WMS teacher AJ Ruth delighted to take on new role as assistant principal

By Lorraine Glowczak

AJ Ruth knew from the moment that she taught her first seventh-grade class that she would always be a middle school educator. As she enters her 21st year in education, with 19 at Windham Middle School serving as a science and math teacher, Ruth remains with the age group that stole her heart in the earliest years of her career. Only now, she has moved from teaching students at WMS to leading them and her colleagues as the new WMS Assistant Principal, replacing Peter Hill.

AJ Ruth, who has been a Windham Middle School science
and mathematics teacher for the past 19 years, will serve
as the school's assistant principal.
PHOTO BY LORRAINE GLOWCZAK  

“I am thrilled to get this job in this community and this school,” she said. “I’ve been working on becoming an administrator for the past four years and the thought of having to leave WMS saddened me. I couldn’t have asked for a better outcome regarding my professional goals.”

As for her new role as a leader, Ruth seemed to possess the innate ability to lead others at an early age. During her middle and high school years at Presque Isle, she eagerly directed and guided fellow youth in many club and sports activities, including the President of her Key Club and swimming instructor as a youth and throughout adulthood. As a result, her role from teacher to leader seems like a natural transition.

“I’ve always loved being a leader and my involvement with school and community events continues to this day,” she said. “Becoming the WMS Assistant Principal has been a dream and is the right fit at this time for me.”

Ruth’s colleagues agree and are very happy with the selection of their new assistant principal.

“Because we already know and love her, AJ is the perfect liaison between staff and the new principal [Greg Applestein],” said Doug Elder, WMS seventh-grade social studies teacher who has team-taught with Ruth over the past seven years in hands-on, inquiry-based projects.

“As much as we all hate to lose her as a team teacher, she has the skills and qualities it takes to be our next assistant principal. Working closely with her the past couple of weeks in her new role has proven us right. We are happy she is staying with us at WMS.”

Providing youth with authentic and engaging learning experiences is how Ruth approaches education. In recent years, Ruth, and fellow WMS colleagues including Elder, have implemented Project Based Learning (PBL), an educational method that promotes students’ ownership of their learning as they design, develop, and construct hands-on solutions to real-life situations.

“PBL allows students to show their creativity in ways they can’t in the regular classroom,” Ruth said.

Ruth said the best part about her new job is the amount of support and encouragement she has received from her colleagues.

“The WMS staff are like family and to have their backing in this transition has meant the world to me. We are a close group. If you ask anyone in our building what the one most important strength we carry, they will tell you it is the strong relationships we have with each other.”

There is also positive strength growing and developing between Ruth and the new WMS principal.
Their admiration and support for one another reflect that strength.

“Greg has had a variety of experiences in administration and has led at different schools across the state,” Ruth said. “As a result, he brings expertise to WMS that will help guide and continue the wonderful work we offer students. Being a veteran administrator, Greg will be a good resource for me and a great mentor as I learn my new role.”

Applestein said that he is also looking forward to continuing to grow and develop the relationship with Ruth to best serve the students, staff, and families of WMS.

“We share a lot of the same core values, and we have a very similar vision for WMS,” he said. “She is a seasoned veteran teacher who held many teacher-leadership positions which gives her the background and experience working with all stakeholders. As a long-serving teacher at WMS, AJ has that historical perspective about the climate, culture, and community of the school and the town. Additionally, her ability to do the right things for the right reasons, makes AJ a vibrant and dynamic assistant principal and we are very fortunate to have her at WMS.”

Ruth received her bachelor’s and master’s in education as well as her certification in administration from Saint Joseph’s College of Maine.

When she is not working with middle school students and staff, Ruth spends time with her family, hiking in the summer and skiing in the winter, noting that being in nature is her saving grace. She lives in Windham with her husband, a son, and a daughter. <

Virtual science experiments connect college students with Windham eighth-graders

By Ed Pierce

Even in the middle of the pandemic, some RSU 14 educators are still striving to be innovative while teaching remotely and creating memorable and innovative lessons for their students. A great example of that is Pamela Mallard, Windham Middle School math and science teacher.

With her eighth-grade students in the classroom twice a week and having to learn remotely on Fridays, Mallard teamed up with Chemistry Professor Dr. Emily Lesher at Saint Joseph’s College to conduct a series of engaging experiments online this fall for eighth-graders led by college chemistry students. In past years, Saint Joseph’s have sat in on some of Mallard’s classes in person, but the pandemic resulted in a change of plans with all-virtual experiments that students can perform on their own at home.

