Dr. Peggy Whitson has spent more time in space than any other American. She is the first woman to command the International Space Station, the first non-military Chief of the Astronaut Corps, and has completed 10 spacewalks – the most of any female astronaut. But before she became comfortable living in zero gravity, she had her hands planted firmly in the earth. She grew up on a farm outside Beaconsfield, Iowa, where her family raised cattle and hogs and grew corn and soybeans.

She knew early on she loved science, and soon she dreamed of becoming an astronaut. So how does a kid go from living and working on a farm to working on the International Space Station? We asked, and she graciously answered.

What 4‑H activities did you participate in growing up?

Dr. Peggy Whitson (PW): I showed heifers. I did woodworking. I did sewing. I did some baking projects. But for me, the most valuable thing was learning to do public speaking. Being a very shy person, that was an incredibly valuable lesson. I can’t imagine being where I am today had I not learned about public speaking and being able to do that effectively.

When did you first set the goal of becoming an astronaut?

PW: My first inspiration was, of course, when I was nine years old and I watched the walk on the moon. But seeing the first female astronauts selected the year I graduated from high school (1978), it seemed like it was possible for me, too. And so, for me, that’s when my dream became a goal.

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Whitson developed public speaking skills through 4-H presentations.

What was the process of taking that goal and making it a reality? You had to at some point figure out a path, when did it come together?

PW: I didn’t know exactly how to make it come together, but I was really interested in science and I figured, astronauts had to be smart people. And I knew I wanted to be a scientist. In that first female astronaut class, there was a biochemist, and it made me think, ‘Oh, hey, I could pursue my interest in biology and chemistry and make that into becoming an astronaut.’

When I finished graduate school, I started applying to become an astronaut. It took 10 years of applications and rejections before I was finally accepted to the training program. But I started at NASA with a fellowship. From there, I ended up getting a job with one of the contractors that worked at NASA, then I started working for NASA directly a few years after that. And then, after 10 years, they decided I might be okay to become an astronaut.

It took 10 years to make it into the astronaut training program. People usually don’t see the rejection and “No’s” before someone’s achievement.

PW: There were a lot of “No’s” along the way. And in retrospect, those 10 years made me a better astronaut. Those years made me a leader. You need to learn along the way that even if your path is not a straight line, you have to learn from all the lessons that are around you, what you’re being exposed to. I really think it’s very, very important for young people to realize that you can go through life taking the easy path and do the things that are just easy for you, but you’re never going to find out what you’re truly capable of unless you push beyond your comfort zone.

How do kids today become an astronaut? How should they pursue their dream? 

PW: The number one thing is that NASA is looking for astronauts in all kinds of fields – science, engineering, every field. It’s really important to know what it is that drives you and motivates you because you need to be really good at it in order to be noticed out of thousands of people who are going to apply for the same job. You have to be a really good team player. You have to have enough different experiences in life to demonstrate that you know how to be adaptable. So, you need to be very good at something, and you also need to be a jack of all trades.

What about physical requirements?

PW: You have to be able to do spacewalks and you have to be able to think in three dimensions to do robotics. And so, it’s all part of the big picture, being able to do lots of different things.

What does an astronaut do when they aren’t in space and if they aren’t selected for the mission? Do astronauts go years without going into orbit?

PW: When I came through the Astronaut Office, there was, on average, around five to seven years between missions. Most of your life is a ground job. And that ground job is usually helping someone who is currently in orbit, like working in mission control or working on procedures for crew members who are going to be flying in the future. Or working on training to improve the training process, so we can get it done more efficiently and more effectively.

Statistics show American students are underperforming in STEM compared to other countries. What should we be doing differently from an educational standpoint?

PW: For young girls, it’s perceived as not being cool as they reach teenage years. So, it’s been my goal to promote that, “Hey, nerds are cool too.” We need to promote it and show our young people that you can do this and that there are other people who have done it. I think seeing role models that are like them helps. It certainly did for me. When I graduated high school, seeing those first female astronauts truly helped me believe that this dream I had could be real.

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Whitson showed heifers as a teen. Here, she teaches a calf to lead.

You hold the female record for spacewalks (10) and you’re third overall. What is it like to spacewalk?

