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Episode 1: Democratizing science education and reducing the achievement gap

How can we bring opportunity to every student, everywhere? It may not be easy, but it’s worth it.

In Episode 1 of the English edition of Lab4U Talks, we will be talking about equity in education and how specifically, education technology can be an equalizer to reduce the achievement gap.

This topic is close to our heart because at Lab4U we believe that talent is universal but opportunities are not, and through our work we want to be a part of bringing high-quality science education to all young people.

Your host for Lab4U Talks is Komal Dadlani, joined by Nathan Marks for this conversation. We’re not only colleagues at Lab4U, but Nathan is also a great teacher and human being who cares deeply about this topic and has dedicated his entire professional career to ensuring all children have access to a quality education.

In this conversation, we’ll discuss the unique contexts in which we work–the US & Mexico. We’ll also explore the opportunities–and some of the pitfalls–of education technology, and how we’re thinking about the best way to ensure that technological innovation can be integrated in the classroom, without losing sight of the importance of high-quality pedagogy and teacher support and training.

Episode Outline:

  • min. 2:43:  Introductions
  • min. 4:15:  Nathan explains his passion for education and past experiences as an educator
  • min. 6:20: Growing awareness of social and educational inequity
  • min. 8:55: Going deeper: how do we confront inequity in education?

Equity / Inequality in Education, vision from USA, Mexico and LatAm. 

In this interesting “point-counterpoint” from Nathan’s home state of Minnesota. The Twin Cities of Minneapolis and St. Paul (and the state of Minnesota in which both are located) are often referenced as places that mix affordability, inclusion, and opportunity better than almost any other major metro area in the US.

Yet this is also a place that hides a significant achievement gap between white and minority students. Read more: Miracle of Minneapolis vs. Minneapolis’ White Lie

  • min. 10:54: Comparing the achievement gap in the US to the achievement gap in LatAm.

In contribution to that explanation:

The achievement gap in education racial segregation versus segregation by poverty

  • min. 12.10: Komal talks about these problems and specifically Lab4U’s mission: democratizing access to quality education.
  • min. 12:55: The roots of inequality in education in the US

Some awareness and quotes:

  • min. 13:30: Additionally, Nathan talks about the problem from school segregation and racial academic gaps that continue to affect students in the US today, decades after Brown vs. Board of Education.

Publications:

Is Separate Still Unequal? New Evidence on School Segregation and Racial Academic Achievement Gaps (by: Sean Reardon)

“In a 8 year study of data from all public school districts in the U.S. We find that racial school segregation is strongly associated with the magnitude of achievement gaps in 3rd grade, and with the rate at which gaps grow from third to eighth grade. The association of racial segregation with achievement gaps is completely accounted for by racial differences in school poverty: racial segregation appears to be harmful because it concentrates minority students in high-poverty schools, which are, on average, less effective than lower-poverty schools. Finally, we conduct exploratory analyses to examine potential mechanisms through which differential enrollment in high-poverty schools leads to inequality. We find that the effects of school poverty do not appear to be explained by differences in the set of measurable teacher or school characteristics available to us.”

Achievement gap between The rich and the poor, New evidence and possible explanations

Whither Opportunity?: Rising Inequality, Schools, and Children’s Life Chances. The Widening Academic Achievement Gap between the Rich and the Poor: New Evidence and Possible Explanations, Sean F. Reardon (Stanford)

Covid-19 and how this has affected schools, teachers and students in spite of technology .

