Tag Archive for: STEM

Drew M. Hodis
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STEM Education and Careers: Science

STEM Education and Careers: Science

Science is all around us, from the way plants grow to the technology that powers our smartphones. It shapes the world we live in, and understanding it is essential, whether or not you plan to become a scientist. In this first post of our STEM blog series, we’ll explore why science matters, how students can thrive in their science courses, and what exciting careers the future of science holds.

Why Is a Career in Science Important?

Science is more than just a school subject—it’s a way of thinking. Studying science encourages curiosity, critical thinking, and problem-solving skills that are valuable in any career. Whether you go into business, healthcare, technology, or public policy, a foundation in science helps you make informed decisions and understand the world through evidence and analysis.

For students considering a career in science, the impact is even greater. Scientists play a key role in solving global challenges, from climate change and disease prevention to space exploration and food security. A career in science allows students to contribute meaningfully to society while working in dynamic, innovative environments.

How Can Students Be Successful in Their Science Courses?

Success in science courses starts with curiosity and consistency. Here are a few tips:

  • Ask questions. Science is driven by inquiry, so be sure to explore the “why” behind concepts.
  • Stay organized. Keep track of notes, labs, and study guides to reinforce learning.
  • Practice regularly. Reviewing material weekly and solving practice problems boosts understanding and retention.
  • Get support. Working with a tutor or study group can help break down complex topics and build confidence.

How Can Students Prepare Early for a Career in Science?

Preparation starts with exposure and exploration. Middle and high school students can:

  • Take a variety of science classes like biology, chemistry, and physics.
  • Participate in science fairs, clubs, or summer research programs.
  • Stay current with scientific news and breakthroughs.
  • Volunteer or intern in science-related environments, such as labs or hospitals.

Advanced placement (AP) or International Baccalaureate (IB) science courses can also provide a strong academic foundation and prepare students for college-level expectations.

What Science Careers Should Students Consider?

Science offers a wide range of career paths to suit different interests:

  • Environmental Scientist – tackle climate issues and protect natural resources.
  • Biomedical Researcher – develop treatments and advance medical knowledge.
  • Data Scientist – apply scientific methods to interpret complex data across industries.
  • Forensic Scientist – help solve crimes through lab analysis.
  • Marine Biologist, Chemist, Physicist, Geneticist – and many more!

Fields like biotechnology, climate science, renewable energy, and public health are showing strong demand. Careers that blend science with technology, such as bioinformatics or AI in medical research, are also expanding rapidly.

Conclusion

Science education opens doors, not just to careers in labs or hospitals, but to a better understanding of the world and how to improve it. For students with curiosity and drive, a future in science is full of opportunity!

If your student could use extra support or wants to get ahead in science, consider tutoring with Hodis Learning & Music. Call or email us to learn more or sign up!

 

 

 

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Drew M. Hodis
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STEM Education and Careers: Engineering

STEM Education and Careers: Engineering

Engineering is where science meets creativity. Engineers use math and scientific principles to design, build, and improve the systems and structures that power our world—from bridges and buildings to clean energy and biomedical devices. In this third post in our STEM series, we’ll focus on engineering: why it matters, how to start preparing early, and which engineering careers are most in demand.

 

Why Is a Career in Engineering Important?

Engineering careers are at the heart of innovation. Engineers solve real-world problems, improve everyday life, and help build a more sustainable and efficient future. Whether designing earthquake-resistant buildings, developing clean water systems, or building the next generation of electric vehicles, engineers are responsible for turning ideas into reality.

 

Even students who don’t plan to become engineers benefit from engineering-based thinking. It encourages logical reasoning, creativity, and collaboration, which are skills that apply across countless careers.

 

Students interested in both problem-solving and the practical application of science and math should strongly consider engineering as a career path.

 

How Can Students Be Successful in Engineering-Related Courses?

Engineering blends multiple subjects, and success comes from strengthening those core skills:

 

  • Focus on math and science. Algebra, geometry, physics, and chemistry are essential building blocks.
  • Practice technical writing and communication. Engineers must explain their ideas clearly to both technical and non-technical audiences.
  • Work on real-world projects. Whether it’s designing a model bridge or creating a prototype, hands-on experience builds skills and confidence.
  • Join engineering-related activities. Robotics clubs, science fairs, or STEM competitions encourage teamwork and practical problem-solving.

