Renaissance Learning’s Post

📚 Tips for undergraduate STEM students about to start their semester: -Introduce yourself to your professor the first day of class (name, year, major, is the course required for you or an elective) -READ, HIGHLIGHT, and ANNOTATE your syllabus! That is your tool to having a great semester. You need to make sure you have a good understanding of it -Write down all dates in a place that works for you. I was a digital sticky note on my computer screen type of girl, but if you prefer a planner, or an iPad, that works too! -Email your professor any questions you have about your syllabus the first week. #undergraduate #tipsandtricks #thingstodo

Here's how to avoid the most common mistakes that I see students make when studying math, science and engineering. Enjoy 🙂 #1 Practice Practice Practice To do well on Math, Science, and Engineering tests, you need to practice. Just doing the assignments is not enough practice to get good grades on a test. So what does practice look like? It is NOT just reading the textbook, skimming through notes, or reviewing problem solutions. You MUST practice by actually solving problems. You need to take out a pen and paper and write out the solutions to problems. Think of it this way. If you were racing a marathon, you would practice by running. The same goes for studying for STEM courses. In the test you are going to be solving problems, so you should practice by doing the same thing. #2 Pick The Right Problems So now we know that we need to be solving problems, but what problems should you study? Your goal here is to do as many problems as possible. Start with questions that have full solutions, that way if you get stuck, you can check the solutions to move forward. The way to do this is with questions that have video solutions. Once you have solved problems with solutions and you are feeling confident, you can move on to questions that have answers but no solutions. These are a good way to see if you are ready. #3 Use Your Formula Sheet Your formula sheet is a valuable resource. Make sure you... Read more: https://lnkd.in/gjajQB7S

🌐 SAT Subject Tests in STEM: Choosing the right test to shine in your academic domain! 🔬 Unveil the secrets to success. 🚀 #SATSubjectTests #STEMSuccess https://lnkd.in/dRde5_58

💥💥💥💮💮💮🪂🪂🪂 STEM education helps in facing challenges such as engagement, resource availability, curriculum adaptation, equity and access issues, teacher training, perception and stereotypes, and assessment methods. Addressing these challenges requires a collaborative effort from various stakeholders to ensure quality education for all students. Story: A narrative with characters, plot, and theme. STEM Challenge: A hands-on task requiring application of science, technology, engineering, or mathematics principles to solve the same questions in stories. 🏵️🏵️🌸🌸 #stemeducation #stemlearning #stemactivities #kidsinscience

STEM Isn't Just for Class: Tips from AmosTheMathGuy! Hey everyone, AmosTheMathGuy here! While textbooks and lectures are important, some of the coolest STEM learning happens outside the classroom. Here are some ways to take your STEM game to the next level: 1. Join the Club! Extracurricular activities like robotics teams or math Olympiads provide hands-on challenges and opportunities to collaborate with like-minded peers. 2. Find a Mentor! Connect with STEM professionals or educators. Their guidance and experience can be invaluable in shaping your learning journey. 3. Explore Online Resources! There's a world of knowledge waiting to be discovered! Dive into documentaries, online courses, or interactive websites that spark your curiosity. 4. Attend STEM Events! Workshops, conferences, and science fairs are fantastic places to learn about cutting-edge advancements, network with experts, and get inspired for your own projects. 5. Get Creative! Don't just learn, apply! Work on DIY projects, experiments, or coding challenges to put your STEM skills to the test in a fun and engaging way. 6. Challenge Yourself Online! Websites with brain teasers, puzzles, and programming exercises are a great way to sharpen your problem-solving and critical thinking muscles. Remember, STEM mastery is a marathon, not a sprint. Be patient, persistent, and always seek out new learning opportunities. What are your favorite ways to learn STEM outside of the classroom? Share your thoughts in the comments! Head over to Amosthestemguy.com to get more resource on mastering STEM. #STEM #Learning #AmosTheMathGuy #Education #GrowthMindset #LifelongLearning

