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.
Michael Backus (2016)Wasilla, AK
Backus’ innovative teaching idea, “Robotic Blimps and Submarine,” is focused on building a program that enables students to design robotic contraptions. Students will be able to construct and program robotic submarines and blimps using sophisticated computer programming, while learning about engineering, electricity, and buoyancy. With the grant funds, Backus will have the opportunity to provide additional materials and equipment to his students so that they can create more advanced contraptions of their own design. In this program, Backus hopes students will learn many of the skills and concepts expected of middle school students while in an engaging and challenging manner and environment.
Lane Patterson (2016)Jacksonville, AL
Patterson’s innovative teaching idea, “New Health Science Program,” is focused on educating students in all aspects of the healthcare field, to develop and inspire future jobs in a medical-based field. The program will consist of three different classes and a senior internship, made up of Foundations of Health, Therapeutics, and Medical Interventions. The equipment provided with this grant is funding more than a curriculum and daily classroom activities – it is building potential doctors, nurses, EMTs and pharmacists who could make a significant difference in the medical world one day. Patterson believes this will open up new doors and introduce many new ideas to students who may not have known they were interested in the medical field.
Terri Elder (2016)Birmingham, AL
Elder’s innovative teaching idea, “Library Makerspace,” is focused on providing an interactive do-it-yourself working space where students can gather to create, invent and learn. The space will contain various items ranging from building tools to 3D printers, craft supplies and electronics. Through the use of specialized building blocks, the students involved in the program will have an opportunity to learn from other users all over the world. According to Elder, the building blocks utilized in the program will be designed under the belief that regardless of ones gender, age, or technical background, everyone should have the opportunity to "build, invent, and prototype with electronics." As many students at Wylam K-8 School are not exposed to student interactions outside of their own neighborhoods, the “Library Makerspace” will also provide an opportunity to connect with students in other states and even other countries, ultimately broadening their view of the world as global learners.
Angie Kelley (2016)Anniston, AL
Kelley’s innovative teaching idea,” Coding to Comprehend,” is focused on teaching her students how to read and write computer code to increase their creativity and challenge their critical thinking skills. This project is unique because it will be part of the first computer science course taught at any middle school in Kelley’s school system. Students will learn the basics of computer programming through different modules available like Code.org and Google CS-First. Kelley also plans to integrate robotics into the curriculum. Students will use their coding knowledge to program LEGO Mindstorm robots to help solve a real-world problem of their choice. Kelley hopes this program will inspire her students to explore a career in computer science, especially as the demand for qualified professionals in the field continues to grow.
JoAnne Wilbanks (2016)Ward, AR
Wilbanks’ innovative teaching idea, “Blinding You With Science,” is focused on creating an environment to help science come alive for her kindergarten students. Wilbanks’ believes kindergarten is the perfect opportunity to instill a passion for the scientific process. During each unit, she will transform her classroom into a hands-on science lab — complete with manipulatives, glowing mucus/slime and real-life insects. Additionally, she will use virtual reality equipment to help her kindergarten class dive into the ocean, rocket through space and explore the circulatory system of the human body. Wilbanks’ hopes her innovative program will inspire her students to become the next generation of scientists.
Sarah Jewell (2016)Fayetteville, AR
Jewell’s innovative teaching idea, “Library Innovation Stations,” is focused on providing students at Holt Middle School access to resources and knowledge that will allow them to create, collaborate and develop their ideas. Students involved in the program will be empowered with a culture of innovation, invention, and creativity while generating critical thinking and problem-solving skills. Jewell believes every student has an area of interest that they are passionate about, but many students go from class to class never getting to explore the areas of learning that interest them most. “Library Innovation Stations” is designed to allow students to pursue their individual learning passions, ultimately with the hopes of driving their engagement and motivation in the classroom.
Scott Cumberledge (2016)Mesa, AZ
Cumberledge’s innovative teaching idea, “Growing Knowledge,” is focused on creating a garden program for Eugene Field Elementary School’s five special education classes. Though the gardens will benefit the entire school, they will distinctly provide a unique and meaningful learning experience for the students deeply involved in the program. Cumberledge believes that gardens provide "real world" examples and experiences that boost learning for students who thrive on practical instruction. With this grant, the school will purchase two-three aboveground planters — but the investment will expand so much further. Cumberledge hopes the students will develop skills beyond what is gained in the classroom, through connecting with nature and each other in new ways.
Tanielle Kazmierczak and Jared Jacobson (2016)Florence, AZ
Kazmierczak and Jacobson’s innovative teaching idea, “Remote Controlled STEM,” is focused on developing a robotics program for Circle Cross Ranch K-8 STEM Academy elementary students that will connect with the current middle school robotics program, while developing a flying elective for the middle school students. The elementary robotics program would start in kindergarten where students will learn how to program basic robots through a series of hands-on activities. Moving on to second and third grade students, the focus would be on building LEGO robots and programming them. Finally, the fourth and fifth grade students would use the LEGO middle school robotics program to learn how to build more complex robots and to program them to do multiple tasks. The middle school drone elective, on the other hand, would have students learning about the uses for drones, researching designs for their drones, and working in small groups to design, build, and program their drones.
Mike Jones (2016)Elk Grove, CA
Jones’ innovative teaching idea, “The Bike Shop,” is focused on providing bicycles to the youth and young adults in the community who often do not have access to safe bicycles. The mission of the program, run by Jones’ students, is to collect, repair and provide refurbished bikes to the shop’s participants and other children of low-income families. Jones will also partner with multiple community organizations, community members and local bike shops to not only provide bikes, but to launch bicycle safety classes, build safety equipment and organize monthly community bike rides, thus bringing students and the community together.
Kim Bass, Julienne Lee and Hannah Lim (2016)Fullerton, CA
The team’s innovative teaching idea, “The IDEA Lab,” is focused on providing a space for students to create new mobile apps by using computer programming and applying innovative and “out of the box” thinking. Through the IDEA Lab, which stands for Inspiring Designers, Entrepreneurs and Architects, students will have the resources to research, explore, design, build, and test each other’s personalized apps, by learning and implementing coding techniques. In addition to designing apps, students will also learn to program robots and drones through lessons shared by robotics engineers and experts. This team hopes their program will prepare their students to create better solutions, while working within guidelines and deadlines, and through using the process of design thinking and learning that will ultimately prepare them for their professional futures.