PW: It’s like being in a spaceship built for one. And your spaceship is providing your oxygen. It’s providing the pressurization and it’s getting rid of the carbon dioxide. It’s controlling the temperature, just like a regular spaceship does, but it does it inside of one little spaceship.

What is the hardest thing to get used to in space?

PW: Your whole life is spent in gravity and when you don’t have it anymore, you have to really adapt everything in your life. You don’t think about how many things would just be different. The paper floating off your desk, you floating out of your chair. You couldn’t type on your computer because it would push you away.

You spent 665 days in space, which is a record. Did you ever get bored up there?

PW: Some of the tests are a little bit boring now and then, but I guess I stayed motivated because I recognized that even if I was fixing the toilet or cleaning the vents, I was helping keep the space station alive. I was living and working in space, and for me, that was enough motivation to keep me going. If you don’t have anything to do, you can always look out the window and there is always something amazing to see.

Is there something that you really miss about space?

PW: Being there.

Editor’s note: This interview was condensed and lightly edited for clarity and brevity.

In life, there is only one constant: change. We cannot ignore it or resist it, and no matter how much we would like things to remain the same, change is inevitable. Sometimes, whether for good or for bad, we all reach a moment that changes the course of our lives forever. That moment came for me in the spring of 2014.

In January, my sister had three surgical procedures on her heart, brain and stomach. She was placed in hospice care and given one year to live. Then in March, I lost everything when my house burned down, and just one month later, my family was rear-ended on the highway during rush hour traffic. My family was shaken by this experience, and I was left with a severe back injury that prevented me from doing everything I loved. As anyone can imagine, I was only 12 and I was broken. I did not want to leave my house, spend time with friends, or do anything that would push me out of my comfort zone.

Seeing I had hit rock bottom, two of my friends wanted to give me an opportunity to be a part of something. They invited me to join their 4‑H Robotics Club, and that’s when my life began to change for the better.

Despite my initial skepticism, I quickly recognized the importance of joining the 4‑H family. 4‑H has encouraged me to move out of my comfort zone, speak up for what is important, and foster relationships with members of my community. In 4‑H, I learned that STEM is for everyone, regardless of where you went to school or what you look like.

While I was lucky enough to find a STEM program that was open to all students, it wasn’t until my sophomore year that I realized there was a discrepancy in local STEM access and opportunities. I wanted to help my club grow by reaching other students who, like me, needed a place to connect and grow. I developed a comprehensive community outreach plan that would aid underrepresented students in local STEM circles. As a result of my 4‑H experience, I worked hard to raise more than $7,000 and volunteer at over 60 community events to encourage kids to get involved in STEM.

Without the support and inspiration from 4‑H, my leaders, and my friends, I never would have found my passion for STEM accessibility. My passion is what keeps me going, inspiring me to continue to push myself and to achieve my goals. There are no words that can express how much this has meant to me. As the 4‑H Youth in Action STEM Pillar Winner, sponsored by HughesNet, I can look back and see that 4‑H has helped me and so many others find their purpose in life.   It has taught me that while change is inevitable, it does not define you; it’s how you choose to react to it.

For those of you who feel broken, or like you don’t have a place to connect and grow, know that you will always find a place in 4‑H. Taking the step to get involved changed my life forever, and it can change yours, too.

In October, we celebrated 4‑H STEM Month with exciting, informative, and interactive STEM events and content. Here’s everything you may have missed and how you can relive the excitement.

The Main Event: 4‑H STEM Challenge

We went to Mars and back with the 2020 4‑H STEM Challenge, Mars Base Camp, where we learned all about the red planet and what it takes to plan a mission. Kits are still available for purchase at Shop 4‑H, so anytime is a good time for a Mars mission!

Fun with the Science Guy

We launched STEM Month by announcing our 4‑H STEM Challenge Ambassador, Bill Nye, CEO of The Planetary Society and popularly known as the Science Guy! The science expert hosted a fun Mars Base Camp Trivia Challenge with a group of 4‑H’ers, and shared space facts throughout the month. Rewatch and test your space knowledge.

STEM in the Community

We partnered with several organizations to bring STEM learning to more kids and communities everywhere through additional 4‑H STEM Challenge Kit distributions to communities and groups across the country. Thank you to Afterschool Alliance, American Camp Association, American Library Association, First Book, Imagine Science, and NASA.

