Never used Twitter or tried it and couldn’t quite figure it out? I started on Twitter just a couple years ago and have found it to be an incredible tool to use to grow as a teacher and to use with my students. In this blog post, I’ll help you get started on using Twitter. You’ll learn how to:
Create a Professional Twitter Account
Follow the Right People
Use Your Account
1. How to Create a Professional Twitter Account
For your account to be professional, it’s important that you use your real name and pick a handle (username) that relates to what you do. Your username can certainly be your name (i.e. @HeidiHisrich), or you can go with something tied to your interests (my username is @2thedorkside). Your actual name will show up along with your username, so it’s not critical that your username be your actual name, though many would consider that to be simplest and most professional. Follow the steps shown in the slideshow below to set up your account.
2. How to Follow the Right People
Who you follow determines what you see in your news feed, who you can message, and helps show your interests. It also often determines who follows you back and who you interact with on Twitter, allowing you to customize your experience. Some people use Twitter for personal reasons and solely as a social tool, but I use it only professionally, to build a professional network, learn from people with similar interests, and grow in my content area, so following the tips below will allow you to do the same.
3. How to Use Your Account
To be a Twitter user, you have to Tweet. Follow the steps below to compose tweets, favorite them, reply to them, and retweet. Also learn how to check your feed and respond.
4. What’s Next
Congrats! You’ve set up your account. Questions? Tweet at me! Mention @2thedorkside. Alternately you can comment below.
This blog post will help you get started on Twitter, but there’s SO much more you can do than what you see here. Stay tuned for upcoming posts to learn how to do the following:
Participate in chats linked to your interests
Help students create accounts
Get students started with their accounts via a Twitter Scavenger Hunt
Use Twitter and TweetDeck as a way to have students engage one another during lessons
Use Twitter as an assessment tool
To make sure that you get a notification about the next blog post, subscribe to this blog or to the Mailing List on the BiomedHeads website.
It turns out Richmond kiddos can’t get enough of SCIENCE! And who is helping kids develop a passion and understanding for science? RHS HOSA students are!
Our HOSA Future Health Professionals chapter formed during the 2013-2014 school year and many of our participants expressed the need for financial assistance so we immediately started brainstorming fundraising. Over the past 3 years, we’ve tried many different fundraising techniques, but have discovered that the absolute best way for our team to raise money is to play to our strengths and sell science.
Our top 3 fundraising efforts have been:
Science and Romance: Valentine’s Day Baby-Sitting with a Twist
Science and Romance
The very first fundraiser we planned was called Science and Romance: Valentine’s Day Baby-Sitting with a Twist. The idea was simple–parents get romance while kids get science. We held the event at our high school and used 4 different classrooms, our conference room, the nursery and the cafeteria. We scheduled the event to run from 5-9 pm and asked parents to feed kids beforehand or pack a sack dinner, though we did provide snacks. Parents that registered kids in advance got a bargain rate of just $10/kid and those that came the night of paid $20/kid.
Kids were enthralled by liquid nitrogen demos (photo credit to Pal-Item)
Three year old claps for demonstrations (photo credit to Pal-Item)
RHS HOSA member helps kids make Cartesian divers (photo credit to Pal-Item)
One of the older students did some Chemistry (photo credit to Pal-Item)
Advisor Heidi Hisrich demonstrates Cartesian Divers (photo credit to Pal-Item)
The local newspaper wrote up a nice piece about the event and took lots of great pics
The event was a huge success, with ~100 kids attending and $1,000 raised (we spend around $200, but that money was covered by sponsorship donations). As it was our very first experience, we made many mistakes that we learned from and have avoided since. Here’s the short list:
We didn’t assign particular kids to particular chaperones (we had walkie talkies to coordinate, but it was sort of a zoo!)
We planned the thing for four hours (Need I say more?! Four hours is an insanely long time to watch 100 kids!)
We accepted kids of all ages (people dropped off infants and we had a nursery… never again)
We required pre-payment (getting payment to me before the event was a huge pain)
We thought we had planned more than enough activities, but found that kids flew through them, leaving us at sort of a loss. RHS HOSA kids had to improvise with games and some YouTube videos to help make it through the night. Here’s a list of some of the science that we did:
Density Column (photo credit to MyKidsAdventures.com)
Oobleck (photo credit to Instructables.com)
Shaving Cream Swirl Art (photo credit to ArtfulParent.com)
Every fundraiser gives us an opportunity to learn and for future events we made the following changes:
Assign every kid to a certain chaperone and match kids to chaperones via color-coded nametags or wrist bands (link is to the style we use)
We limit our events to 2-3 hours
We accept only children that are potty trained
We ask people to pre-register online (using a Google Form), but we take payment at the door
This year for Science and Romance we actually coordinated with our local science museum, holding the event there and partnering my HOSA students with their museum students for a great collaboration!
