STEM Gifts That Build Skills

📚 Part of our guide: Homeschool Science

STEM gifts that build skills

351: STEM Gifts That Build Skills

Meryl discusses why STEM gifts matter for kids and teens—and how choosing the right ones can build creativity, problem-solving, and curiosity. Whether you’re catching Black Friday sales or shopping any time of year, today’s episode is packed with practical ideas for skill-building gifts.

Why Choose STEM Gifts?

  • Early exposure: Starting STEM learning early helps children see it as a natural part of their world—and helps parents become more comfortable with it too.

  • Builds real skills: In an age when many teens rely heavily on AI tools, STEM toys encourage hands-on logic, creativity, and problem-solving.

  • Long-lasting value: Unlike many novelty toys, high-quality STEM kits and building sets are used again and again, often across multiple ages.


STEM-Themed Advent Calendars

Did you know Advent calendars aren’t just chocolate anymore? Meryl shares several STEM options your kids will love opening every day in December, including:


STEM Gift Ideas for All Ages

Clixo  

A magnetic, flexible building toy (ages 4–99!) that encourages creativity, spatial reasoning, and engineering thinking. Great for travel.

Mbot Robots

Affordable, buildable robots ideal for introducing teens to robotics and coding.

Math Board Games

A fun, screen-free way to strengthen mathematical reasoning. (Search “math board games” at homeschoolingwithtechnology.com for a full episode.)

Classic Building Toys

  • K’Nex

  • LEGO (including Power Functions to integrate mechanics)

  • Keva Planks for bridge-building and other architectural challenges

Circuits Kits

  • Snap Circuits Junior / Classic – perfect for younger learners and still engaging for older kids

  • Expanded circuit board kits for those who master the basics

Chemistry & Forensics Kits

Hands-on experimentation for budding scientists—everything from volcano-making to mini forensics labs.


Links Mentioned


Take a look at show sponsor, FundaFunda Academy to see what they offer for online classes and web-based unit studies.

Join our Facebook Group especially for the listeners of this podcast! You can ask questions and get advice as you try integrating technology in your homeschool.

If you enjoyed this episode, please subscribe to the show and give a rating and maybe even a review! Subscribing will help you make sure you never miss an episode

 

Stem gifts that build skills - perfect for homeschool families

Women in STEM with Emily Hockey

📚 Part of our guide: Homeschool Science

This week on Homeschool Highschool Podcast: Women in STEM with Emily Hockey.

Women in STEM with Emily Hockey

Women in STEM with Emily Hockey

You will love this interview with our friend, Dr. Emily Hockey, as she tells about becoming an astro-chemist and shares tips with young people on going into the STEM fields!

Dr. Emily Hockey’s story

Emily came into our friendship circle through 7Sister Kym’s twins, Kendall and Carly. As many of you know from previews interview with the girls, they played ice hockey through high school and college. Emily was on their University of Delaware team.

(Check out these interviews with Kendall on How Homeschoolers Find Success in College and Carly discussing Homeschooler’s Tips for College.)

The freshman cohort of the UD women’s hockey team was close. They studied, practiced hockey, and relaxed together. Emily and the twins became good friends.

Kym remembers when the twins visited from college and told her that there was a girl on their hockey team whose last name is “Hockey”! How fun! Soon, Emily had simply become one of Kym’s family, and through Kym, to us 7Sisters!

The girls have all graduated now and are busy with their careers but all are still good friends. In fact, in a few weeks, Emily will be in Kendall’s wedding.

Today, Dr. Emily Hockey holds a PhD in Physical Chemistry. (Her doctoral research was in laboratory Astro Chemistry.)

Emily’s childhood

Emily grew up in around the Washington DC area. She loved visiting the Smithsonian museums, especially the Air and Space Museum. She loved the rocket ships and the pictures of earth from space.

Her father worked for the EPA, so Emily was surrounded by the sciences. By the time she got to high school, Emily knew that she was going go into some sort of science as her career.

