This document describes a student initiative aimed at improving education and healthcare globally. The initiative is comprised of PhD students from various disciplines and countries who have designed projects like "Do It Yourself" tools for experimental classes in places with limited budgets, and "Aladin's Lamp" for distant healthcare diagnosis using existing mobile networks. They aim to gather information on challenges in education, develop low-cost classroom tools, and test their solutions to help improve access to quality education and healthcare worldwide.
Participatory Research Agenda for Open Education post pandemicAlexandra Okada
This document summarizes a workshop on developing a participatory research agenda for open education post-pandemic. The workshop brought together participants from several countries to discuss key issues for open education after COVID-19. Presentations were given on various studies related to open education during the pandemic, addressing topics like developing supportive policies, facilitating international cooperation, and building capacity. Workshop activities explored what competencies students will need in the coming decade and how learning environments and partnerships can help achieve education goals for 2030. The goal is to identify recommendations from recent research on enhancing open education in a post-pandemic world.
The curriculum "Muscles, Lungs, Blood, and Guts" was developed by TERC for United Way's afterschool program to engage middle school students in hands-on science learning. The curriculum covers four body systems - musculoskeletal, respiratory, circulatory, and digestive. Students conduct investigations, make hypotheses, and think like scientists. Activities include dissecting chicken wings to observe tendons and muscles. At the end of the 10-week musculoskeletal unit, students build model arms to demonstrate what they have learned. The program aims to inspire students' interest in science and potential science careers.
This project between the EU and Brazil aims to enrich student learning through open schooling and participatory science in the core curriculum. Open schooling promotes cooperation between schools, scientists, and local communities for students to solve real problems. The Augmented Reality in Schools initiative involved science teachers, students, researchers, and medical students using AR to guide secondary students in science subjects supported by scientists. Participants engaged with real-life issues, used AR to acquire knowledge supported by teachers, and worked with peers on participatory science projects related to COVID-19. Findings showed AR helped students explore concepts visually and interactively, engaged them in discussions with researchers, and increased their interest and understanding of science. Recommendations included planning, access to resources
Munky is a social media and event promotion company based in Sydney and Melbourne. They have over 90,000 members aged 18-24. Munky's crew of 40 photographers attend 500+ events per month, taking 4000+ photos to upload online. Their photos and promotions reach over 250,000 people monthly across Sydney and Melbourne nightlife venues. Munky is seeking partners in niche categories to promote exclusively through their online and real-world event presence.
Participatory Research Agenda for Open Education post pandemicAlexandra Okada
This document summarizes a workshop on developing a participatory research agenda for open education post-pandemic. The workshop brought together participants from several countries to discuss key issues for open education after COVID-19. Presentations were given on various studies related to open education during the pandemic, addressing topics like developing supportive policies, facilitating international cooperation, and building capacity. Workshop activities explored what competencies students will need in the coming decade and how learning environments and partnerships can help achieve education goals for 2030. The goal is to identify recommendations from recent research on enhancing open education in a post-pandemic world.
The curriculum "Muscles, Lungs, Blood, and Guts" was developed by TERC for United Way's afterschool program to engage middle school students in hands-on science learning. The curriculum covers four body systems - musculoskeletal, respiratory, circulatory, and digestive. Students conduct investigations, make hypotheses, and think like scientists. Activities include dissecting chicken wings to observe tendons and muscles. At the end of the 10-week musculoskeletal unit, students build model arms to demonstrate what they have learned. The program aims to inspire students' interest in science and potential science careers.
This project between the EU and Brazil aims to enrich student learning through open schooling and participatory science in the core curriculum. Open schooling promotes cooperation between schools, scientists, and local communities for students to solve real problems. The Augmented Reality in Schools initiative involved science teachers, students, researchers, and medical students using AR to guide secondary students in science subjects supported by scientists. Participants engaged with real-life issues, used AR to acquire knowledge supported by teachers, and worked with peers on participatory science projects related to COVID-19. Findings showed AR helped students explore concepts visually and interactively, engaged them in discussions with researchers, and increased their interest and understanding of science. Recommendations included planning, access to resources
Munky is a social media and event promotion company based in Sydney and Melbourne. They have over 90,000 members aged 18-24. Munky's crew of 40 photographers attend 500+ events per month, taking 4000+ photos to upload online. Their photos and promotions reach over 250,000 people monthly across Sydney and Melbourne nightlife venues. Munky is seeking partners in niche categories to promote exclusively through their online and real-world event presence.