4‑H STEM At-Home Video Series

We kept the STEM momentum throughout the month by offering video interviews, tutorials, and career profiles. Here are just a few of the videos released:

Check out more videos in the 4‑H STEM Challenge YouTube playlist!

NASA Scientists Answer Space Questions

We caught up with scientists Brian Day and Emily Law, two members of NASA’s Solar System Treks Project, for a live Facebook Q&A! They answered questions about Space, life on other planets, what it’s like working at NASA, and more. Check out the Q&A and learn from the space experts!

Want More Space?

Because we didn’t want the learning—and fun—to end, we recently introduced an exciting 4‑H at Home experience, 4‑H Space Exploration! Brought to you by Texas A&M University and Utah State University Extension, the new destination explores the wonders of Space with easy at-home experiments and short educational instructional videos.

So, What Did You Think?

If you got a Mars Base Camp kit, we want to know what you thought! Share your experience and what you hope to see in a future 4‑H STEM Challenge. The first 250 respondents will receive $10 off their next purchase of $20 or more at Shop 4‑H.

As it turns out, STEM careers aren’t just in cities.
Everyone talks about how important STEM learning is, and for good reason. Learning the principles of science, technology, engineering, and math can prepare you to work in specialized jobs that pay well – and are really fun. 

Take Rob D’Amico, for instance. He grew up loving roller coasters, then turned that passion into an engineering degree that led him to where he is today: working as a software developer for internet provider HughesNet, a job for which he programs the software on satellites orbiting Earth. 

We talked to Rob to learn about what he does, how he got there, and why he loves his job.

Editor’s Note: This interview has been lightly edited for brevity and clarity.

 

Can you tell us a little bit about your job? What are your duties and responsibilities on a day-to-day basis?

Rob D’Amico (RD): I write embedded software that helps run our satellite services. It runs on a network device – like the modem or router that our customers have in their houses – and it helps manage their satellite internet connection behind the scenes. Most of my work involves long-term projects to improve our software. I might be writing new code, testing my code to make sure it’s doing everything it’s supposed to do, or looking at existing code to see why it’s not working correctly. I sometimes have to investigate the electronic hardware to see what’s going on, and I work with a lot of other engineers to make sure we get things right.

Where did you grow up? And did where you grow up have an influence on your career path?

RD: I grew up in the suburbs of Pittsburgh, Pennsylvania. Despite being so close to the city, my family was never very tech-savvy. I wanted to go to college to learn more about engineering and how computers and other electronics work. I could have gotten a job in the Pittsburgh area, but having an engineering degree gave me a lot of opportunities to move to or visit new areas and experience them. I live in Maryland now, and I hope my career will take me many more places.

Where did your path to engineering begin? What activities as a child inspired you? Did you have any mentors or idols that you looked up to?

RD: I knew I was good at math and science, but I didn’t really know what I wanted to do for my career. I was very interested in roller coasters, and loved to ride them, watch them, and try to understand how they worked. My favorite computer game was always Rollercoaster Tycoon! My dream was to eventually become a rollercoaster designer. I understood later that knowledge from several fields, including mechanical, electrical, and software engineering, was a critical part of that. My teachers were definitely mentors for me along the way.

How did you finally decide that this was the career for you?

RD: I didn’t give up on my dream of designing rollercoasters, but I became more interested in electronics and software. I went to Penn State and I was introduced to Hughes at a Career Fair on campus. I spoke to someone who would later be one of my co-workers and they convinced me that Hughes was the right fit for me. I didn’t know anything about satellites when I started at Hughes, but I had a strong foundational understanding of electrical engineering. Thankfully, a few people on my team studied the same major as I did but had a few more years of experience so I looked to them for guidance along the way. This gave me a confidence boost knowing that in a few years I could have the skills and understanding that they did. 

For kids who are interested in exploring engineering, what classes, activities, etc., would you recommend them pursuing?

RD: If you enjoy learning and problem-solving, then you should pursue activities that allow you to do that. Your school may offer classes that teach different areas of technology, and they might have clubs for you to do even more. I was involved in computer-aided drawing (CAD), but I wish I would have also done robotics activities, since they are an awesome way to learn the basics of electro-mechanical engineering. I would encourage young people to explore as many different areas as they can. 