During her junior year of high school, I took Honors Chemistry and I had the most wonderful teacher ever. She was not everybody’s cup of tea, but she was Emily’s cup of tea. She was one of those teachers who would comment if Emily got a 98 on the test, “You can do better”. In Emily’s case, this was not discouraging. In fact, she thought, “Somebody sees something that I had never saw… that I can do this.”

During her senior year of high school, Emily took AP Chemistry. This teacher also inspired her that, “You can do this!”

This phrase has become a guiding thought for her:

You can do this!

Emily’s tips for homeschooler interested in STEM for college

Emily’s father encouraged her to take lots of sciences during her homeschool high school years. This paid off! Emily advises young women who might be interested in STEM:

  • Make sure there are lots science credits on the transcript (core sciences and electives, if possible)
  • Study the sciences at higher levels of rigor, such as Honors or AP
  • Take all of your exams such as the SATs and/or ACTs
  • Spend time volunteering
  • Don’t forget to include extracurriculars

Be resilient and look for good to happen

When Emily applied to college, she did not get into her top school. She felt heartbroken. However, she was accepted into University of Delaware. At UD, she received a scholarship because she was a good student, volunteered, did extracurriculars, and had played hockey in high school.

When Emily was not accepted at her preferred college, her parents helped her remember to believe in herself and bounce back from the disappointment. They helped her to stay open to the idea that good things will happen for her at University of Delaware, where she was accepted. This was true! At UD, Emily could continue playing hockey, met Kendall and Carlie and LOTS of new friends, and had a wonderful education.

Interestingly, when Emily graduated and was applying to graduate programs, she was accepted to University of Maryland (which had been her preferred college for undergrad.) So, she got to attend her dream school after all.

Emily learned an important fact about timing through this!

In the end, that just wasn’t the time that I was gonna go to that school.

Do not believe all the pressure-givers

Emily, just like lots of teens these days, are often pressured to believe that they need to go to the top school or else life is a total disaster and nothing good will ever happen again!

Fortunately, Emily has the kind of parents that said, “That just wasn’t your school.”

Then, they helped her trust that when she went to UD something good would happen… and it did.

Good advisors at University of Delaware

One of the important aspects to look for in a college (especially for young women thinking about STEM majors) is good advisors. Emily had great advisors in her program. In fact, Emily ended up with the same advisor that her father had had when he was there, years ago! (When he first saw Emily, he laughed and said, “A hockey! I need to retire. There are too many of you!).

Good advisors spend time with their students. Emily’s advisor got to know her and could give her advice like, “I really think you should go this route.” Or he would ask, “What do you want to do later in life? Maybe we should go with this route.”

Keep a meaningful lifestyle during college

Emily found that she was healthiest when she kept a balance of activities and friends all through college. This included:

  • Playing hockey (which gave her a team of twenty good friends, including the twins)
  • Continuing to volunteer
  • A few other extracurriculars
  • Making friends with other students in her major

These things helped encourage her when classes get really hard and she did not have her parents right there for encouragement.

Of course, Emily reminds college students not to spread themselves too thin, but being busy is a good thing.

Be flexible with graduate programs

When it was time to apply to graduate programs, Emily had learned to keep her options open. She was interested in STEM, however, she knew there are few openings in the sciences, so she should be open to exploring the specific degree. Emily was accepted at the University of Maryland to study with a young female astrochemist. Her program was looking for graduate students who had a more well-rounded lifestyle and Emily fit the bill.

That’s how Emily narrowed her degree to astrochemistry!

Resilience, always resilience

Because it was a new program, Emily had the honor of helping her new PhD advisor build their lab from the ground up. You can see the Dodson Lab and watch a video about the ongoing research there with this page and video from University of Maryland.

Then COVID happened which forced them to experience delays. However, her advisor modeled resilience and was able to move much of their research online. When they were able to work in the lab in person, Emily worked with an instrument called a matrix isolation spectrometer. It was comprised of a cryogenic vacuum chamber.

Emily helped design and an instrument that could reach 10 degrees Kelvin (-460 degrees Fahrenheit). ultra high vacuum pressure. She could deposit gas samples into the instrument and freeze them. Next, she could shoot a laser at it and obtain molecular information.