This document provides an overview of the vision and strategies of the head of St. Gregory College Preparatory School regarding 21st century skills and learning. The key points are:
1. The school focuses on developing growth mindsets, lifelong learning, creativity/innovation, and key skills like the 4Cs and 6Cs.
2. Technology is integrated throughout the curriculum, and assessment focuses on measuring what matters most using technology.
3. Teachers collaborate in online networks to continuously learn and improve.
4. Students are empowered to create multimedia content and share it while developing digital citizenship.
Learning with technology in the communityDavid Muya
With the help of meaningful and relevant technological tools, learners were offered learning experiences ranging from experimentation to real-community problem solving. As a means of learning and acquiring the 21st century skills, learners made valuable connections with mentors in the community and gained deeper cross curriculum knowledge.
Race to the Top Presentation on Integrated UnitsArch Grieve
This document summarizes an annual conference for the Dayton Regional STEM School. It provides information about the school's mission, philosophy, approach, student demographics, and test scores. The school's mission is to prepare students for the global economy while nurturing enthusiasm for discovery. The school's philosophy focuses on developing persistence, inquiry, communication, creativity, and collaboration in students. The school engages students in authentic, real-world problems and assesses them in various ways. It also emphasizes meaningful relationships with various partners. The document outlines the school's approach to team-based planning and integrated project development in nine steps. It provides examples of projects integrating various subjects around essential questions.
Instructional Model and the Application of Biotechnology Knowledge Problem So...ijtsrd
This study was a pretest and posttest experimental research design which set out to investigate the impact of an Instructional Model Ekwale Ada's Instructional Model on the application of biotechnology knowledge by high school students in the Anglophone Subsection of Education in Cameroon. Therefore the sample was 72 individuals 36 for the experimental group and 36 for the control group .The study was an experimental study in which a teacher made pretest was administered to both the experimental and control groups the students of the experimental group were taught with the Ekwale Ada's Instructional Model for biotechnology knowledge application treatment while those of the control group were taught without the model traditional methods of teaching . After the treatment, a teacher made post test was administered both to the experimental and the control groups. The experimental group was located in GHS Mamfe while the control group was located in Progressive Comprehensive High School Bamenda. One non directional hypothesis was stated in both the null and alternate forms. The null hypothesis was 1. There is no significant difference in problem solving in biotechnology between students taught with the Ekwale Ada's model and those who were taught without the model. The data for the pre test and the post test for the experimental group and control group were collected in the form of scores. The data was analysed using the SPSS Programme. The independent t test was used to find out the difference in means of the scores of the pretest of the experimental group and the control group and the difference in mean of the scores of the posttest of the experimental group and the control group. The null hypothesis was rejected and the alternate hypothesis was retained. They indicated that there was a significant difference in the means of the post test of the experimental group and the control group.The result of the study was 1. There was a significant difference in problem solving in biotechnology between students taught with the Ekwale Ada's Model and those who were taught without the model. The experimental group on whom the treatment was administered performed significantly better 58.28 than the control group 1.40 on whom the treatment was not administered. Ekwale Emilia Ada ""Instructional Model and the Application of Biotechnology Knowledge (Problem Solving in Biotechnology) by High School Students in the Anglophone Subsection of Education in Cameroon"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-2 , February 2020, URL: https://www.ijtsrd.com/papers/ijtsrd30072.pdf
Paper Url : https://www.ijtsrd.com/humanities-and-the-arts/education/30072/instructional-model-and-the-application-of-biotechnology-knowledge-problem-solving-in-biotechnology-by-high-school-students-in-the-anglophone-subsection-of-education-in-cameroon/ekwale-emilia-ada
This document provides information about a module on genetic engineering and genetically modified organisms (GMOs). It begins with an introduction explaining that genetic engineering allows changing an organism's genome using biotechnology. It then outlines the key lessons that will be covered, including defining genetic engineering and its processes, identifying types of genetic modification and examples, discussing advantages and disadvantages of GMOs, and exploring moral issues related to genetic engineering. The document provides guidance on how to learn from the module and describes various icons used to structure the content. It concludes with a pre-assessment test to gauge students' prior knowledge on topics related to genetic engineering and GMOs.