  • min. 15:27: Education during a pandemic, remote learning and the importance of technology in a “global emergency mode”
  • min. 16:54: Education technology in times of COVID-19

1.5 B students have been affected with school closures during COVID19 according to UNESCO

Brookings (brookings.edu), estimating the impact of COVID-19 school closures on student outcomes: The impact of Covid-19 on student achievement and what it may mean for educator 

  • min. 18:30: Important distinctions in times of COVID-19
  • Difference between asynchronous in contrast with synchronous online teaching 
  • Difference between homeschooling and “home-staying remote-schooling
  • Importance of instructional design for online lessons

This crisis has changed the way we do many things, but it may provide new opportunities

  • min. 21:55: We still need to invest in infrastructure and teacher training and support:
  • Educational options
  • Wifi and likewise Universal internet access
  • Support teachers, in spite of a fast changing environment 

Without a doubt, we must invest in technology, but for Lab4U, technology is not the most relevant. We must also consider infrastructure, pedagogy and educational methodologies and teacher support.  

Indeed, we look forward to talking about more related topics in an upcoming episode.

Thank you for listening! Also you can listen Lab4U Talks:

Lab4U’s YouTube channel: https://bit.ly/3gn3KaE  

Visit us at: www.lab4u.co or you can also write to us at: [email protected].

Here in this blog you can still read our note podcast teaser or episode 0.

This episode was recorded in our homes, so working remotely. Audio Production: Jose Ferrada, Lab4U. Distribution: Más Más

Finally, Music Credits: Cool Intro – Stings by Kevin MacLeod is licensed under a Creative Commons Attribution license (https://creativecommons.org/licenses/…)

You can listen to this podcast on Apple Podcasts, Spotify and Anchor.

Lab4U Scholarship: Bringing science closer to students in high-need communities in times of COVID-19

The impact of the pandemic on schools and learning communities around the world has been incredibly challenging and demanding.

lab4u-experiment
Experimentation

The COVID-19 health crisis has affected everyone, and educators are no exception. Indeed, the impact of the pandemic on schools and learning communities around the world has been incredibly challenging. Demanding that teachers, administrators, families, and students themselves radically change the way they’re teaching and learning in a short period of time.

While this transition hasn’t been easy for anyone. It’s been especially challenging for students in public schools in low-income communities, which may not have the infrastructure or the resources to adapt to this “new normal”.

Science, experimentation, and inquiry

Lab4U has always sought to bring science, experimentation, and inquiry closer to learning communities all over the world. At this time, we’re especially concerned with the experience of students and teachers in public schools. We’re looking for ways to support them with resources to ensure quality distance learning experiences.

  • How can we ensure that all students, have the resources and tools they need for a quality science education?
  • Who can we work with to multiply our impact in STEM education?

Beca Lab4U program: meaningful and lasting impact

lab4u-app
Lab on your pocket

In the spirit of generating meaningful and lasting impact in schools and communities in need of support, at the end of May we launched the “Beca Lab4U” (Lab4U Scholarship) program, supported by CEMEX and the US Embassy in Mexico.

During this program, we were able to offer Lab4Physics Premium for free to a group of teachers and their students in public schools all over Mexico, giving thousands of students access to a lab in their pocket and the chance to learn science through experimentation from their own homes.

After receiving close to 200 applications to the “Beca Lab4U” program and evaluating the interest and motivation of each applicant, we selected a group of 39 physics teachers to participate in this unique program.

The teachers, who come from 7 different states all over Mexico, represent a tremendous diversity of contexts and experiences. But they’re unified by their concern for developing significant STEM knowledge and skills among their students, and an interest in innovating in science education.

Stundents worked with Lab4Physics from home!

After online training, we created users for more than 1,500 students who were able to access Lab4Physics for the last month of the 2019-20 school year. Indeed, they worked with Lab4Physics from home, using only basic material most students can find at home.

Those that are able to have also been able to participate in synchronous classes with their classmates. And others who may not have internet or computer access have participted in WhatsApp and Messenger conversations with their classmates where they share their analysis and what they’ve discovered as they experiment from home.

lab4u-webinars
Online Training

We hope the learning that comes out of this project have a lasting benefit for participating students. And they also keep learning and being inspired by science throughout their lives.

Are you interested in supporting science education in a high-need school?

There are thousands more students and teachers across Mexico, who are looking to contribute to education initiatives like these. When students and teachers need it most!

Finally, contact us today to learn more!

[email protected]