Skyler Conant, an eighth grtader at
Windham Middle School, shows an
experiment he worked on virtually
this fall with chemistry students
attending Saint Joseph's College. 
In the experiment, Conant
demonstrated a chemical reaction by
mixing baking soda and vinegar
causing a gas that blew up the balloon.
SUBMITTED PHOTO 

“It has made it possible to overcome a barrier that has been difficult,” Mallard said. “Last year Emily brought her science students into my classroom and did engaging experiments. Our goal was for my Middle School students to see how Science could be fun and lead to a career. This year with the restrictions due to the pandemic, visitors were not going to be allowed to come and present.”

Mallard said that Professor Lesher reached out to her to devise a plan about how to implement the same program but in a different way. 

“She devised with her students to come into my class by Google Meets. College students then led the middle school students in experiments and learning adventures,” Mallard said. 

Supplies needed for the special labs and experiments would be delivered by Dr. Lesher so that the eighth-grade students would have what they needed to perform the experiments at home each Friday. 

Skyler Conant, an eighth grader in Pamela Mallard’s science class at Windham Middle School shows an experiment he worked on virtually this fall with chemistry students attending Saint Joseph’s College. In the experiment, Conant demonstrated a chemical reaction by mixing baking soda and vinegar causing a gas that blew up the balloon. SUBMITTED PHOTO

 

“My students couldn’t wait to see what the package held,” Mallard said. “The surprise brought such excitement to my students. I would like to express my gratitude to Dr. Lesher and her students.  This year has been very difficult for students and this outreach allowed them to have something to look forward to.”

According to Mallard, each of Mallard’s 40 students were given a virtual lesson and experiment, split up into 10 at a time.

“At this age, my kids don’t always see the importance of science,” she said. “But these college students were able to connect science to careers they were preparing to enter such as a medical biologist or a game warden. This allowed excitement to happen again for my students and they could see the crossover to the future plans for these college students and opened meaningful dialogue about it.”

Adding to the relevance for the eighth-grader students were that three or four of the Saint Joseph’s College chemistry students helping lead the experiments were graduates of Windham High School, Mallard said.

“This allowed my students to see local kids who are attending a local college and gave them an opportunity to think about what they might want to study at that level too,” she said.

Participation among the Windham Middle School eighth graders was 90 to 95 percent for the Friday experiments, which spanned a range of topics from chemistry to physical sciences.

“They gave them everything they needed to do the experiments at home and that was met with real enthusiasm by my students,” Mallard said. “They were able to relate to the college kids and the entire program was extremely worthwhile because it helped promote math and science and they could come in to class the next week and share what they learned.”

The final day for the fall experiments for Saint Joseph’s College students interacting virtually with Windham Middle School math and science students was Nov. 16.

Mallard said because of the success of the program this fall, she hopes to continue it in January with Lesher’s new class at Saint Joseph’s  College. < 

Windham High School students get nerdy at science

By Briana Bizier

On a blustery Saturday in late March, a team of Windham High School students traveled to the University of Southern Maine’s Gorham campus to compete with mousetraps, calculators, and batteries. Maine’s annual Science Olympiad competition, which dates back to 1986, brings together teams of students from middle and high schools across the state.

“There’s no other competition like it,” explained Pamela Ferris-Olson, one of the two directors of the 2019 Maine Science Olympiad. “The events run across all STEM disciplines, from the build competitions to biology to physics. At least two students compete in every event, so kids learn how important it is to cooperate. The students win on the strength of their team.”

Maine Science Olympiad’s events range from tests on subjects as far-ranging as herpetology and forensics, which are written, administered, and graded by a group of dedicated volunteers who follow national standards, to “build” competitions where students design and construct something beforehand which is then tested and evaluated by volunteers on the University of Maine campus. The entire event is a celebration of math, science, and engineering. Windham High School’s team T-shirts poked fun at popular perceptions of science by using the symbols for nitrogen, erbium, and dysprosium from the Periodic Table of the Elements to spell out: NErDy.

“We have 23 events covered by 15 kids,” explained Daniel Wirtz, one of the two teachers who serve as coaches for the Windham High School team. “So, our team has to have a wide range of knowledge
and experience.”

For the build events, Wirtz said, students are required to bring their completed machines as well as their test and run logs to the competition. As we spoke, the Mousetrap Car competition ran in the background. For this event, high school students constructed a vehicle powered entirely by the snap of two mousetrap springs. To compete, the mousetrap car needed to push a cup eight meters, then stop, and then travel in reverse.