Cyborg Learners and Adopting Tech Well in Health Professions EducationJanet Corral
1. Learners have become "cyborgs" as they engage with digital education resources and technology in daily life, which has disrupted traditional higher education.
2. When learners use technologies like mobile devices, it allows their "minds and selves [to be] spread across biological brain and nonbiological circuitry."
3. Educators should adopt technologies that make sense to support learning, but also help structure how learners use digital tools and devices to ensure they actually facilitate learning rather than replacing it. The role of educators is to guide learners' development and use of technologies, not be ruled by them.
Academic Affairs Newsletter- July 2012Allen School
The document summarizes various events and accomplishments at Allen School across multiple campuses. It discusses modules completed by students on various health issues. It also highlights the 2012 graduation commencement, a pig dissection workshop broadcast across campuses, and an upcoming physical diagnosis workshop. Several students and faculty are recognized for their achievements.
Four Green Steps Secondary Curriculum BrochureJaye Portigal
The Four Green Steps School Program aims to get students engaged with environmental issues through creative assignments. The curriculum includes projects like writing news reports on environmental topics, conducting research papers, taking action on local issues as young leaders, proposing solutions to large problems, and participating in a science fair. The goal is for students to develop understanding, skills, and a sense of responsibility towards the environment. Assignments are flexible and can be adapted to individual school needs. Participating fosters global community among youth.
This slide is part of MOOC - Mini open online Course for educators interested in applying Scientific Dilemmas in the classroom.
URL: http://engage.exactls.com
This document discusses approaches to education for sustainable development. It emphasizes taking a holistic, systems-thinking approach that is interdisciplinary, experiential, critical, multivocal, reflexive, justice-oriented, ethical, transformative, learner-centered and empowering. Specific ideas are shared, such as having students trace the connections in everyday objects, critically examine philanthropic initiatives, and envision themselves as future generations' representatives. The goal is to inspire students to think deeply and take meaningful action toward a just and sustainable future.
A discussion of Scholarly Teaching, with a focus on three areas:
- Active engagement during class time
- Effective preparation (students & instructors)
- Feedback loops and iterative learning
Week 3 Assignmnet Part 1 (SOC 100), please view the Submit a C.docxmelbruce90096
Week 3 Assignmnet Part 1 (SOC 100)
, please view the "Submit a Clickable Rubric Assignment" in the Student Center.
Instructors, training on how to grade is within the Instructor Center.
Writing Assignment (Part 1): Identifying the Hypothesis
Due in Week 3 and worth 50 points
Consider a social issue in which you are interested. It could be human freedom, sexuality, deviance, crime, social mobility, poverty, education, aging, or another similar issue. Select a specific hypothesis that you will evaluate against the available evidence from your library / Internet research.
The specific course learning outcomes associated with this assignment are:
· Apply the sociological perspective to a variety of socioeconomic and political problems.
· Use technology and information resources to research issues in sociology.
· Write clearly and concisely about sociology using proper writing mechanics.
Answer for Week 3 Assignmnet
One of the most social problems all over the world is poverty. Poverty problems are extensive and complex. Poverty has grown to be accepted and understood as a natural appearance in society. Poverty plays a role as being very common in many countries like Philippines. The causes of poverty can be inherited from the family, or it can be from choosing the wrong decision (Mentors International » The Poverty Problem. (n.d.). I think some of the reasons why many people today are facing numerous struggles that include poverty are lack of education, too many population, and government corruption (Causes of Poverty — Global Issues. (n.d.). People who don’t have a good education can’t find a better job to support their family needs (Mentors International » The Poverty Problem. (n.d.). No matter how hard they work, the money is not enough because the expenses are higher than their wages (Causes of Poverty — Global Issues. (n.d.). Having too many children can cause poverty because the more people addition to the family, the more people they have to feed. People in Politics who keep spending government funds for their own sake are causing poverty as well. Poverty is the state for the majority of the world’s people and nation. Several issues of poverty are hunger, illness, crimes, human trafficking, etc.