Science and Romance was such a hit that we knew we needed to follow it up with some more science opportunities for young kids. We got the idea of Science Saturdays from South Dakota HOSA Advisor Barb Schmidt, who had gotten the idea from another colleague. In Spring of 2014, we started offering Science Saturdays, using the following set-up:
Theme for every Saturday (Candy Science, It’s Electric and Egg-Citing Experiments were the first few topics)
9-12 am time slot
Snack offered midway through
Rotation through 4-8 stations
A packet for recording information
Online registration beforehand and payment at the door
Fee of $15-20, with scholarships offered (was $15 for 2 hours, $20 for 3)
Pie Pan Electrophorus
Lighting an LED with a Button Battery
Having Some Tasty Snack
Pop Rocks + Soda Pop
Testing Solutions with a Conductivity Probe
Spiderman Egg Snacks
Bouncy Naked Eggs
The HOSA Crew
This year we once again ran Science Saturdays, but with the following changes:
Each ran 2 hours (9-11 am) and fee was $20 for the first child, $15 for the 2nd child and $10 for each additional child in the family (this is to account for supply expenses, which we expect to be higher)
No snack was offered (was a pain and expensive)
Cap of 28 students so we could all be in my lab
No packets (that felt like school and many aren’t old enough to read/write so instead each table will have a white board for predictions and the HOSA volunteers will jot them down for younger kids)
At least 2-3 Take Home Science activities each time and the option to buy extra “take home science” packages for $10 per pack (great gifts!)
This year’s Science Saturdays were themed and included Balloonapallooza, Rockin’ Rainbow Science and Bombdiggity Blast.
Each came with a Take Home Science Kit (came with admission, but extra kits were also available for purchase at a cost of $10 each). For example, the Balloonapallooza Take Home kit included the items below (plus a few more goodies).
For more details about Science Saturdays, visit our website. We also send an e-mail and attaches flier to the whole Richmond Community Schools list serve and our local college (Earlham). And we keep a running mailing list using MailChimp. Promotion is key!
Last year we earned an average of $400-$500 per Science Saturday. And the testimonials from parents and kids let us know we are making an impact.
My 3 year old daughter had a great time and was so excited when she came home. She was able to demonstrate the experiments and explain how they worked. The teachers and students did an amazing job and I highly recommend anyone considering this event to sign up…it is well worth it. Thanks so much to everyone involved. We will definitely be attending any Science Saturdays offered in the future! –Kelli Barnes
We also wanted to create an opportunity for older students to have fun doing science and promote our PLTW Biomedical Science Program. So in June of 2014 we offered our first ever Camp Biomed.
We had a group of about 18 HOSA members dedicated to planning and running camp the first year. One thing that really helped was meeting up a couple months in advance of camp for a 6 hour retreat. We spent several hours working, planning each day and breaking down jobs, but we spent the rest of the time playing, eating a potluck meal, making up nicknames for each other, playing Red Rover like kids. It was a blast and we got so much accomplished! And an awesome outgrowth of our silly nicknames game is that it brought us all closer and established a special bond between everyone. Also, when camp started, everyone had puffy painted nicknames on the back of their camp shirts and we called each others by those names and campers had a blast trying to figure out all the counselors real names.
Group Pic After Ninja
Our Hands After Red Rover
The first year of camp, the theme was Anatomy: We Know You From the Inside Out. Camp cost $80/child for kids that pre-registered (by April) and $100 for late registration. Camp was designed for kids entering grades 6-9, but a few kids going into grade 5 made special requests to come and we allowed it (same with one kid going into grade 10).
