Congratulations to all of our Voya Unsung Heroes winners. Each year, 100 finalists receive $2,000 while three of them are selected as Top Winners to receive additional grants of $25,000, $10,000, and $5,000. You can find winners for your state or for a specific year using the controls below.
Pam Goldman (2017)Folsom, CA
Goldman’s innovative teaching idea, “POE Zoo Projects,” focuses on proving an authentic design project within the Principles of Engineering class for the students at Folsom High School. Students involved in this project will be working with the Folsom Zoo-Sanctuary on engineering projects. Working together with the zoo-keepers and program directors, students will design projects based on the needs of the animals at the zoo alongside their specific interests and skills. Through these authentic engineering projects, the students will be given the ability to apply their learnings to “real world” scenarios by working directly with the zoo staff.
Keith Jones (2017)Newbury Park, CA
Jones’ innovative teaching idea, “Sensational 64,” focuses on teaching students about historical figures from the Middle Ages by conducting a “March Madness” style bracket. After 64 historical figures are chosen and given designated places on the bracket, each student will deliver an oral argument asserting that their assigned historical figure was the most influential person of the Middle Ages. Through multiple rounds of debates and voting, each class will collectively choose a winner. This project, which Jones hopes to extend across multiple grade levels, will provide students with valuable experience conducting online research, using an interactive online classroom interface, corroborating primary and secondary sources and giving oral presentations.
Gregory Lakey (2017)Lawndale, CA
Lakey’s innovative teaching idea, “Quadratics Through Rocketry,” focuses on providing a hands-on approach to understanding abstract concepts, such as quadratic equations, trigonometry and physics. Through designing and building a rocket, and then measuring and analyzing its flight, students are exposed to STEM concepts and learn how to apply them to real life situations. Building rockets from scratch can be very expensive, as there is a tremendous amount of trial and error involved in perfecting the apparatus, so Lakey hopes the Voya grant will enable him to build upon his rocketry project and establish a rocketry club that gives students the opportunity to compete in national rocketry competitions.
William Plunkett (Counseling Department and School Administration) (2017)Rancho Cucamonga, CA
Plunkett’s innovative teaching idea, “EX-Change Electronics Program,” focuses on collecting and distributing electronic devices to low-income students for their academic success. Students in the EX-Change club set up donation drives, repair donated computers and then distribute them to disadvantaged students. Through the process, members of the club learn how to market events and fix computer hardware and software. Students who receive the donated devices are able to use them to finish online assignments, take extra-curriculum online and retake failed classes online. Well aware of the vital role that electronics play in education, Plunkett and his team believe that providing access to electronic devices will help disadvantaged students reach their full academic potential.
Melissa Zaucha (2017)Placentia, CA
Zaucha’s innovative teaching idea, “Robot Storytelling,” focuses on developing a unique, independent project which combines written and verbal skills with computer science skills. For the project, students will be required to write a short narrative and code a robot to act out the story. The Voya grant will be used to purchase pre-designed Ozobots for coding, as well as other technology materials. Zaucha believes that by merging technological studies with the written word, the project gives students the opportunity to expand their imagination, creativity, and critical thinking skills.
Carol Tanzman, Steven Cugley and Alicia Stanco (2017)Los Angeles, CA
The team’s innovative teaching idea, “Living Newspaper,” focuses on increasing students’ reading prosody –the rhythm and pattern of sounds of language, and depth of understanding through the independent study of non-fiction topics. Students independently will study self-selected historical resources, current events, novels, and biographies, and then work with the drama department to create an original production based on their texts. The Voya grant will allow the team to continue running the program she has been running for the last two years. Tazman and her team believe that the project’s success comes from putting student input at the core of the project’s creation and relying on individual teacher expertise to bring their visions to life. Through this method, students are provided an expansive and nuanced learning experience where the teachers hope the students further develop an understanding of how the arts can make a difference in their education, community and society.
Del Camara (2017)Merced, CA
Camara’s innovative teaching idea, “Walk in My Shoes,” focuses on fostering creativity, collaboration and ingenuity through service-based learning. With her project, art students will work in pairs to design their own shoes with unique artwork highlighting positive ideas, thoughts and messages. These shoes will later be donated to local homeless shelters, foster homes, group homes and overseas military personnel. Camara believes that through art and service-based learning, students are able to use their creativity to have a positive impact on their community culture.
Shardie Ezell (2017)Oakland, CA
Ezell’s innovative teaching idea, “Document Us! Film Project,” focuses on providing an opportunity for the students of Bret Harte Middle School to learn how to create short films focused on their lives and experiences. Students involved in the project will learn all aspects of filmmaking including editing, basic computer skills and proper teamwork as the program will assign them to work in teams. The project will also be a great introduction to film making and allow the students to explore digital media tools. All activities will be hands-on and student-led. In an effort to engage the local community, Bret Harte will plan to host a community movie night to share the final produced movies with the families and friends of class participants.
Ding-ay Tadena (2017)Hawthorne, CA
Tadena’s innovative teaching idea, “When Geometry Meets Fashion,” is focused on connecting “left brain and right brain” skills and applies a Project-Based Learning (PBL) strategy in her geometry classes. Students apply the math skills they have developed from Tadena’s class to the study of music, art and fashion design. The Voya grant will allow Tadena to provide materials for a diverse array of mathematical art projects, including drawing, painting, fashion and accessory design, and more. Tadena believes by understanding and applying the crossovers between arts and mathematics, students will be able to find color, glamour and beauty in what is sometimes considered a mundane subject. With her award grant, Tadena plans to purchase items for the program, including dress forms, expandable body forms, mannequins, sewing machines, assorted textiles, 3-D printers and art materials. These items will help ensure the continued success of the program for years to come and will allow other teachers to utilize the resources so they can also discover the joy of arts integration into other subjects.
Anthony Verbsky (2017)Highlands Ranch, CO
Verbsky’s innovative teaching idea, “The Drone Project,” focuses on developing a curriculum that encompasses the application of Calculus III, Differential Equations, and Drone Science to real-world issues. The Voya grant will provide students the resources needed to take on a variety of application projects, including mapping and calculating the energy of a human blush, surveying heat emissions from buildings, and analyzing changing reservoir water levels, and many others. Verbsky and his team believe that the program offers an early exposure to modern technological applications which offers students the opportunity to explore their interests and future career paths in advanced technical fields, including electrical engineering, aerodynamics, and thermography.