An example of a poor country is Philippines. The population of the Philippines is estimated at 100,096,496 as of July 1, 2014. Philippines's population is equivalent to 1.38% of the total world population. The Philippines ranks number 12 in the list of countries by population (Google. (n.d.). Many people that I know from Philippines chose to leave their kids and family to work overseas because the values of the money overseas are bigger than the Philippine money. Most of the people in the Philippines who do not have a good education end up working abroad as the domestic helper all over the world. They do not have enough money to send their children to school because the money that they were making is not sufficient to feed their kids. School is .
Embracing uncertainty: collaboration as learningDave Cormier
This document discusses embracing uncertainty through collaboration. It identifies 4 types of uncertainty - simple, complicated, chaotic, and complex - and suggests better and worse ways to approach each. It also discusses trends in online courses, internationalization, analytics, and communities as curriculum. The key message is that collaboration across boundaries and iterating experiments is better than relying on experts or past practices when facing complex problems with uncertain solutions.
Scientix 4th SPNE Barcelona 16 April 2015: IrresistibleBrussels, Belgium
This document describes the Irresistible project, which aims to raise youth awareness of Responsible Research and Innovation through inquiry-based science education. It lists Irresistible's university and research institute partners across 10 European countries. The project focuses on engaging students through educational materials combining scientific content and societal issues. Example modules address topics like nanoscience, renewable energy, and the role of carbohydrates in mother's milk. Materials are designed for both formal and informal learning environments. The goal is to produce and test learning activities while increasing awareness of responsible research practices among students, teachers, and researchers.
The document discusses how increased screen time and lack of outdoor time for children has led to issues like increased obesity and mental health disorders. It proposes that a new mobile app called Nature Passport could help address this by using gamification and geocaching techniques to motivate kids to get outside and engage in outdoor educational activities that integrate science and math. The app would be developed by organizations like IslandWood and Nature Play Australia and would have a soft launch at the 2014 World Parks Congress in Sydney.
This document outlines a unit plan for teaching about solid and hazardous waste to 12th grade AP Environmental Science students. It includes a rationale, overview, consideration of the learners, unit calendar, understanding by design framework, individual lesson plans, summative assessment, and various teaching resources. The unit aims to develop students' scientific literacy and problem solving skills around the topic of waste production and management. It incorporates diverse learning activities to engage students and meet different learning needs.
Stephanie McKendry 'The conflicting priorities of blended and inclusive learn...johnroseadams1
This document summarizes an interview with Dr. Stephanie McKendry about her research on replacing a successful campus-based pre-entry program for nursing students with a virtual version.
[1] Dr. McKendry conducted research through action research cycles involving interviews and evaluations. Her research found that replacing campus activities with online versions is limited and may threaten inclusivity by disenfranchising some learners.
[2] Interviews with students who attended the campus-based pre-entry program found that the "face time" and socialization aspects were most valuable in building confidence and community. Students were not confident that an online version could replicate these benefits.
[3] While blended learning can supplement
This document provides an overview of the vision and strategies of the head of St. Gregory College Preparatory School regarding 21st century skills and learning. The key points are:
1. The school focuses on developing growth mindsets, lifelong learning, creativity/innovation, and key skills like the 4Cs and 6Cs.
2. Technology is integrated throughout the curriculum, and assessment focuses on measuring what matters most using technology.
3. Teachers collaborate in online networks to continuously learn and improve.
4. Students are empowered to create multimedia content and share it while developing digital citizenship.
Learning with technology in the communityDavid Muya
With the help of meaningful and relevant technological tools, learners were offered learning experiences ranging from experimentation to real-community problem solving. As a means of learning and acquiring the 21st century skills, learners made valuable connections with mentors in the community and gained deeper cross curriculum knowledge.