What are some of the challenges of being a satellite engineer? What are some of the benefits?

RD: Working with satellites is fascinating, because there is no other technology that stays in use as long. Your cell phone is replaced every year or two these days. But a satellite, like the ones that power our HughesNet service, could be in orbit for 15 years! That’s a long time in the technology world. And one of the challenges is to continue to optimize the customer’s internet experience using the same satellite signals, and pairing those with increasingly sophisticated software and devices in the home. So a major challenge for a satellite engineer – and any engineer, really –  is that you never stop learning. School is a good start, but technology continues to progress, and you need to work to keep up. I stay in touch with new technology and best practices through training lectures and programs. And I also recommend starting work as soon as possible after college. After a few years of hands-on experience, it is easier to figure out what specific kind of engineering you like. Some people go on to get their master’s degree and even Ph. D., depending on their field and company. These challenges are also benefits; you can ensure that you’re never bored with your work, and you’ll make many friends and gain many new insights from the people you encounter.

How would you encourage a kid who wants to pursue becoming a structural engineer – or any other STEM-based career, but are worried about the lack of job opportunities?

Rob D’Amico (RD): With the growing popularity of teleworking, a lot of engineers are able to work from anywhere. There are also more engineers and scientists out there than you think, so don’t give up on your dream!

Now that we’ve re-introduced you to the 4‑H STEM Challenge, it’s time to celebrate! October is 4‑H STEM Month and we don’t want you to miss all the fun, engaging and educational content coming up during the month.

Here’s what to expect during the month-long celebration of STEM:

Participate in the 4‑H STEM Challenge


The 2020 Challenge, Mars Base Camp—designed by Google and Virginia Cooperative Extension—kids ages 8-14 will learn all about Mars and explore what it takes to send a mission to the red planet. The STEM Challenge Kit features a collection of activities that teaches STEM skills such as mechanical engineering, physics, computer science, and agriculture.

And don’t worry, whether kids are learning in the classroom, online, or at home, the 2020 STEM Challenge is tailored to fit all their educational needs. Purchase your kit and find out how you can participate in and October and beyond.

Mark Your Calendars: Online STEM Events

We have some special guests lined up to share their expertise on all things STEM! Mark your calendars and tune into these upcoming live events on social media:

Mars Base Camp Trivia Challenge

  • When: October 1, 12 PM ET
  • Where: Facebook Live
  • Description: Four 4‑H’ers go head-to-head as they are quizzed on all things Mars. Play along to test your knowledge and get ready for a surprise celebrity host!

Ask a NASA Scientist

  • When: October 14, 7 PM ET
  • Where: Facebook Live
  • Description: Join us for a virtual Q&A session with two members of NASA’s Mars Trek Systems team! They will be answering questions about Mars, space travel, and what it’s like working for NASA!

4 for 4: Andrew Bosworth

  • When: October 20, 11 AM ET
  • Where: Facebook, LinkedIn, YouTube, IGTV
  • Description: In episode 10 of the interview series, get to know Andrew ‘Boz’ Bosworth, VP of Augmented and Virtual Reality at Facebook and a proud California 4‑H alum, and learn about how his 4‑H experience sparked his passion for STEM.

STEM in the Community

We are excited to partner with several organizations to bring STEM learning to more kids and communities everywhere through additional 4‑H STEM Challenge Kit distributions to communities and groups across the country: Afterschool Alliance, American Camp Association, American Library Association, First Book, Imagine Science, and NASA.

More STEM, All the Time

There’s more than one way to celebrate and learn about STEM. Check out 4‑H at Home for even more hands-on learning resources and activities available for all kids, all ages, everywhere!

No matter when or how you choose to celebrate, you can share your experience on social media using #4HSTEMChallenge! You can learn more about the 2020 4‑H STEM Challenge by visiting 4‑H.org/STEMChallenge.


 

These are complex times, and financial worries are at the front door for many of us. It’s situations like these that highlight the significance of financial health. That’s why there’s never been a better time to teach your kids about financial basics.