These instruments are important because the help scientist learn about the molecules in space. Space temperatures go down to  -400 Fahrenheit degrees. So Emily would simulate those conditions in the lab and “do chemistry” to try to gain an understanding of what is actually happening in space. She and her fellow scientists would ask, “When all of these observers detect a new molecule in space, can we help provide information?”

Graduate school opens doors for adventures

Emily had some exciting opportunities during grad school. She was able to spend time at University of California at Berkeley and work at a national lab on one of their specialized instruments. She also did some experiments at NASA Goddard because one of my committee members worked on James Webb Space Telescope.

Emily had the opportunity to study with scientists who work on JWST

In the end, Emily’s dissertation research involved all these instruments. Incidentally, Vicki loves to hear the names of dissertations, so she asked Emily. The name of her dissertation is:

Matrix Isolation and Gas-based Kinetics of Astro Chemically Relevant Species.

Working on a fellowship with Air Force Research Laboratory

Today, Emily is in Florida, working in a fellowship (post-graduate research) with the Air Force Research Laboratory.

Women in STEM

It is not as unusual to have women in STEM majors and with STEM careers these days. However, in fields like chemistry, physics,  astrophysics, and astrochemistry, Dr. Emily Hockey is still in the minority. However, her PhD advisor was a female and had made it her mission to help women grow interest in STEM careers. This worked because Emily’s PhD cohort was majority women.

Emily still runs into some awkward moments. (For instance, at a conference, a male scientist told her that she was too pretty to be a scientist.)

However, she know that this did not mean that she was “less”. She had learned from her advisors and her parents to believe in herself.

Today, at Emily’s current job there are twenty-four scientists with PhDs and only three of those are women. However, she has learned to say to herself:

I just have to show them that I got the same degree that you did. I did the work. I’ve got the brains.

Impostor syndrome

Almost everyone has imposter syndrome at some point in their careers. Especially women in STEM because there are just now many women in the field. With impostor syndrome, our brains begin to doubt and start to ask, “Am I good enough to do this?

It is important to remember healthy self-talk, “I am good enough and, yes, I earned this.”

It is also important to have people who believe in you and encourage you.

Encouragers

Today, Emily works with scientists in the field who have been at this job for twenty-plus years. These scientists are excited to see the new generation come in and hear what we have to say. She has found that they are respectful, encouraging, and they really push the new generation. So, while there are fewer women in the field than men, things are going well.

Emily’s Advice to young people interested in STEM

If you are starting high school and you are excited about STEM, just keep going. There’s so much stuff online now that you can go get resources; you can read books.

Learn what you can about this generations scientists. Ask questions. Check out this non-profit that works with high schools to encourage women in stem through mentorship opportunities!

You will be standing on the shoulders of those who came before you!

Join Vicki, Kym, and Dr. Emily Hockey for encouragement for young women interested in STEM!

Thank you to Seth Tillman for editing, and thank you Dr. Emily Hockey for your time with us!

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Weather Modification I: What is Cloud Seeding?

Finish Well Homeschool Podcast, Podcast #236, Weather Modification I: What is Cloud Seeding?, with Meredith Curtis on the Ultimate Homeschool Podcast Network

Weather Modification I: What is Cloud Seeding?

In “Weather Modification I: What is Cloud Seeding?” Episode, #236, Meredith Curtis introduces weather modification, a topic that has implications for you and your future! Cloud Seeding was first tried in 1946 and has been sanctioned by the government since the 1970s. How does it work? What are the benefits? What are the complications? This topic makes for a lively family dinner table discussion.

 

 

 

 


Learning STEM the fun way with course books from Powerline Productions, Inc. PowerlineProd.com

Powerline Productions, Inc.

Bringing Homeschool Joy to Families Everywhere!


Show Notes

Cloud seeding impacts a large number of people, yet it is seldom discussed. So, let’s talk about it, starting with the basics.

What is Cloud Seeding?

Airplanes release a seeding agent into sub-cloud updrafts or drop the seeding agents directly into the upper regions of the clouds. This seeding agent acts as a condensation nuclei.

