This research project is primarily an independent and self directed research and development project with help from mentors when needed. All materials will be provided for development and design at no additional cost. ** The work performed may qualify for entry in the 2024 Biomimicry Competition. For more information about biomimicry visit their this web site: www.biomimicry.org PVNet is registered with the Biomimcry organization for both middle and high school category competitions. PVNet Intern, Baseem, won 2nd place nationally in 2023 for his "The Birdhive" design. See this link: https://biomimicry.org/youthdesignchallenge/ ***IMPORTANT: The first meeting for this research project will take place on Saturday, August 26th, 2023 at 1pm at PVNet.*** Why are we offering this? Because this non-profit org and we volunteers want you to receive a better education and make the world a better place for animals than it is now. Microplastics in drinking water are a growing concern due to their potential health implications. These tiny plastic particles, typically smaller than 5mm, can originate from a wide range of sources such as larger plastic debris degrading, cosmetic microbeads, synthetic textiles, and more. They often end up in our oceans and, consequently, our food and water supplies and even in our brains. Identifying microplastics in drinking water can be complex and requires specialized procedures and equipment. Here are general steps that scientists and researchers usually follow: Sample Collection: Collect a water sample from your source. The size of your sample will depend on the expected concentration of microplastics, but a liter is a common starting point. Filtration: Filter the water sample through a sieve or membrane filter to capture particles. The filter size will depend on the smallest size of microplastics you're interested in detecting; 0.45 micrometers is often used. Microscopy: Examine the residue on the filter under a microscope. Microplastics can often be recognized due to their specific shapes (fibers, fragments, beads, etc.) and colors. Polymer Identification: This is the most challenging part, as it involves distinguishing microplastics from other particles. Techniques used can include: Quantification: The number of microplastics in the sample is counted and expressed as a concentration (e.g., particles per liter of water). There is something for everyone in this superb internship opportunity. For example. here are just some of the skill areas to which interns will be exposed and from which they may select their area(s) of focus: - - Engineering - - Healthcare - - CAD design - - 3D printing - - Biology - - Workshop fabrication processes (hands on) Interns will receive input and advice from professionals. A medical grade professional equipment will serve as the basis for their learning and design experience. Real World Experience ================ Working alone, collaborating with a partner, or working as a team (important skills to learn), interns will prototype and refine their ideas to build and bring their final design to life and test them. This will be a fantastic project to include in your college application and resume. BENEFITS: too many to list =================== - Small work group size = more attention - Enhanced experience far beyond high schools and even many colleges. - Opportunities for professional development - Excellent for improving academic & job opportunities All Selections are final. No refunds or exchanges.