).   Once learning some background on these topics, most students let me know that they had never been to a farm.  I contacted a local farmer and we headed out to the farm for the day.

Outdoor Education: The students had a wonderful day outdoors, on a farm, learning about the food they eat from the perspective of the farmer.  It was enlightening and most of what they remember from this unit came from their experiences out on the farm.

This course can be taught dynamically so that every topic leads to outdoors.

Some more examples of activities that can be paired with learning about each topic:

Biodiversity: Tree and wildflower identification activities, water quality analysis looking for biological  indicator species to give information on water quality,  quadrant sampling in a field, a nature hike through a local urban forest, etc…

Waste Management: Build a model landfill (outdoors or indoors) and test the decomposition rate of various materials, take a field trip to the local landfill / recycling / e-waste facility / water treatment facility, get creative by making something “new” from recycled materials, painting rainbarrels, etc..

Energy Conservation; Build solar ovens and have a class cook-off (it does work!), energy audits, explore alternatives to fossil fuels by visiting a solar or wind farm, etc..

Outdoor experiential learning: Go on small hikes to learn about forest values, conduct outdoor wilderness survival training (build a fire, build a lean-to, etc..), snowshoeing, planting trees, etc..

The Results

...in Photos!  Look at all the happy faces learning ABOUT the environment while IN the environment!













Valuable Resource:


Textbook: Environmental Science: A Canadian Perspective (McGraw-Hill Ryerson)   
        * I acted as an Educational Consultant on this resource as well.