Earlier this year, we rolled out our first set of financial literacy lessons for kids that taught the fundamentals of saving, assessing needs vs. wants, and the cost of buying things on credit. Now, we’re proud to announce that, in continued collaboration with TD Ameritrade, we’ve created another set of activities that takes these basics even further.

Geared toward children ages 9 to 15, these activities are designed to ensure kids have an early and fundamental understanding of real-world finances so they can use those principles to make positive and informed decisions. Our goal is to empower the next generation with the tools they need to make smart financial decisions throughout their lives, so they can manage their money confidently and proactively – through good times and bad.

The next three activities we’ve launched are:

  • Banking Your Money: Through simple calculations and some online research, students learn what interest is, how to calculate it, and the importance of saving your money starting at a young age.
  • Evaluating Investment Alternatives: Advancing beyond the basic savings accounts, students learn about different types of investment options like education savings accounts, Individual Retirement Accounts (IRAs), and brokerage accounts, and the risks and withdrawal stipulations associated with them.
  • My Work, My Future: It’s one thing to have a dream. But getting where you want to go in life takes hard work and planning. In this activity, students think about their dream jobs, and the steps along the way – and the financial considerations – it will take to get there.

These financial education activities live alongside other fun, educational activities in CLOVER, our hub for at-home, hands-on activities to help kids develop critical skills to be successful in life. These are fun activities, and perfect for right now, when you’re looking for creative ways to keep your kids learning and entertained.

We’re proud to collaborate with TD Ameritrade to bring these fun educational activities to families across the country.

Tell us what you think, and what you’d like to see more of, by reaching out to us on social media.

Please keep in mind TD Ameritrade® commentary is for educational purposes only. Member SIPC. All investing involves risks, including risk of loss.

As it turns out, STEM careers aren’t just in cities
If you live in a rural community, you probably know the farming and agriculture jobs available to you. But did you know that STEM careers exist no matter where you live? It’s true: Science- and tech-centric careers don’t just happen in urban areas. Regardless of where you live, STEM jobs are almost always in demand and are usually pretty well-paying. We talked to Martin Nelkie, a 4‑H alum and an electrical engineer at Tyson Foods in North Sioux City, South Dakota, to learn about how he landed in a STEM job and the unique challenges and benefits that come with living and working in a rural setting.

Editor’s Note: This interview has been lightly edited for brevity and clarity.

 

Did you grow up in a rural area? If so, how did that influence your decision to establish your STEM career in a rural area?

Martin Nelkie (MN): I grew up on a small dairy farm several miles from a town with a population of 2,500 people. Growing up on the farm, I wanted to become a farmer, and I greatly enjoyed the lifestyle. But I enjoyed playing with fireworks, amateur rockets, as well as remote-controlled cars and planes. I studied model rocketry at a 4‑H camp at Michigan State University, and that was one of my favorite weeks of the year. I also participated in a spring competition consisting of various local 4‑H clubs where we would create various projects to present. My brothers and I would always have competitions with Lego cars, and crash them together to see who had the strongest. I really enjoyed making things, and seeing what they could do.

What was your educational path to becoming an electrical engineer?

MN: In high school, I took many AP classes, which did not have a direct affect on my college education, but were a great educational base for me to build upon. I did well with most science and some math classes in school. I really enjoyed the applications of principles with biology, chemistry and physics. I actually struggled with some of my college math courses; the math often seemed arbitrary and inapplicable. It was not until later classes like signals and systems and higher-level physics that some of the mathematical concepts made more sense.

My message to students thinking about their future is that I recommend having a first-choice career path and a backup one before starting. And, remember, there is no need to break the bank for your entire education. There are many specialized classes that I did not appreciate until after college. I attended the University of Detroit Mercy and it was required that students take three internships during their schooling. This was one of the best experiences for me, and I feel it helped me get my first job, and learn how to apply what I was learning in the work environment.

Can you tell us a little bit about your job as an electrical engineer, and what your duties and responsibilities are on a day-to-day basis?

MN: I currently work in the controls and automation department. I code PLCs (Programmable Logic Controllers) and HMIs (Human Machine Interfaces), which run various operations around the plants. Examples include refrigeration systems, processing chains, conveyors, and other systems. I work with the design engineering department for new additions to plants and upgrades to old equipment.