Race to the Top Presentation on Integrated UnitsArch Grieve
This document summarizes an annual conference for the Dayton Regional STEM School. It provides information about the school's mission, philosophy, approach, student demographics, and test scores. The school's mission is to prepare students for the global economy while nurturing enthusiasm for discovery. The school's philosophy focuses on developing persistence, inquiry, communication, creativity, and collaboration in students. The school engages students in authentic, real-world problems and assesses them in various ways. It also emphasizes meaningful relationships with various partners. The document outlines the school's approach to team-based planning and integrated project development in nine steps. It provides examples of projects integrating various subjects around essential questions.
Instructional Model and the Application of Biotechnology Knowledge Problem So...ijtsrd
This study was a pretest and posttest experimental research design which set out to investigate the impact of an Instructional Model Ekwale Ada's Instructional Model on the application of biotechnology knowledge by high school students in the Anglophone Subsection of Education in Cameroon. Therefore the sample was 72 individuals 36 for the experimental group and 36 for the control group .The study was an experimental study in which a teacher made pretest was administered to both the experimental and control groups the students of the experimental group were taught with the Ekwale Ada's Instructional Model for biotechnology knowledge application treatment while those of the control group were taught without the model traditional methods of teaching . After the treatment, a teacher made post test was administered both to the experimental and the control groups. The experimental group was located in GHS Mamfe while the control group was located in Progressive Comprehensive High School Bamenda. One non directional hypothesis was stated in both the null and alternate forms. The null hypothesis was 1. There is no significant difference in problem solving in biotechnology between students taught with the Ekwale Ada's model and those who were taught without the model. The data for the pre test and the post test for the experimental group and control group were collected in the form of scores. The data was analysed using the SPSS Programme. The independent t test was used to find out the difference in means of the scores of the pretest of the experimental group and the control group and the difference in mean of the scores of the posttest of the experimental group and the control group. The null hypothesis was rejected and the alternate hypothesis was retained. They indicated that there was a significant difference in the means of the post test of the experimental group and the control group.The result of the study was 1. There was a significant difference in problem solving in biotechnology between students taught with the Ekwale Ada's Model and those who were taught without the model. The experimental group on whom the treatment was administered performed significantly better 58.28 than the control group 1.40 on whom the treatment was not administered. Ekwale Emilia Ada ""Instructional Model and the Application of Biotechnology Knowledge (Problem Solving in Biotechnology) by High School Students in the Anglophone Subsection of Education in Cameroon"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-2 , February 2020, URL: https://www.ijtsrd.com/papers/ijtsrd30072.pdf
Paper Url : https://www.ijtsrd.com/humanities-and-the-arts/education/30072/instructional-model-and-the-application-of-biotechnology-knowledge-problem-solving-in-biotechnology-by-high-school-students-in-the-anglophone-subsection-of-education-in-cameroon/ekwale-emilia-ada
This document provides information about a module on genetic engineering and genetically modified organisms (GMOs). It begins with an introduction explaining that genetic engineering allows changing an organism's genome using biotechnology. It then outlines the key lessons that will be covered, including defining genetic engineering and its processes, identifying types of genetic modification and examples, discussing advantages and disadvantages of GMOs, and exploring moral issues related to genetic engineering. The document provides guidance on how to learn from the module and describes various icons used to structure the content. It concludes with a pre-assessment test to gauge students' prior knowledge on topics related to genetic engineering and GMOs.
Cyborg Learners and Adopting Tech Well in Health Professions EducationJanet Corral
1. Learners have become "cyborgs" as they engage with digital education resources and technology in daily life, which has disrupted traditional higher education.
2. When learners use technologies like mobile devices, it allows their "minds and selves [to be] spread across biological brain and nonbiological circuitry."
3. Educators should adopt technologies that make sense to support learning, but also help structure how learners use digital tools and devices to ensure they actually facilitate learning rather than replacing it. The role of educators is to guide learners' development and use of technologies, not be ruled by them.