Camp from 9-2 pm every day, using the following schedule:
9:00-9:30–check in, warm up icebreakers & games
9:30-12:00–learning about the topic of the day, including a dissection
12:00-1:00–lunch, with guest speaker each day
1:00-2:00–review of day via games
The Shirts (we raised >$1,500 through sponsorships, counselors wore black and campers red)
Campers were divided into four different groups, based on age. Each group had 7-15 kids and 1-2 counselors responsible for those campers. Groups gave themselves silly names like “Nerdy Neurologists.” The counselor stayed with those kids every single day all day. There were also 8 HOSA members who were Teachers and each had a subject to master and teach daily. Those students stayed in the classroom in which they were teaching and taught the same concepts to a different group of kids each day, with the counselors present to help. The themes were:
Future Biomed student Jessi Crane tests out her eyes
Two students dissect and eyeball
Physical Therapist demonstrates for kids after giving lunch lecture
Cardiac Nurse talks about taking care of the heart over lunch
Student drawings of the heart
Students play games to practice kidney anatomy
Kinzie got her team bandanas to help set them apart
Kids enjoying some games outside
Christian aka “Bob” hams it up
Monday-Thursday all ran the same way, with the team that started Monday on the Heart rotating to the Eye Tuesday and the Monday Eye team rotating to the Bones, etc. Friday was different. We played games in the morning and in the afternoon parents were invited for an awards ceremony. That’s when the kids received their t-shirts and the counselors gave each camper a special reward, based on something that kid was really good at or really loved. We showed a slideshow from the week and had a big celebration.
Camp went so well the first year, that we didn’t change much for year two. We used a new theme, as we had many repeat campers. Many of our HOSA members were really passionate about Forensics, so we went with a murder mystery theme. Below is the flier we made to promote camp.
We used much the same method of organizing camp and had a similar number of campers. Kids loved the theme and the HOSA team had so much fun inventing mysteries for them to solve on the last day of camp. The HOSA kids were the victims and the perpetrators and campers had to use forensic skills learned throughout the week to solve each mystery!
We are very excited to run Camp Biomed again this summer and hope to be hosting at least 60 kids to this year’s camp. The theme is Camp Biomed: Where Fun is Contagious and it’s all about microbes and infectious diseases.
Have any questions about our fundraisers? Awesome tips to share from your own experiences? Please comment and share!
What’s the size of 2 fists, beats 100,000 times per day and has been working since you were smaller than a gummy bear? The coolest muscle in your body… YOUR HEART!
When teaching about the heart, I like to start by getting my kids interested with “Heart a Facts.” Every kid looks up a unique fact about the heart and shares it with the class.
Our Heart a Fact Wall
A Heart a Fact
Here are a few examples of favorites:
Your heart beats ~100,000 times per day and sends 2,000 gallons of blood through the blood vessels each day.
Heart disease has been found in 3,000 year old mummies.
Your heart starts beating at 4-5 weeks, when you are smaller than a gummy bear
We then transition to the heart’s anatomy, working from the inside out. Students complete an activity called “Draw the Heart,” in which they go through a PowerPoint and create a diagram of the heart’s interior anatomy to place in their journals.
Students work in teams on Draw the Heart
A Draw the Heart without labels
Draw the Heart is a great start, but students need much more reinforcement to truly learn the flow of blood through the heart, so I follow it with several other activities. The day after Draw the Heart I typically will have them draw a diagram showing blood flow through the body. I walk them through it step by step, explaining each part of the diagram as we draw it. I draw this on the blackboard or whiteboard, while the students draw it in their journals. They also add notes on what the difference is between the role of the veins, arteries, chambers and valves. We talk about etymology and important roots. For example, pulmo- means lungs, so they can remember that the pulmonary arteries and veins connect to the lungs. Atri- means receiving halls, so that’s a good way to remember that the atria receive blood.
After doing the Blood Flow diagram, students write a paragraph explaining it to show they understand it. They must write from the perspective of an RBC traveling through the body to deliver oxygen. They have to name every chamber, vessel and valve they go through, as well as talking about visiting the lungs to get oxygen and visiting a part of the body to drop it off. Below is an example of a student’s response.
“I’m a erythrocyte on my way to my friend fingertips. I’m starting in the Right Atrium and exit through the tricuspid valve into the Right ventricle. After I hang out there for a little I go out the pulmonary valve along the pulmonary arteries to my favorite windy spot, the lungs. I go shopping for a gift of a little oxygen and ride the pulmonary vein train to the Left Atrium, chill then keep it moving. I go through the bicuspid (mitral valve) to the old buddie Left Ventricle. Almost to my fingertips “ ON MY WAY BUDDIE!!” I exit the Left Ventricle through the aortic valve along the path of aorta to my friend fingertips. I give him my gift of oxygen stay and chat awhile before heading back to my start the Right Atrium entering through the lovely vena cavas.” –Krystalynn Shirley, Freshman
I’m a big believer in kinesthetic learning, so the next step for us (ha! pun intended!) is to “Walk the Heart.” To prepare, I either tape a heart to the floor (not anatomically accurate) or draw it using chalk outside (if weather permits). Students then take turns walking through the heart’s structures, announcing them as they go. They pick up oxygen (red balloons) in the lungs and drop it off and pick up CO2 (blue balloons) as they pass through the body.