What are some of the challenges of being an electrical engineer in a rural area? What are some of the benefits?

MN: Working as an electrical engineer in a rural area requires a lot of travel to where the work is. Tyson has many facilities scattered across the U.S., and depending upon the project, we must travel to them to complete our work properly. This can be a positive or negative thing; If you are able to plan accordingly beforehand you can minimize travel by doing a significant amount of work before going to the location. The cost of living is significantly lower in rural areas, and you are able to develop yourself in a small-town atmosphere.

How would you encourage a kid who wants to pursue becoming an electrical engineer – or any other STEM-based career – in a rural area, but is worried about a lack of job opportunities?

MN: Don’t be afraid to travel. Most of the education received is universal from school to school. And with the advent of online classes, you get out what you put into it. When I went to University of Detroit Mercy, living in a big city was very different from anything I was used to. It was also one of the greatest experiences I have had, and it broadened my view on many areas of life.  Had I stayed in a more rural area for my education, I may have missed out on these opportunities. There are jobs everywhere, even in rural areas. You just need to look and be open to the possibilities.

As the president and CEO of National 4‑H Council, there is nothing more important to me than ensuring America’s young people have the skills to lead and change the world. I have dedicated my career to supporting children and their families, and I have never seen a more urgent need for investment in young people and their futures.

To witness the pain and growing disparities caused by the pandemic and systemic racism is heartbreaking.  COVID-19 is exacerbating inequities in mental health, access to education and employability – particularly among those communities already experiencing trauma, systemic social inequity and other disadvantages prior to the pandemic.

Too many young people are at risk of being left behind. The opportunity gap is widening—in virtually every corner of America. Much of the evidence of this is included in a new white paper – Beyond the Gap – prepared by youth development leaders, researchers, practitioners and young people, together with experts in the private and public sectors.

As a nation, we must invest more in positive youth development.

America’s Cooperative Extension System and 4‑H are working to bring a life-changing experience to millions more young people—10 million kids by 2025—because we believe that every child should have an equal opportunity to succeed. Not in the future. Right now.

Closing the opportunity gap means that the health, well-being and success of any young person isn’t determined by their zip code or the color of their skin. It means that all youth have access to positive youth development programming—and the necessary support and experiences to navigate the social and economic realities that we now face.

Closing the opportunity gap will take bold thinking and action.  It will require a collective effort. It means engaging youth development organizations, school systems, corporations, foundations, local, county, state and Federal governments.

In 4‑H, we are fortunate to have some powerful allies. Our partners—some of the largest brands in the world like Google, Microsoft, Walmart, Nationwide and others—are committed to creating opportunity for more young people. In addition, Federal Agencies such as the U.S. Department of Agriculture and the U.S. Department of Justice support 4‑H in its work to scale and advance diversity, equity and inclusion efforts that directly impact youth of color.

We must listen to young people.

Youth can lead us and teach us. Where adults see challenges, youth see opportunities to step up and give back. They are incredibly creative and inspiring. And they must have a role in creating their own futures. The resilience, confidence and strength of young people is what gives me hope—and youth are asking for more opportunities to positively impact their world.

4‑H is listening to young people and lifting up youth voice through a powerful new campaign – Opportunity4All – that will bring youth to the forefront of discussions about how we eliminate the opportunity gap. Recently, 4‑H youth joined 4‑H alums, thought leaders and other experts for a robust conversation on how best to address the disparities that are holding young people back. You can watch the program here.

Most importantly, we must live our values every day.

At National 4‑H Council, we are taking concrete steps to support and accelerate Cooperative Extension’s diversity, equity and inclusion (DEI) work, but also to become a more diverse, inclusive and equitable organization ourselves.

We’ve established a new leadership position at National 4‑H Council to guide the implementation of our DEI strategy and training across Council, and with Extension 4‑H programs. We’re telling an inclusive and aspirational story of 4‑H with youth and alumni from all backgrounds and experiences. We are listening to our partners in higher ed—especially leadership at the 4‑H programs in our nation’s historically black colleges and universities.  And we are setting diversity goals for the composition of Council’s Board of Trustees, leadership and staff.