Academic Affairs Newsletter- July 2012Allen School
The document summarizes various events and accomplishments at Allen School across multiple campuses. It discusses modules completed by students on various health issues. It also highlights the 2012 graduation commencement, a pig dissection workshop broadcast across campuses, and an upcoming physical diagnosis workshop. Several students and faculty are recognized for their achievements.
Four Green Steps Secondary Curriculum BrochureJaye Portigal
The Four Green Steps School Program aims to get students engaged with environmental issues through creative assignments. The curriculum includes projects like writing news reports on environmental topics, conducting research papers, taking action on local issues as young leaders, proposing solutions to large problems, and participating in a science fair. The goal is for students to develop understanding, skills, and a sense of responsibility towards the environment. Assignments are flexible and can be adapted to individual school needs. Participating fosters global community among youth.
This slide is part of MOOC - Mini open online Course for educators interested in applying Scientific Dilemmas in the classroom.
URL: http://engage.exactls.com
This document discusses approaches to education for sustainable development. It emphasizes taking a holistic, systems-thinking approach that is interdisciplinary, experiential, critical, multivocal, reflexive, justice-oriented, ethical, transformative, learner-centered and empowering. Specific ideas are shared, such as having students trace the connections in everyday objects, critically examine philanthropic initiatives, and envision themselves as future generations' representatives. The goal is to inspire students to think deeply and take meaningful action toward a just and sustainable future.
A discussion of Scholarly Teaching, with a focus on three areas:
- Active engagement during class time
- Effective preparation (students & instructors)
- Feedback loops and iterative learning
Week 3 Assignmnet Part 1 (SOC 100), please view the Submit a C.docxmelbruce90096
Week 3 Assignmnet Part 1 (SOC 100)
, please view the "Submit a Clickable Rubric Assignment" in the Student Center.
Instructors, training on how to grade is within the Instructor Center.
Writing Assignment (Part 1): Identifying the Hypothesis
Due in Week 3 and worth 50 points
Consider a social issue in which you are interested. It could be human freedom, sexuality, deviance, crime, social mobility, poverty, education, aging, or another similar issue. Select a specific hypothesis that you will evaluate against the available evidence from your library / Internet research.
The specific course learning outcomes associated with this assignment are:
· Apply the sociological perspective to a variety of socioeconomic and political problems.
· Use technology and information resources to research issues in sociology.
· Write clearly and concisely about sociology using proper writing mechanics.
Answer for Week 3 Assignmnet
One of the most social problems all over the world is poverty. Poverty problems are extensive and complex. Poverty has grown to be accepted and understood as a natural appearance in society. Poverty plays a role as being very common in many countries like Philippines. The causes of poverty can be inherited from the family, or it can be from choosing the wrong decision (Mentors International » The Poverty Problem. (n.d.). I think some of the reasons why many people today are facing numerous struggles that include poverty are lack of education, too many population, and government corruption (Causes of Poverty — Global Issues. (n.d.). People who don’t have a good education can’t find a better job to support their family needs (Mentors International » The Poverty Problem. (n.d.). No matter how hard they work, the money is not enough because the expenses are higher than their wages (Causes of Poverty — Global Issues. (n.d.). Having too many children can cause poverty because the more people addition to the family, the more people they have to feed. People in Politics who keep spending government funds for their own sake are causing poverty as well. Poverty is the state for the majority of the world’s people and nation. Several issues of poverty are hunger, illness, crimes, human trafficking, etc.
An example of a poor country is Philippines. The population of the Philippines is estimated at 100,096,496 as of July 1, 2014. Philippines's population is equivalent to 1.38% of the total world population. The Philippines ranks number 12 in the list of countries by population (Google. (n.d.). Many people that I know from Philippines chose to leave their kids and family to work overseas because the values of the money overseas are bigger than the Philippine money. Most of the people in the Philippines who do not have a good education end up working abroad as the domestic helper all over the world. They do not have enough money to send their children to school because the money that they were making is not sufficient to feed their kids. School is .