“Chinese scientists recently announced the results of a weather modification experiment conducted in the arid western region of Xinjiang. Using a fleet of cloud-seeding drones, the team reportedly increased rainfall by more than 4 percent across an area of more than 3,000 square miles (8,000 square kilometers) in a single day. According to the researchers, just 1 kilogram of silver iodide generated more than 70,000 cubic meters of additional precipitation, enough to fill 30 Olympic-sized swimming pools.” (Graceffo, Antonio, “The CCP’s Weather Modification Ambitions” https://www.theepochtimes.com/opinion/the-ccps-weather-modification-ambitions-5883068 7/13/2025. Accessed 7/19/2025.)

Cloud seeding can increase rainfall, prevent rain, or disperse fog. So, let’s do a quick review of why it rains.

What Makes it Rain?

Remember the water cycle? Water evaporates and rises in the air. As it rises, it cools and condenses into ice crystals. A condensation nuclei is needed for the water to condense. This might be dust, smoke, or salt particles.

What Seeding Agents, or Particulates, or Condensation Nuclei, are Used in Cloud Seeding?

In 1946, Vincent J. Schaefer used dry ice (solid carbon dioxide CO2) into clouds. This created snow.

Later that same year, Bernard Vonnegut used silver iodine (Ag1) could be used for cloud seeding.

Other known seeding agents:

  • Potassium Iodide (KI)
  • Propane (C3Hg)
  • Calcium Carbide (CAC2)
  • Ammonium Nitrate (NH4NO3)
  • Sodium Chloride (NaCl)
  • Urea Compound (CH4N2O)

Dubai uses Titanium for cloud seeding.

How Does Cloud Seeding Work?

By adding condensation nuclei to clouds, cloud seeding manipulates the structure of clouds. This causes the water crystals to fall to the earth as rain.

  • Static Cloud Seeding
  • Dynamic Cloud Seeding
  • Hygroscopic Cloud Seeding

How They Get the Condensation Nuclei into the Clouds?

Drones, rockets, and special airplanes are all used to shoot the particulates into the clouds. Canons and generators can also shoot condensation nuclei into the atmosphere, hoping it will find a cloud or targeting clouds specifically.

How Long has Cloud Seeding been Going On?

Experiments began and continued in 1946.

What Countries Use Cloud Seeding?

USA

  • The USA uses Cloud Seeding. In fact, it was used in the Vietnam War.
  • Next, the National Weather Modification Policy Act of 1976 – “let’s study this”.
  • National Oceanic and Atmospheric Administration Authorization Act of 1991 (102nd Congress 1991-1992)
  • Texas Department of Licensing and Regulation has been issuing licenses and permits for weather modification projects for at least 20 years.
  • Private businesses who use Weather Modification must notify NOAA when they are going to weather modify.

United Arab Emirates (UAE)

Started in the 1990s. Cloud Seeding Missions: 187 (2014), 214 (2017), 184 (2018), 247 (2019). Research, prizes, and government involvement to pursue excellence.

Dubai

More recently, Dubai has followed UAE’s example and used cloud seeding to combat water scarcity.

India

India has experimented with cloud seeding since the 1980s especially during droughts. However, many Indians object to cloud seeding because of its effectiveness and environmental impact.

Indonesia

Indonesia uses cloud seeding to prevent flooding. Indonesia used cloud seeding to fight a fire-related haze in 2015 and to reduce flooding in Jakarta in 2013.

China

China is the leader in weather modification and uses cloud seeding in all kinds of ways, even to make sure clear skies are there for important political events.

Does Cloud Seeding have Positive Potential?

The main reason to use cloud seeding is to produce more rain. This can improve crop productivity, increase vegetation cover in an area, and help farmers.

Cloud seeding can modify weather, reduce the size of hailstones, and prevent the formation of fog. Cloud seeding brings relief to places with drought. It can make arid places more suitable for living.

Does Cloud Seeding have Negative Potential?