📣 Calling all grade school STEM teachers! 🌟 Are you looking for new and exciting ways to make math and core science principles more enticing and relevant to your middle and high school students? Look no further! ASM Materials Camp®-Teachers is here to help. Our free, week-long workshop is designed to generate innovative ideas and introduce teachers to effective methods that will captivate their students. By incorporating materials topics into your engineering, technology, or science courses, you can motivate your students and help them understand concepts that are reflected in their everyday lives. What sets us apart is our focus on practicality and affordability. After attending our camps, teachers leave equipped with the knowledge and tools to engage their students using simple, low-cost experiments that seamlessly integrate into their existing lesson plans. We believe that making STEM education accessible and enjoyable is key to fostering a love for these subjects. As an added benefit, participants in our program are eligible to receive four (4) Continuing Education Units (CEUs) and have the option to earn two (2) graduate level credits. We understand the importance of professional development and aim to provide valuable opportunities for growth. With locations offered across the United States and Canada, there's bound to be a camp near you! Don't miss out on this incredible chance to enhance your teaching skills and inspire the next generation of STEM enthusiasts. Join us at ASM Materials Camp®-Teachers and let's make a difference together! Register now and be part of this transformative experience. #asminternational #metallurgy #mechanicalengineering #failureanalysis #testinglaboratory #sem #micoscopy #analyticalchemistry #tribology #corrosiontesting #stressanalysis #fractureanalysis #metallography #STEMeducation #TeacherProfessionalDevelopment

Unlock the Future with STEM Books from Inventant Education! With the help of our carefully chosen selection, explore the fascinating fields of science, technology, engineering, and mathematics. At Inventant Education, we think that STEM subjects have the ability to spark curiosity, encourage creativity, and lead the way to a better future. Our publications are meant to excite young people and give them the information and abilities they need to succeed in a world that is changing quickly. Inventant Education has the ideal STEM book for everyone, including parents who want to support their child's education, teachers searching for high-quality resources, and ambitious students. Together, let's explore, discover, and develop—one page at a time. Join us on this fantastic adventure and use each book as a stepping stone to a future full of limitless possibilities. #UnlockTheFuture #STEMEducation #STEMBooks #ScienceForKids #TechnologyForKids #EngineeringForKids #MathForKids #InventantEducation #STEMLearning #CuriosityAndCreativity #FutureInnovators #EducationalResources #LearningIsFun #KidsInSTEM #DiscoverSTEM #STEMAdventures #ReadToLearn #FutureLeaders #STEMExploration #STEMJourney

"You Can't Do Hooks in Maths? 😤 Think Again!" 🔍 Uncover the Power of Inquiry-Based Learning and Start with the End in Mind Recently, I introduced my students to the captivating world of maths through an intriguing preassessment challenge called Bryony's Triangle from the NRICH . With no guidance, they fearlessly dove into deciphering the puzzle, igniting their curiosity. Afterward, we reflected on our initial understanding and identified areas for growth. 🤔📝 💡 Next, I shared the learning goals for the upcoming weeks, aligning them with my students' aspirations. The outcome was astonishing! 🚀 Embracing the concept of math investigations, the entire class embarked on an engaging exploration of whst they need to know to complete the problem. Gone now are the days when investigations were afterthought or holding task reserved for a select few "mathematicians." ✨ 🌱 This approach grounded our focus and prompted thoughtful reflection at every learning objective. Connecting the dots, our students realized the practical application of each concept and its role in enhancing their problem-solving skills. 🧠💭 🌟 One student effortlessly conquered the initial problem during the first lesson. Recognizing their advanced understanding, I challenged myself to reimagine their learning experience, ensuring they remained engaged and stimulated. However I know this domething I still need to get better at. 🔍 Ultimately, this journey proves that an inquiry-based approach to maths "hook" our learners, sparking their curiosity and nurturing an authentic passion for understanding the subject. 🎣💡 Bryony's Triangle- https://lnkd.in/gkwB2MnK #MathEducation #InquiryBasedLearning #CuriosityUnleashed #EngagedLearners

Professors, do you want to increase student engagement and improve learning outcomes in your classroom? 📚 Explore thousands of animated STEM video lessons that explain key concepts taught in undergraduate courses with a free trial. Start yours here! 👉 https://hubs.ly/Q02DxPvz0 #faculty #stem #professor #classroomresources #stemed

The Grand Magic Show " HAKUBHA" organized at Gyanbag Gurukul. 1. Promotes critical thinking: Magic tricks encourage students to think critically and analytically, trying to figure out the secrets behind the illusions. 2. Develops problem-solving skills: Magic shows often involve puzzles and brain teasers, helping students develop their problem-solving abilities. 3. Enhances creativity: Magic performances can inspire students to think creatively and explore their imagination. 4. Builds curiosity: Magic shows can spark students' curiosity, encouraging them to explore science, math, and art concepts. 5. Fosters entertainment and engagement: Magic shows can be a fun and interactive way to learn, making education more enjoyable and engaging. 6. Teaches STEM concepts: Many magic tricks involve scientific principles, such as physics, chemistry, and math, making them a unique way to learn STEM concepts. 7. Encourages observation and attention: Magic shows require students to pay close attention, developing their observation skills and focus. magic shows can be a valuable educational tool, making learning fun and interactive!