 

How Can Students Prepare Early for a Career in Engineering?

Starting early helps students build a strong foundation. Here are some things they can do to prepare:

 

  • Take advanced math and science classes, especially physics and calculus.
  • Join STEM clubs or engineering organizations like FIRST Robotics or Project Lead The Way.
  • Attend summer engineering camps or workshops.
  • Explore different branches of engineering (civil, mechanical, electrical, chemical, etc.) to discover what they’re interested in.
  • Students can also benefit from learning basic design software or programming languages, which are often used in engineering roles.

 

What Engineering Careers Should Students Consider?

Engineering offers a wide variety of specializations to suit different passions:

 

  • Civil Engineer: Design roads, bridges, and public infrastructure.
  • Mechanical Engineer: Work with machines and mechanical systems.
  • Electrical Engineer: Develop electronics, power systems, and circuitry.
  • Chemical Engineer: Create products from chemicals, such as fuels, plastics, and pharmaceuticals.
  • Environmental Engineer: Solve sustainability and pollution-related challenges.
  • Biomedical Engineer: Combine engineering with healthcare to improve medical devices and treatments.

 

In Conclusion

Engineering careers are creative, impactful, and always evolving. For students who love solving problems and making things work better, engineering offers a world of opportunity.

 

Ready to support your student’s journey into engineering? Hodis Learning & Music can help build the math and science skills they need. Call or email us today to learn more or sign up!

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HodisEditor
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STEM Education and Careers: Technology

STEM Education and Careers: Technology

Technology is the engine driving our modern world. It shapes how we live, work, and connect, from the smartphones we carry to the tools behind space exploration. In this second post in our STEM blog series, we’ll focus on technology and explain why it matters, how students can succeed in tech-related classes, ways to prepare early, and which careers are growing fast in this exciting field.

 

Why Is a Career in Technology Important?

 

Technology is constantly evolving, and with it comes the need for skilled thinkers and creators. Careers in technology are vital for improving infrastructure, creating innovative tools, and securing digital information. Whether you’re passionate about sustainability, medicine, or entertainment, technology plays a key role.

 

Even if students don’t plan to pursue a tech-specific career, learning technology skills like coding, digital literacy, and data analysis is incredibly useful. In nearly every profession, from healthcare to marketing, technology is integrated into daily tasks.

 

For students considering a career in tech, the field offers the opportunity to be on the cutting edge of innovation.

 

How Can Students Be Successful in Technology Courses?

 

Success in technology courses means building both foundational knowledge and practical skills. Here are some helpful tips:

  • Practice regularly. Whether it’s coding, web design, or data analysis, repetition and practice are key.
  • Embrace mistakes. Problem-solving is part of tech learning; bugs and errors help you become better.
  • Use online tools. Platforms like Codecademy, Khan Academy, or even YouTube tutorials can supplement classes and in-person lessons.
  • Apply your skills. Try building small projects or participating in tech challenges and hackathons.

 

How Can Students Prepare Early for a Career in Technology?

 

The earlier students start exploring technology, the better. Some ways to prepare include:

  • Learning to code through beginner-friendly platforms like Scratch or Python.
  • Taking computer science or IT courses in school, if available.
  • Joining tech or robotics clubs.
  • Exploring areas like cybersecurity, game development, or app building to discover interests.

 

Tech-focused summer camps and internships are also great ways to gain hands-on experience.

 

What Technology Careers Should Students Consider?

 

Technology is a vast field with something for everyone. Popular and fast-growing roles include:

  • Software Developer: Design apps, websites, and systems.
  • Cybersecurity Analyst: Protect information and digital infrastructure.
  • UX/UI Designer: Improve how people interact with technology.
  • IT Specialist or Systems Administrator: Manage networks and systems for businesses and organizations.
  • Data Analyst or Data Scientist: Evaluate numbers and turn them into insights and actions.
  • Artificial Intelligence or Machine Learning Engineer: Develop intelligent systems.

 

Final Thoughts

Technology is more than devices, it’s about shaping the future! Students who understand and engage with tech are building the tools and systems of tomorrow.