Cloud seeding harms the environment with the chemical compounds it uses. It is very expensive. Cloud seeding can harm people and animals. For example, silver iodide can impact human health negatively.

Cloud seeding needs clouds. No clouds. No cloud seeding. Flooding is probably the biggest negative of cloud seeding and is a big problem in China and UAE.

One Final Thought

The Creation Mandate. We are called to fill and subdue the earth.

  • Is weather modification part of subduing the earth?
  • What about harmful effects to the environment, people, animals, and plants?
  • Is the excess CO2 really from cows or it from pollution and cloud seeding?
  • Is the increase in cancer a result of exorbitant amounts of particulates in the air?
  • Finally, since cloud seeding impacts vast amounts of people, especially since clouds travel, should people have a say in whether we cloud seed or not?

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STEM Curriculum from Powerline Productions

Healthy Living for Christian Teens by Meredith Curtis From Stars to Shining Seas by Laura Nolette and Meredith Curtis at Powerline Productions, Inc. Science Exploration in Creation Week by Laura Nolette and Meredith Curtis at Powerline Productions, Inc. Fun with Fractions by Laura Nolette at Powerline Productions, Inc.

Thank You to our Network Sponsor – CTC Math!

Engineering Exploration at Home

Engineering Exploration at Home

332: Engineering Exploration at Home

 In this episode, guest Mariselle Gonzalez, a former semiconductor engineer, talks about engineering exploration at home. She offers practical ways homeschool parents can spark their child’s interest in engineering—no tech degree required!

What We Cover in This Episode:

  • Mariselle’s journey from electrical engineering to teaching and curriculum design

  • The many different types of engineering beyond mechanical and civil (think photonics, semiconductors, environmental, aerospace, and even prompt engineering!)

  • Simple, hands-on ways to introduce engineering at home through baking, building forts, and using tinker boxes

  • How to identify STEM/engineering aptitude in your child (hint: curiosity is key!)

  • Encouraging problem-solving and critical thinking—even without a technical background

  • Low-cost materials and DIY engineering tools you can gather for home use

  • Recommended books, websites, YouTube channels, and kits that inspire creativity and engineering exploration

Resources Mentioned:

 

Learn More About the Course Mariselle offers:
Engineering A to Z is designed for grades 7–12 and helps students:

  • Discover lesser-known engineering fields

  • Explore course paths and careers in each specialty

  • Engage in fun, hands-on activities with everyday materials

  • Develop critical thinking and design-thinking skills

🧪 Bonus for younger students: Check out FundaFunda’s Simple Machines Unit Study and other science unit studies for grades 4–8.

Mariselle has also provided a resource list with more ideas for parents.

 


Take a look at show sponsor, FundaFunda Academy to see what they offer for online classes and web-based unit studies.

Join our Facebook Group especially for the listeners of this podcast! You can ask questions and get advice as you try integrating technology in your homeschool.

If you enjoyed this episode, please subscribe to the show and give a rating and maybe even a review! Subscribing will help you make sure you never miss an episode

 

Engineering Exploration at Home

Board Games That Build STEM Skills

280: Board games that promote STEM skills

Board Games That Promote STEM Skills

Guest Haley Story shares board games that promote STEM skills – and she has many ideas for all ages.

Why board games?

  • A fun family time
  • Great for summer
  • Also some solo games for screen-free time

The kinds of board games she discusses 

  • All of these games involve meaningful decisions—no Candy Land!
  • No party games or word games
  • Not only teaches children about cause and effect of their decisions—makes the games tolerable (and usually fun) for adults
  • STEM focus.  All of these games involve making decisions based on:
    • Math to optimize score
    • Probability
    • Logical reasoning
    • Computational skills and reasoning
    • Spatial reasoning

How to learn rules (parents learn first!)