Another popular build event is called Mission Possible, where students construct a complex Rube Goldberg machine in order to accomplish a simple task. This year, the task was lifting a nine-volt battery. Extra points were awarded to students whose machines included details like using vinegar

and baking soda to inflate a balloon, filling a container with water in order to lift a golf ball, or using electricity to break a string.

My young assistants and I watched the Windham High School team set up and run their Mission Possible machine. As we waited, the volunteer judges examined the machine carefully and asked a few questions about the batteries.

“Those batteries are hooked up in parallel,” Windham High School student Evan Desmond explained, “so the voltage doesn’t add, it’s just the amperage.”

Clearly, these Windham High School students already know much more about electricity and

The Mousetrap car that won second place.

batteries than this reporter!

After a few last-minute adjustments, Desmond and fellow student, Cordelia Inman put their Mission Possible machine into action. A water balloon inflated, balls rolled down ramps, a string snapped, and finally a little engine whirred into action, slowly raising a wooden platform holding the single nine-volt battery.

“I want to see it again!” my four-year-old assistant declared. I promised him that, if he works hard enough in school, he could one day be on the Windham High School Science Olympiad team.

The Windham students’ dedication and hard work paid off during the Science Olympiad award ceremony. Students Annika Johnson and Landon Leclerc took a gold medal for first place in the Anatomy competition. Haley Froisland and Joshua Mora took silver, second place, for their Mouse Trap Car, and Desmond’s and Inman’s battery-lifting Mission Possible machine won third place. \

Students Owen Flibert and Kiril Perederil also took third place in the Forensics competition.

The Windham High School team is generously sponsored by State Farm Insurance in Windham, thanks to Tricia Zwirner. The Windham team thanks you for your continued support of math, science,
and engineering!

Students experience potential and kinetic energy through sledding

Owen Gaulrapp 

By Lorraine Glowczak

The snow-covered hill near the football field and Windham Primary School was packed with eighth grade and second grade students having fun sledding on Friday afternoon, March 8. No, it was not recess. They were studying chemistry.

Windham Middle School’s eight grade team of Ohana Explorers led by teachers, Pamela Mallard, Lisa Hodge, Erika DuPont and Tricia Sabine, were given an unusual homework assignment – to build a sled from materials at home. They were given four weeks to make their creations, factoring in the concepts of potential and kinetic energy. Specifically, they were assigned to, “develop a model to describe objects interacting at a distance and the different amounts of potential energy that are stored,” Mallard said. This was the curriculum standard to which was learned and developed.

Briefly, chemists divide energy into two classes. potential energy is where the energy is stored while kinetic energy is the energy found in a moving object. The faster the object can travel, the more kinetic energy it has. “Students needed to be able to describe what the potential energy of the sled was and where it converted to kinetic,” explained Mallard. “The student also needed to identify the role of friction in stopping their sled.”

Students were asked to determine the relationship between the amount of energy transferred, the type of matter, the mass and the change in kinetic energy. They also explored how adding a person to the sled, which increased the mass, would change the amount of acceleration of the object.

“Students did an on-line program through Gizmo (an interactive learning site) called Sled Wars,” explained Mallard. “This gave them information to ponder while constructing their sleds. Sleds were built at home and the students could have the help of a parent. I encouraged the home connection
among family members.”

If a student didn’t have materials of their own, Mallard offered materials from the school and they could stay to work on them after class.

The second-grade students who participated in this middle school science project are part of a mentorship program. “We have been mentoring Mrs. Brianna Butts second graders once a month since the beginning of the year,” stated Mallard. “This allows the eighth-grade students to take on a leadership role and make connection with their younger friends. It is something we will continue to do for the remainder of the year.”

Eighth-grade student, Abby Thornton stated that the project was a fun and engaging activity. “I never realized the true potential of sledding. It shares a global meaning of fun and allowed us to see how velocity, acceleration, speed, and other components contribute to real life.” 

Lucas Spencer, another eighth-grade student, stated it was a great learning adventure he experienced with both family and friends. “This school project allowed for me to really make a home connection,” Spencer said. “I am lucky that my little brother is on the buddy team at the primary school. We have been brothers and buddies all year. We designed and constructed the sled with the help of my Dad
and my uncle.” 

The next mentorship program event will consist of the eighth-grade students hosting a Grandparent Day in May for both groups. “This allows us to make a generation connection with our buddies,” Mallard explained.