Embracing uncertainty: collaboration as learningDave Cormier
This document discusses embracing uncertainty through collaboration. It identifies 4 types of uncertainty - simple, complicated, chaotic, and complex - and suggests better and worse ways to approach each. It also discusses trends in online courses, internationalization, analytics, and communities as curriculum. The key message is that collaboration across boundaries and iterating experiments is better than relying on experts or past practices when facing complex problems with uncertain solutions.
Scientix 4th SPNE Barcelona 16 April 2015: IrresistibleBrussels, Belgium
This document describes the Irresistible project, which aims to raise youth awareness of Responsible Research and Innovation through inquiry-based science education. It lists Irresistible's university and research institute partners across 10 European countries. The project focuses on engaging students through educational materials combining scientific content and societal issues. Example modules address topics like nanoscience, renewable energy, and the role of carbohydrates in mother's milk. Materials are designed for both formal and informal learning environments. The goal is to produce and test learning activities while increasing awareness of responsible research practices among students, teachers, and researchers.
The document discusses how increased screen time and lack of outdoor time for children has led to issues like increased obesity and mental health disorders. It proposes that a new mobile app called Nature Passport could help address this by using gamification and geocaching techniques to motivate kids to get outside and engage in outdoor educational activities that integrate science and math. The app would be developed by organizations like IslandWood and Nature Play Australia and would have a soft launch at the 2014 World Parks Congress in Sydney.
This document outlines a unit plan for teaching about solid and hazardous waste to 12th grade AP Environmental Science students. It includes a rationale, overview, consideration of the learners, unit calendar, understanding by design framework, individual lesson plans, summative assessment, and various teaching resources. The unit aims to develop students' scientific literacy and problem solving skills around the topic of waste production and management. It incorporates diverse learning activities to engage students and meet different learning needs.
Stephanie McKendry 'The conflicting priorities of blended and inclusive learn...johnroseadams1
This document summarizes an interview with Dr. Stephanie McKendry about her research on replacing a successful campus-based pre-entry program for nursing students with a virtual version.
[1] Dr. McKendry conducted research through action research cycles involving interviews and evaluations. Her research found that replacing campus activities with online versions is limited and may threaten inclusivity by disenfranchising some learners.
[2] Interviews with students who attended the campus-based pre-entry program found that the "face time" and socialization aspects were most valuable in building confidence and community. Students were not confident that an online version could replicate these benefits.
[3] While blended learning can supplement
Similar to Sci dev presentation_finale_diys.ppt (20)
Stephanie McKendry 'The conflicting priorities of blended and inclusive learn...
Sci dev presentation_finale_diys.ppt
1. 1
A
student
ini+a+ve
to
help
educa+on
and
health
in
the
world.
h6ps://sites.google.com/site/fdvscidev/
2. Who are we?
Kévin
2
France
PhD
student-‐
Microfluidics
Yasmine
Thomas
France
Bangladesh/France
Graduated-‐Informa+cs
Sabrina
Undegrad
in
economics
Algeria
PhD
student-‐Chemistry
Karla
Segolene
Guatemala
France
Luc
France
PhD
student-‐Microfluidics
PhD
student-‐Epidemiology
Graduated-‐Nanotechnology
Jonathan
Gabriel
Alexander
Mauri0us
France
USA/Armenia
PhD
student-‐Biophysics
PhD
student-‐Ecology
PhD
in
biology
3. Frontières du vivant FdV
3
• An international interdisciplinary PhD program;
• promoting research projects centered on an
understanding of Life ;
• recruits students from all over the world that were
trained in any discipline.
• part of the "Liliane Bettencourt program" created and
funded by the Bettencourt-Schuller Foundation
h6p://www.fdv-‐paris.org/en/ecole-‐doctorale-‐fdv/
4. The Millennium Development Goals
4
Goal 1: Eradicate extreme poverty and hunger
Goal 2: Achieve universal primary education
Goal 3: Promote gender equality and empower women
Goal 4: Reduce child mortality
Goal 5: Improve maternal health
Goal 6: Combat HIV/AIDS, malaria and other diseases
Goal 7: Ensure environmental sustainability
Goal 8: Develop global partnerships for development
5. Our projects
5
• Do It Your Self for experimental classes:
• Map the difficulties in education around the
world
• Design non expensive tools for experimental
classes.
