Employee and Community Engagement

At MilliporeSigma, we look for opportunities to use employee and community engagement to spark scientific curiosity and breakthroughs. We know that not all people have access to the advancements in public health that have come through innovations in life science. We also know that tomorrow’s innovations depend on the next generation of scientific explorers. This is why we focus our community engagement in two primary areas: supporting today’s scientists to accelerate access to health through scientific research and inspiring curiosity in the next generation of scientists through science education.

Our community engagement efforts include SPARK—a global, skills-based volunteer program that allows MilliporeSigma employees to leverage their diverse talents, skills and experiences to give back to the communities in which they live and work. We also created the Curiosity Labs™ program to bring the expertise of our employees and access to hands-on, interactive science lessons to classrooms around the world.

Videos from this campaign

Content from this campaign

Education

Curiosity Cube Teaches Kids About STEM
A Laramie company has created a mobile science lab out of an old shipping container.

Education

Curiosity Cube Encourages Youngsters to Learn About STEM
LARAMIE – Children and parents got more than fireworks this Fourth of July week as they participated in educational science experiments about the human body with the arrival of the Curiosity Cube.

Innovation & Technology

Six Educators Share How They Are Using 3D Printing to Teach Their Students
Not only is 3D printing radically impacting the manufacturing and industrial sectors, but it is also changing how educators are teaching their students as well. 3D printing is offering educators new ways to explain, teach, and experience different concepts. And, the technology is already being used by teachers all over the world to enhance their lesson plans.

Education

Curiosity Cube Brings Science to Life for Sacramento Kids
Rather than reading from a science book, kids got to do hands-on experiments and learn about cells. Organizers said the goal of the Curiosity Cube is to spark an interest in science and create a new generation of problem-solvers.

Education

Curiosity Cube Makes EPiC Appearance
"They are learning the basic foundation of what a cell is at the virtual reality station where they actually get to dive into a cell ... We are also looking at 3-D printing, because we are actually talking a little bit more about how we are doing bio-printing, so actually 3-D printing with cells in order to help people who potentially need a new organ," Dowd said.

Social Impact & Volunteering

Students Step Into the Curiosity Cube
For two years, MilliporeSigma has taken the teaching container around the country to elementary and middle schools free of charge with the goal of inspiring the next generation of scientists.

Education

Mobile Science Lab Visits EPiC Elementary School
A mobile science lab, called the Curiosity Cube, stopped at EPiC Elementary School on Tuesday. Watch the video online at KMBC.

Social Impact & Volunteering

MilliporeSigma Employees SPARK Curiosity Around the World
With the successful launch of the SPARK Global Volunteer Program in 2016, MilliporeSigma, the life science business of Merck KGaA, Darmstadt, Germany, employees continue to SPARK curiosity around the world, giving back to the communities in which they live and work during 2018 quarterly dedicated SPARK weeks. In addition to SPARK events organized throughout the year, the dedicated SPARK weeks model brings employees together at specific and consistent points in time.

Education

Mobile Science Lab Sparks Curiosity in Hawthorn Students
“It’s exciting to see these experiences being made available to even more students,” says Victoria May, executive director of the ISP. “Too many students get to high school without the confidence to tackle STEM subjects or an awareness of the opportunities waiting for them in STEM fields. That’s why it’s important to make inroads with students when it matters most—in elementary and middle school.”

Research, Reports & Publications

Making Insulin-Producing Cells Unrecognizable
Over the past 20 years, JDRF has driven amazing progress in beta cell transplantation for type 1 diabetes (T1D). As we have seen, in a small subpopulation of people living with T1D, transplantation of beta cells can be, literally, a life-saver. Unfortunately, though, they require long-term immunosuppressive treatments, and most of those beta cells will be gone at two years, rendering these people insulin-dependent again. One avenue to overcome this is to produce the beta cells from stem cells, which have been modified to be immune to a cellular attack. In other words, making insulin-producing beta cells unrecognizable to the immune system. That’s what Elad Sintov, Ph.D., is trying to do, with a JDRF postdoctoral fellowship at Harvard University.
The life science business of Merck KGaA, Darmstadt, Germany operates as MilliporeSigma in the U.S. and Canada

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