For the third year in a row, an Allendale Columbia School team of fifth-graders earned an invitation to the VEX IQ Robotics World Championships.
On Saturday, March 9th, three fifth-grade teams from AC went to the Museum of Science and Technology in Syracuse to compete in the VEX IQ Northern New York State Robotics Competition. A total of 24 teams of students in 5th to 8th grade won awards at local qualifiers to get there.
The MAGMAS, (composed of Morgan Wilson, Achanti Thongjang, Gia Pellegrino, Marc Voloshin, Amora Thongjang, and Sammy Davis) won the Excellence Award, which earned them the invitation to Worlds April 28th-30th, 2019. They will be one of 400 Middle School teams collaborating and competing from such countries as the U.S., China, Australia, Canada, New Zealand, Australia, Hong Kong, Taiwan, Puerto Rico, Colombia, South Korea, Egypt, Mexico, United Kingdom, Philippines, Finland, Myanmar, Estonia, United Arab Emirates, Morocco, and India. (more…)
Posted in: Authentic Learning, Centers for Impact, Fifth Grade, Highlights, Invent, Lower School
Innovation Day on March 15th is dedicated to all the new and unconventional ways students, teachers, and the AC community teach and learn, shaking things up from how it’s always been done. Anchored by a pitch competition for prospective young entrepreneurs and a science fair, the event will include interactive workshops, speakers, a gallery walk, and performances. (more…)
Posted in: Entrepreneurship, Highlights, Invent
by Donna Chaback
Allendale Columbia School teams brought home three awards at the VEX IQ Robotics Qualifier, and at least two teams, VEX Chargers and MAGMAS, will be going on to the State Championships.
The Qualifier was held Saturday, January 26th, at the Museum of Science and Technology (MOST) in Syracuse. A total of 38 VEX IQ Robotics teams of students in Grades 4-8 participated. AC’s teams were all composed of 5th-graders. The State VEX IQ Championship will be held at the MOST on March 9th. AC has had teams go on to the World Championships in each of the last two years, with last year’s team winning one of the Sportsmanship awards. (more…)
Posted in: Authentic Learning, Centers for Impact, Fifth Grade, Fourth Grade, Highlights, Invent, Lower School
Join us for a special viewing of SCIENCE FAIR by National Geographic
Hailed by critics as “infectious and exuberant” and “the funniest movie of the year,” National Geographic Documentary Films’ SCIENCE FAIR follows nine high school students from around the globe as they navigate rivalries, setbacks and, of course, hormones, on their journey to compete at the International Science and Engineering Fair. As 1,700 of the smartest, quirkiest teens from 78 different countries face off, only one will be named Best in Fair. SCIENCE FAIR won the audience award at Sundance and SXSW.
This event has already occurred. To watch the documentary on your own, please check Amazon or Netflix.
Watch the trailer and see for yourself why science is so cool.
Allendale Columbia School presents this event as part of our commitment to exposing students and the Rochester community to STEM and entrepreneurship opportunities. Learn more about the AC Invent Center for STEM and Innovation and the AC Center for Entrepreneurship.
Posted in: Entrepreneurship, Highlights, Invent, Lower School, Middle School, Upper School
By Maya Crosby
It’s midterm week at Allendale Columbia School, but around here you will see a different kind of test. End-of-semester exams measure Upper School science students’ understanding of concepts through more authentic, challenge-based assessments.