  • If you (or your spouse) don’t love reading rules… Try Youtube!
  • Also, many of the more complicated games have online versions and some people prefer learning that way

Games that reinforce math facts for young kids

  • Uno
  • Connect 4
  • Darts (there are  great kid-friendly magnetic versions)
  • Rummy Cube –slightly older kids (Caleb started around 5…kids have to learn to rearrange numbers/sets in their head to make the best moves…logic and some pattern recognition (mathematical sets) and some probability )
  • Five Crowns Junior
  • Blokus
  • Katamino 
  • Wedgits building tower with cards
  • Pyramid stacking toy

Games for slightly older kids that teach mathematical logic and computational skill

These are all solo challenges, but kids tend to enjoy them, and the games come with a deck of challenge cards that begin easy and increase in difficulty

  • Laser Maze
  • Gravity Maze
  • Rush Hour
  • And others by ThinkFun–REALLY good for computational skills and logic

Similar reasoning, but multi-player

For middle school/older:

Fast games:

  • Point Salad
  • Century, Golem edition: longer game.  But to calculate your optimal deals and trades, need to scale the math of the point values for each gemstone–some are better deals than others!  Lots of optimization
  • For Sale and Incan Gold
  • Silver and Gold

Longer Games:

  • Settlers of Cata
  • Splendor
  • Space Cowboy
  • Azule
  • Gizmos: A super-fun game, though longer and more involved.  Computational thinking skills: stacking your cards to trigger multiple events and optimizing each turn
  • Potion Explosion: another longer, involved game that teaches some computational thinking and optimization skills.  A bit of spatial logic as well picking marbles from the track.  A super fun game to play with your kids: recommend for upper elementary and older.
  • Cribbage (lots of adding to 15/31, and counting/probability in odds of getting cards that will add to 15).
  • Acquire–great for introducing stock market and risks and rewards of investing, aslo with a small spatial component as companies have to be formed on a Cartesian grid.
  • Modern Art–a favorite!  You are the owner of a modern art gallery and must make money selling paintings.  But modern art’s worth is solely based on its current popularity and past performance.  Besides the super fun theme, to do well at this game players need to calculate their expected return for each card they sell, but based on the probability of what other players will do.  A brilliant game that combines bidding and math.  Downside: it’s a bit long to play, and probably will not appeal to kids who can’t sit still and strategize for at least an hour New edition.  Old edition on Ebay
  • Lost Cities and Battle Line: 2-player. Both are great for similar reasons: The scores are directly based on addition and multiplication of the cards you are able to PLAY, but players need to understand the probability of their gaining advantageous cards in time to play them.  Also need to be able to do enough mental math to decide which moves will turn out to be the largest net benefit for you in the end

Hopefully you have discovered some board games that teach STEM skills to introduce in your homeschool!


Take a look at show sponsor, FundaFunda Academy to see what they offer for online classes and web-based unit studies.

Join our Facebook Group, especially for the listeners of this podcast! You can ask questions and get advice as you try integrating technology into your homeschool.

If you enjoyed this episode, please subscribe to the show and give a rating and maybe even a review! Subscribing will help you make sure you never miss an episode

Kitchen Science

📚 Part of our guide: Homeschool Science

255: Kitchen Science with Randi Smith

Randi Smith from Peanut Butter Fish Lessons is my guest and in this episode she shares how she has been using Kitchen Science as a homeschool elective class

Books mentioned in the episode

Randi’s blog post with all the details of what they did and the Youtube videos they watched to compliment the cooking: Homeschool Cooking Science

You can find Randi at

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Take a look at show sponsor, FundaFunda Academy to see what they offer for online classes and web-based unit studies.

Join our Facebook Group especially for the listeners of this podcast! You can ask questions and get advice as you try integrating technology in your homeschool.

If you enjoyed this episode, please subscribe to the show and give a rating and maybe even a review! Subscribing will help you make sure you never miss an episode

Kitchen Science for Homeschoolers

STEM Christmas Gifts

STEM Christmas Gifts

161: STEM Christmas Gifts

STEM Christmas gifts have the advantage of being both educational and fun. Your children are likely to get more use out of them than many other toys. Natalie Vaughn joins me on this episode as we share some of our favorite STEM toys. You can find links to many of the ones we talk about on this post.