• Aladin’s Lamp for Healthcare:
• Design a distant diagnosis tool using the
extended network of mobile phones existing in
many developing countries.
8. Do it your self?
8
“building,
modifying,
or
repairing
of
something
without
the
aid
of
experts”
-
Low
cost
-
Sustainable
Useful
for
school?
9. Do It Your Self tools for school
Step 1: Map the difficulties
9
4000
$/year/class
No
budget
<
500
$/year/class
~30
students
/class
~30
students
/class
~30
students
/class
Weekly
Weekly
Weekly
No
prac+cals
No
budget
<
500
$/year/class
50
students
/class
30
students
/class
>30
students
/class
Monthly
Monthly
10. What would you do with 500 $/year/class?
10
Half a laptop?
Five (good)
science books?
Two
chemical
titration
Four optical protocols?
microscopes?
11. The idea
11
Design easy and non expensive protocols to help
teachers in their daily work
Example: what would you do with a banana ?
Eat it is a solution but not the right answer
13. Do It Your Self tools for school?
The project:
13
• Gather data from the questionnaires
• Design useful protocols for teachers
• Design a dedicated website to gather them
• Test the tools in Paris suburbs before sending them to
parteners.
So please help us, so that we can help education!!
14. Science education in third world countries
Case study: Armenia
14
Satistics on Armenia
Total Population: 3.1 million
Number of Percent Percent of Total
Students enrolled in:
Students Female Student Body
Higher Education 114,629 53% -
Biology & Chemistry 1,398 25% 1.2%
Physics 3,707 39% 3.2%
Other Sciences
8,376 48% 7.3%
(Medicine, etc.)
Students receiving a College Degree in the Sciences:
- Armenia: 10%
- USA: 11%
- World Average: 23%
16. Excellence in teaching and
collaboration among educators
16
• Provide Professional Development opportunities
to educators K-12
• Become a Community of Change
• Foster Educator/Researchers
• Pay it Forward
A non-profit organization focussed on
understanding and creating solutions for social
issues in Armenia
17. Conclusion(s)
17
• Act, by:
o Applying our knowledge
o To improve education and health conditions
o And propose sustainable solutions
«
The
aim
of
educa+on
should
be
the
shaping
of
an
individual
able
to
act
socially
»
[L’éduca)on
doit
se
donner
comme
objec)f
primordial
la
forma)on
d’un
individu
capable,
non
de
subir,
mais
d’agir
socialement.]
Pierre
Trinquier
"Le
Mé+er
d'ins+tuteur"
(Casterman,
1979)
18. Aknowledgements
18
We
thank:
You,
for
your
kind
a6en+on
FdV
and
the
CRI
for
the
support
And
all
the
people
who
contributed
to
the
projects
Ian
Lee
Tin
Wah
for
the
logo
19. Facts:
In France/Lower classes (suburbs of In US/public/lower classes
Paris) Less than 500 euros/class/year
Around 4000 euros/class/year 10 to 30 students /class
Around 30 students /class Weekly (2 days minimum)
Weekly practicals Enough time for practicals
Teachers ok with the available Enough device/apparatus
device/apparatus
Evaluation: by the teacher
Evaluation: by the teacher + exams
(eg BAC)
Specialized teachers
In Armenia/Public/poor classes
Less than 500 euros/class/year
More than 30 students /class
Monthly
Enough time for practicals
Not Enough device/apparatus
Evaluation: by the teacher
20. In Cameroon:
In Senegal:
No budget
Less than 500 euros/class/year
> 30 students /class
Around 50 students /class
Working class
Primary teachers do everything
Monthly
Weekly
Not enough time for practicals
Not enough time for practicals
Not enough device/apparatus
Not enough device/apparatus
Evaluation: by the teacher
Evaluation: by the teacher
In Bangladesh/Pakistan/Middle Class
No budget
Around 30 students /class
Weekly
Not enough time for practicals
Not enough device/apparatus
Evaluation: by the teacher