In Analytical Chemistry, a required science course, students take part of their exam in the lab, discovering the identity of an unknown. They answer questions about each reaction, focusing on “why did this reaction occur” and “what does it mean?”. In Forensics, they take on a case-based challenge, trying to understand the nature of a crime using clues provided to them and the tools in the lab. Using this kind of assessment requires much more work on the part of faculty than a traditional multiple-choice exam. However, it’s worth the extra effort in terms of the quality of the learning that the students can demonstrate and the lasting understanding that a student takes with them after the course. (more…)
Posted in: Authentic Learning, Centers for Impact, Eleventh Grade, Highlights, Invent, Ninth Grade, Tenth Grade, Twelfth Grade, Upper School
A delegation of educators from Belarus, seeking ways to boost innovation and economic development and cultivate a competitive workforce, visited Allendale Columbia School because of its reputation as the best school to visit for its “bottom-up” approach to Science, Technology, Engineering, and Math (STEM), which formally begins in Kindergarten. (more…)
Posted in: Centers for Impact, Eighth Grade, Eleventh Grade, Fifth Grade, First Grade, Fourth Grade, Global Engagement, Highlights, Invent, Kindergarten, Lower School, Middle School, Ninth Grade, Partnerships, Second Grade, Seventh Grade, Sixth Grade, Tenth Grade, Third Grade, Twelfth Grade, Upper School
By Beth Guzzetta
Invaders seem to be taking over large parts of Allendale Columbia’s campus, but seventh grade science students are on the case!
My 7th graders have been learning about a problem that affects not only AC’s campus, but many parts of the world: invasive species. Today, the students worked with our special guest, Hilary Mosher from Finger Lakes Partnership for Regional Invasive Species Management (FL PRISM), to take multiple 10-meter transects of various parts of our campus and document the invasive species that have taken hold there.
Invasive flora and fauna infiltrate our native species, and because they have essentially “escaped” their original habitats, they have no local, natural predators to keep them in check. Each student has explored a few of these invaders in depth, learning about their characteristics, their degree of pervasiveness in the region, and ways to manage their presence. Invasive species impact our economy, disrupt the food web, and endanger the local native species.
On AC’s campus, students identified Buckthorn, Privet, Garlic Mustard, Multiflora Rose, Purple Loosestrife, Periwinkle, and Mugwort as particularly prevalent in their transects along the borders of grassy areas and in the shallow woods. They are busy uploading their findings to iNaturalist under our class project so scientists can verify our findings. Once that is complete, the students will upload their findings to the NY iMapInvasives project for documentation and tracking.
During the next month, students will determine which invasive species (“invasives”) have the potential to cause the most damage and which can be managed by the school. Then they will assemble a plan of action and present their plans to the AC Leadership Team for further action. It’s all part of being a scientist, as we say, not just studying science.
While we were doing our fieldwork, Travis Godkin’s 9th grade biology class presented their studies of invasive species. Invasives are a pervasive theme!
Elizabeth GuzzettaBeth, AC's Lucius and Marie Gordon Chair in Science and NY State Finalist for the 2016-17 Presidential Awards for Excellence In Science Teaching, has taught mathematics, science, and computer courses at the middle school, high school, and college levels in addition to private tutoring for 29 years. She has also coached Varsity boys and girls soccer and Modified softball and basketball. Beth has coached Odyssey of the Minds, helping one team receive second in the world, and enjoys bringing students on domestic and international academic and cultural experiences. She holds a bachelor's degree in Mathematics from St. John Fisher College as well as a master's degree in Education from Curry College, and brings experience from an international exchange program in Wales.
Posted in: Centers for Impact, Eighth Grade, Highlights, Invent, Middle School, Ninth Grade, Seventh Grade, Sixth Grade, Tenth Grade, Upper School
Sure, you need to be smart and know some science and technology. But to succeed in landing on the moon, sending humans to Mars and back, or just about any goal, it takes a lot of curiosity, collaboration, communication, and the relentless pursuit of a dream. At least, that’s the message Clayton Turner conveyed to Allendale Columbia students from his 28 years of experience at NASA’s Langley Research Center in Virginia, where he is Deputy Director.
“I have a strong belief that our future is right here in these classrooms.”
A Rochester native, Turner visited Allendale Columbia as part of a trip to meet with the President’s Roundtable at RIT, of which he’s a member. He never imagined he’d work for NASA at the time when he was a young boy and the first human walked on the moon. After attending McQuaid Jesuit High School, Monroe Community College, and enlisting in the Army, he still wasn’t sure. But he kept searching for the “passion in his heart” that ultimately landed him at his dream job at NASA, where he gets to help fulfill their mission to “Reach New Heights” and “Reveal the Unknown” to “Benefit All Mankind”. Now, he’s sharing that passion with others. He was connected to AC through Leslie Wilson, parent of 10th grader Myles Wilson and RIT’s Director of Alumni Relations.