Here are our suggestions for STEM gifts:

  • Coding board games
  • Cytosis board game
  • Video games and apps like the Contraption Maker Game
  • Osmo
  • Marble Runs
  • Scientific instruments eg microscopes, telescopesLego Technics – books ideas robotics EV3
  • Building kits
  • Circuit kits
  • Science lab kits – eg forensics
  • Online coding classes

FundaFunda’s programming classes mentioned in this episode:

————————————————————————————————–
Take a look at show sponsor, FundaFunda Academy to see what they offer for online classes and web-based unit studies.

Join our Facebook Group especially for the listeners of this podcast! You can ask questions and get advice as you try integrating technology in your homeschool.

If you enjoyed this episode, please subscribe to the show and give a rating and maybe even a review! Subscribing will help you make sure you never miss an episode.

STEM Christmas Gifts

Meterhero: A practical STEM project

Meterhero practical STEM project

151: Meterhero: A practical STEM project

In this episode, Nate Conroy explains how he came up with the idea for Meterhero and your children can get involved.

Meterhero gets students to monitor their own home’s gas, water, and electricity usage and then use the data to see trends, figure out ways to save money and much more.

It is a very practical STEM project and great for homeschoolers – especially as it is free because it is sponsored by The Vela Education Fund

This video explains it – and be sure to listen to the whole episode

————————————————————————————————–
Take a look at show sponsor, FundaFunda Academy to see what they offer for online classes and web-based unit studies.

Join our Facebook Group especially for the listeners of this podcast! You can ask questions and get advice as you try integrating technology in your homeschool.

If you enjoyed this episode, please subscribe to the show and give a rating and maybe even a review! Subscribing will help you make sure you never miss an episode.

Meterhero practical STEM project


 

A Special Thank You to Our Network Sponsor:  Courageous Movie

 

From the Kendrick Brothers, creators of the No. 1 box-office movie WAR ROOM and OVERCOMER, comes the remastered re-release of COURAGEOUS Legacy, in theaters September 24. Celebrating 10 years of impact on families and fathers, this updated version of the film includes new scenes and an enhanced look and sound.

Filled with action-packed drama, COURAGEOUS Legacy will once again have viewers laughing, crying, and cheering as they are challenged and inspired by everyday heroes who long to be the kinds of dads that make a lifelong impact on their children. Protecting the streets is second nature to these men. Raising their children in a God-honoring way? That’s courageous.

Check out the trailer here!


STEM and Marine Science with Sherri Seligson

STEM and Marine Science with Sherri SeligsonSTEM and Marine Science

In this episode,  Sherri Seligson joins Florida Parent Educators Association’s (FPEA) Chairwoman, Suzanne Nunn to talk about STEM and Marine science what it is and how you can get excited about it and incorporate it into your homeschool. Specifically, focusing on Marine Science. Listen in and get excited about the many ways to explore Marine Science! Make plans to join us and Sherri this September for our STEM Conference. Find more information at the link below.

Please join us as we travel along this journey on our podcast adventure. Let’s get connected! Learn more about the Florida Parent Educator’s Association and homeschooling in the beautiful state of Florida.

Please visit www.fpea.com to learn more about who we are!

Join us June 28-29, 2019 for Fun in the Sun!

Sherri Seligson will be joining us for this FUN and INFORMATIVE field trip in the FLORIDA KEYS!

There will be opportunities to Snorkel, Dive and many other fun events over the weekend.

FPEA Fun in t

Tech Toys and Games

Tech Toys and Games


Episode 12: Tech Toys and Games

—> Check out our sponsor, FundaFunda Academy’s Scratch Christmas Coding Contest. This contest is for those who can’t program in Scratch yet, as well as for those who can. There are 2 different divisions, and new programmers can learn along with video tutorials as part of their entrance fee of $5. The winners will earn themselves gift cards. Registration closes 23 December 2018.

Here are some ideas of STEM toys and games that are likely to be played with for a long time after they are opened.

If you found this useful, please subscribe to the show and give a rating and maybe even a review!

Contact Meryl via email on meryl@mediaangels.com or connect with her on Pinterest, Instagram, and Facebook

Tech Toys and Game