My colleague Kathleen O’Brien is obviously far more artistic and actually tapes out a much more anatomically accurate heart!
Billy You of Evansville Vanderburgh School Corporation has an incredible way of teaching blood flow. Print out the images below onto heavy white or cream-colored paper.
Have students color code the pictures as shown below and use a hole punch to punch the holes. Have each kid measure out 1 meter of red yarn and 1 meter of blue yarn. Then, have the students thread the yarn through the holes to show how blood flows. Students can keep this in their journals as a reference.
After learning the internal structures of the heart, we very briefly go over the exterior structures of the heart (so much less interesting than the inside!) and they complete a diagram of the outside for their journals. Again, I emphasize roots with them. Apex comes from Latin meaning peak or tip, and that’s the point at the base of the heart. Coronary comes from the Latin for wreath or crown, because it wraps around the heart. We talk about the fact that when they dissect they’ll need to use the coronary artery to determine the front side of the heart and we also discuss the coronary artery’s role in nourishing the heart’s tissue.
The diagram that we put in our journals
An actual front view of a heart (latex-injected)
Finally, the big day has come: Heart Dissection day! Students work in teams of 2-4, depending on the number of hearts available. I’ve never tried the next activity, but plan to. My awesome colleague Alicia Harkins-Pritchett came up with the idea of drawing a heart on every team’s lab table with chalk markers and having the students draw the flow and label the structures as a pre-lab quiz.
The heart Alicia drew for her students
The heart after students labeled it
The beginning of our heart dissection involves identifying the coronary artery in order to figure out which side of the heart is the front. Students also identify the right and left sides and check it with me. As best they can, they try to figure out which vessel is which, but that’s much easier once they’ve bisected it! We typically use preserved sheep hearts, but if a student is able to bring in a fresh heart that’s amazing! We’ve gotten a fresh deer heart from a student whose father hunts and a fresh cow heart from a family that purchased a whole butchered cow. Some teachers are able to get all their hearts from a butcher, but I’ve never been so lucky. I typically get mine from Carolina Biological, though hearts from NASCO are about $3 cheaper each and pretty decent quality too.
Me, pulling the pericardium off a fresh deer heart
A student pushing the blood through the vessel of the deer heart
A few different hearts (left is pig and right are different sized sheep hearts)
Jake inserts his finger into a vessel to determine which chamber it connects to
The next step is for the students to bisect the heart. They should use a sharp scalpel and start at the apex, cutting up each side. I encourage them to cut it enough to open it like a book, leaving the top of the heart intact so they can examine the vessels.
Sierra bisects the heart
Jesse shows off her dissection
Daniel shows off his dissection
Students struggle far more with the internal anatomy than the external. Even though they technically know that they separated the front from the back of the heart, they often get confused and start to think that they separated the left side from the right. I check in with each team to make sure they are able to identify the left vs. right side and all 4 chambers. I just have them point things out and label them on a paper diagram, but many teachers have them use toothpicks or even make little flags to label structures. After ensuring that they know where the septum is and which side is which, we move to identifying the valves. The mitral and bicuspid valve are the only ones I require them to identify.
First I make sure they know which chamber is which
Then we focus on the valves
I make sure they find the chordae tendineae and tug on them to move the valve. I always bring up the phrase “tugging on my heart strings” and tell them these are the ACTUAL heart strings. They love that part. The Ryan Gosling meme is a fun reminder of this.
The chordae tendineae
Finally, I encourage kids to probe the vessels with their fingers, pushing through each chamber to see where their finger emerges. They use their blood flow diagram as a reminder that each chamber has one major vessel that connects to it, so if they know which vessel connects to each chamber, they can use the probing to figure out which vessel is which.
I love getting teaching ideas from others, so if you have other ideas of how to teach the heart, please share! And if you try out any of these ideas, let me know how they work for you. Just comment below to share. I look forward to hearing from you!