He began the visit by ideas from the Middle School FIRST LEGO League Robotics class, coached by Teresa Parsons, on how to clean up and avoid space debris, which is the theme for this year’s robotics competition. “Remember, anything you shoot up into space to collect debris needs a big rocket to get it there, so that’s just going to add to the problem,” Turner said, challenging students to think about other methods, such as using equipment in orbit already or engineering items to degrade after their usefulness.
“Hands-on projects like robotics keep students enthusiastic about learning,” he asserted, having visited many schools across the country. We need to keep that curiosity flowing” if we’re to address the problems in the world today, he said. “And Robotics teams are actually a great exercise in teamwork and problem-solving” in addition to coding and technology. “After judging many competitions, I found that you can quickly see the groups that are working as a team and the groups that have one smart person directing everyone else.” “
He then met with an enthusiastic group of fourth graders, who have been engaged in a multi-disciplinary project-based learning unit on space exploration since the beginning of the school year, led by Lower School STEM Lead Teacher Donna Chaback. They peppered him with questions, which he delightfully addressed, often with a question of his own to stimulate their thinking.
When asked if AC is succeeding on its core value to foster curiosity and creativity, he said, “I shared the questions that the 4th grade sent me with my colleagues back at Langley to show them how impressive they are. They were astounded when I told them ‘these are 4th graders!’, and they weren’t asking me about if aliens exist or any of that stuff, they were asking me about the Keiper system, black holes, trajectories for getting something to the moon from the earth. Things they’ve obviously heard in class and they are curious about and want to learn more.”
He concluded his visit by talking to Upper School students in physics and 3D modeling classes. “No one can really be successful working alone any more. All of the work we do today involves interacting with teams of people from all over the world,” Turner told them. He related how his first job entailed working on a business-card-sized circuit board to aim lasers, but it was just a tiny part of a bus-sized satellite that so many other people worked on.
When asked by one student on what they needed to do to pursue a career at NASA, Turner noted that getting a college degree is only the starting point for a job at organizations like NASA. “That shows you can learn and know how to do some work,” he said. “Just as important is seeing evidence of teamwork, collaboration, and people skills.”
“When you think about sending people to Mars, you have a small group of people that will be in a space only this big,” he said, indicating a space about 12 feet square, “for eight months to get there, and another eight months getting back. We need scientists, mathematicians, and engineers, but we also need psychologists, people who have studied human behavior, to address these types of challenges. We also need accountants, lawyers, and people from all professions” in order to fulfill a quest like putting humans on Mars by the late 2030s.
Maya Crosby, Director of the AC Invent Center for STEM and Innovation who coordinated the visit, was especially pleased with that message. “One of the things we strive for in the Invent Center is to help broaden the appeal of STEM. We aim to help students understand that STEM is more than just hard technology, that these other fields are important to the success of technology-focused businesses.”
NASA certainly explores some immense challenges. He said, “One thing I hope they take from this is the difference between hard and impossible, and sometimes replace one for the other, and that they get to know what’s just hard and requires work.”
Turner also warned against anyone who dismisses an idea with, “That’s not the way we’ve always done it.” He encouraged students to prize diverse thinking, to consider multiple perspectives, in order to solve problems. “It’s the wide range of thinking, that diversity of thought, that’s what’s going to help take on the challenges we have.”
“What I find most enjoyable is that I get to look into our future and see all the challenges that these students are going to overcome for us, all the amazing things that they are going to do.”
Posted in: Authentic Learning, Centers for Impact, Eighth Grade, Eleventh Grade, Fourth Grade, Highlights, Invent, Lower School, Middle School, Ninth Grade, Seventh Grade, Sixth Grade, Tenth Grade, Twelfth Grade, Upper School