We are only at the beginning of this journey.  Positive youth development focuses on building youth assets, opportunities and voice – rather than focusing on problems.  A national commitment to positive youth development can transform our country’s social, economic and political imbalances—and create a more equitable and just America.

Our youth are an investment worth making.

*******

To learn more about what 4‑H is doing in diversity, equity and inclusion, please visit our website for a compendium of DEI resources and information at www.4-h.org/diversity

To hear the stories and the impact young leaders are making today, visit our web site at www.4‑H.org/youthvoices

Kids will love this week’s CLOVER activities, which explore coding and computers! Visit the links to learn more about the activity and check back every Monday for new ideas and hands-on, educational resources for all young people.


Can-Can Robot

Recommended age: grades 3-5

Courtesy of HughesNet, University of California & University of Nebraska-Lincoln

Learn about mechanical engineering by building a robot that can draw on paper!

Build your robot!

Learn to Code – Collect the Clover

Recommended age: grades 3-12

Courtesy of Microsoft

Play the “Collect the Clovers” online game, collecting as many 4-leaf clovers as you can while avoiding the bees! Then, learn how to code your own version of the game.

This activity is part of Virtual 4‑H Camp. Find activities in STEM, Arts & Crafts, Cooking & Nutrition, and more on Virtual 4‑H Camp!

Learn to code through gaming!

Visit Virtual 4‑H Camp

Scientific Expedition in CS

Recommended age: grades 6-8

Courtesy of HughesNet & 2019 4‑H Youth in Action STEM Pillar Winner, Clyde Van-Dyke

Take a virtual science expedition to Colorado to learn about computer science!

Start exploring!

Beginner Computer Science Club

Recommended age: grades 3-12

Courtesy of Purdue University, Indiana 4‑H

Learn about coding with these beginner computer science lessons that focus on block-based coding.

Get the basics of computer science!


More Weekly Lessons:

Mind & Body

Making, Media & Visual Arts

Virtual 4‑H Camp, Painting & Chemical Reactions

Helpers, Heroes & History

DNA, Fruit Batteries & Water Camp

Creative Writing, Abstract Art & Jewelry Making

 

Before the car, was the man. Nikola Tesla, the famed inventor and namesake of the electric car company, would have celebrated his 164th birthday on July 10, so it’s a great time to learn about his scientific contributions and extraordinary life.

To celebrate, we are teaching kids all about Tesla and how to conduct a few electricity-based experiments of their own.

Who is Nikola Tesla and What Did He Do?

Nikola Tesla was born in 1856 in the Austrian Empire (modern-day Croatia). As a child, Tesla was exceedingly intelligent; he studied German, math, and science. He was even able to perform complex calculations on his head, which led his teachers to accuse him of cheating.

He became fascinated with electricity in college, but never actually graduated. Instead, he dropped out and eventually began working for Edison Machine Works in New York City, an electric company founded by Thomas Edison.

He proved his worth there quickly, redesigning generators, developing lighting systems, and repairing installations. He soon struck out on his own, and immediately began working on a series of patents. He eventually patented the arc lighting system, the electric motor, and the improved generator. In 1887, Tesla founded the Tesla Electric Company (no relation to today’s car company) with the help of two investors, Alfred S. Brown and Charles F. Peck. In his Manhattan laboratory, Tesla developed and improved numerous electrical devices.

Many other companies and inventors  – sometimes even competitors – consulted Tesla for his help. He was always coming up with new ideas and conducting experiments. Even when they failed, he never gave up and always kept trying. Over the course of his life, Tesla made numerous contributions to the field of electricity, many of which we still use today.

A Few Facts About Electricity

What Are Some Electricity Experiments I Can Do?

Here are a few experiments you can do at home to understand the power of electricity:

Make batteries out of fruit

https://4-h.org/about/4-h-at-home/fruit-batteries/

Make a light-up Science Bug necklace

https://4-h.org/about/4-h-at-home/science-bug/

Charge a balloon with static electricity (page 1)
https://4h.tennessee.edu/Projects/activities/Electric-W078.pdf


Sources: 

https://www.smithsonianmag.com/history/the-rise-and-fall-of-nikola-tesla-and-his-tower-11074324/

https://nikolateslamuseum.org/media/docs/lista_patenata_sr.pdf