Mary Ellen Randall envisioned the MOVE (Mobile Outreach Vehicle) truck to address the needs of natural disaster victims. She assembled a group of IEEE volunteers who applied their problem-solving skills to adapt and develop the MOVE trucks. The MOVE Community Outreach program was launched in 2016, and offers emergency power, Internet access, and infrastructure support to those affected by natural disasters. Since the program was launched MOVE has assisted close to 1,000,000 survivors at 35 events across the United States.
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Science uses investigations and experiments to explain the world around us using evidence. From Astronomers to Zoologists, scientists seek to understand how things work.
Examples of Science Connections to the Real World
- Energy – Science fuels our everyday lives by enabling the harnessing and utilization of various forms of energy, from electricity powering our devices to the combustion processes driving our transportation systems
- Communication: Whether it’s sending a text message, making a phone call, or accessing the internet, communication relies on principles of physics, engineering, and computer science
Environment: Scientific research helps us understand the impact of human activities on the environment and develop strategies to mitigate climate change, reduce pollution, and conserve natural resources
- MOVE uses Signal & Communication Scientists to detect, locate, and secure digital signals for the MOVE trucks
- Automotive Scientists & Engineer transformed the MOVE trucks into disaster recovery vehicles
- Industrial Engineers design, develop, implement, and evaluate all the systems on the MOVE trucks
Technology harnesses knowledge to develop innovative devices and tools, enhancing various aspects of life. From the stone tools of prehistoric times to modern robots, advancements in technology have significantly improved communication, transportation, and numerous other fields.
Examples of Technology Connections to Daily Life
- Communication: Technology enables instant communication through various channels such as smartphones, email, social media platforms, and video conferencing tools.
- Information Access: The internet provides access to vast amounts of information on almost any topic imaginable. Search engines, online libraries, and educational platforms allow people to learn, research, and stay informed.
- Healthcare: Technology has revolutionized healthcare delivery, with innovations like telemedicine, wearable health monitors, and electronic health records
- Web Developers design, develop, and maintain the MOVE website
- System Architects code, test, implement and improve all the software used by the MOVE trucks
- Radio Engineers install, maintain, and repair the radio and transmission equipment on the MOVE trucks
Engineering uses math, chemistry, and physics to create new things or to improve products. The goal of an engineer is to solve problems.
Examples of Engineering Connections to Daily Life
- Transportation – Engineers shape the way we move around the world. They ensure that whether we’re driving, flying, cycling, or taking a train, our journeys are safe, comfortable, and efficient. Their innovative thinking shapes the way we move around in the world.
- Healthcare – Medical devices, diagnostic tools, and treatments are all fruits of engineering innovation. Biomedical engineers are the architects behind prosthetics, imaging systems, and medical equipment, all aimed at enhancing healthcare outcomes.
- Energy – Engineers play a crucial role in providing energy for daily life, whether it’s through traditional sources like fossil fuels or renewable sources like solar and wind power. They design power plants, optimize energy distribution, and develop sustainable technologies.
- MOVE uses Mechanical Engineers to design, analyze, and maintain the solar panels and frame that secures and deploys the satellite dishes on the MOVE trucks.
- MOVE uses satellites designed by Aerospace Engineers to stay connected, forecast the weather, and get to and from deployments.
- MOVE works with Electrical Engineers in restoring and enhancing critical infrastructure, ensuring rapid recovery and resilience in affected communities.
Mathematics is the backbone for Science, Technology, and Engineering. Its applications across STEM disciplines are crucial for identifying patterns in data. These patterns enable researchers to draw broad conclusions, test relationships, and create models to replicate real-world phenomena.
Examples of Math Connections in Daily Life
- Managing Money – Whether it is balancing your checkbook or figuring out the best price when shopping, math is key when it comes to your money. For example, calculating your interest rate when buying a home or car is an example of utilizing Algebra in the a real world scenario.
- Playing Sports – Athletes use Geometry and Trigonometry to determine the best way to make a goal, hit a ball, or run around a track.
- Home Improvement & Decorating – Algebra and Geometry are used to determine how much paint you need for a project or calculating the area of your flower garden.
How MOVE Uses Math STEM Skills
- MOVE uses Accountants to manage financial documents, keep track of spending, and forecast budgets.
- MOVE uses Atmospheric Scientists who utilize math to predict the weather. MOVE utilizes those forecasts to ensure safe travel and allocate resources.
- MOVE uses Resource Managers to calculate everything from how long it will take to arrive at a destination to how much the truck weighs.