 

Interested in giving your student a head start in technology or other STEM subjects? Call or email us today to get in touch and learn more!

 

 

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Drew M. Hodis
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STEM in Homeschooling

STEM in Homeschooling

STEM—Science, Technology, Engineering, and Mathematics—is a cornerstone of modern education. These subjects equip students with critical thinking, problem-solving, and technical skills. For homeschooling families, STEM offers a unique opportunity to blend hands-on learning with real-world applications. With plenty of tools, experiments, and online resources, teaching STEM subjects at home has never been more accessible. Here are some strategies and resources to inspire and enrich STEM learning in a homeschool environment.


Hands-On Learning with STEM Kits

STEM kits are a fantastic way to bring science and engineering concepts to life. These ready-made kits include materials and instructions for experiments and projects that make complex topics approachable and fun. Some popular options include:

  • KiwiCo Crates: These subscription-based kits offer projects tailored to different age groups.
  • Snap Circuits: These kits teach electronics through hands-on assembly of circuits, introducing concepts like power flow and resistance in a visual and interactive way.
  • Little Passports Science Expeditions: Combining STEM activities with storytelling, these kits engage kids with experiments tied to real-world themes like renewable energy and space exploration.

Experiments and Exploration

Home-based science experiments can be an excellent way to cultivate curiosity and reinforce theoretical concepts. Everyday household items can become tools for discovery. Some examples include:

  • Volcano Eruption: Using baking soda, vinegar, and a few drops of food coloring, kids can learn about chemical reactions.
  • DIY Water Filter: Create a simple water filtration system with sand, gravel, and a plastic bottle to teach principles of environmental engineering.
  • Grow Your Own Crystals: Teach kids about supersaturation and crystal formation by making salt or sugar crystals.


Coding and Technology Resources

Coding is an indispensable skill and, luckily, there are a variety of platforms that make coding accessible for homeschoolers:

  • Scratch: Developed by MIT, Scratch introduces coding through drag-and-drop blocks, making it ideal for beginners.
  • Code.org: This free platform offers structured courses in computer science, including lessons in Python, JavaScript, and game development.
  • Tynker: Tynker provides kids with gamified coding lessons that evolve in complexity as learners progress.


Online STEM Platforms

Virtual resources have revolutionized STEM education, offering access to helpful lessons and interactive content. Some great platforms include:

  • Khan Academy: With a vast library of free lessons in math, science, and computer programming, Khan Academy is a wonderful resource.
  • Brilliant.org: This platform engages students with problem-solving challenges in mathematics and science, emphasizing practical application.
  • Mystery Science: Ideal for elementary-aged learners, Mystery Science provides video lessons and hands-on activities aligned with science standards.


Building a STEM-Rich Environment

To maximize STEM learning at home, create a dedicated space stocked with tools like magnifying glasses, microscopes, graphing calculators, and construction materials like LEGO bricks or building blocks. Encourage exploration by integrating STEM into everyday life, such as cooking (chemistry), gardening (biology), or repairing household items (engineering).


Conclusion

STEM education in homeschooling offers unlimited opportunities for creativity, discovery, and skill development. By leveraging kits, experiments, coding platforms, and online resources, families can make STEM both accessible and enjoyable. With the right tools and mindset, homeschoolers can cultivate a lifelong love for science, technology, engineering, and mathematics, preparing students to excel in a rapidly evolving world.

Learn more about Hodis Learning & Music’s expert Homeschool Education Program by calling or emailing us.

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Rachel Hodis
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Women in STEM

Women in STEM

In celebration of Women’s History Month, we’re shining a spotlight on the remarkable women who are making strides in the fields of Science, Technology, Engineering, and Mathematics (STEM). We sat down with some of our own talented tutors who are actively engaged in these fields to hear their perspectives, challenges, and triumphs.

About Some of Our STEM Tutors

  • Abby is a math tutor. She attended U.C. Santa Barbara where she received her B.S. in Statistics and Data Science and a B.A. in Feminist Studies. Her goal is to become a high school math teacher.
  • Amber is a math, biology, and chemistry tutor. During the day, she is a high school STEM teacher. She received her B.S. and M.S. in Biomedical Engineering from USC.

When do you remember first being interested in your subject area?

As long as I can remember! In third grade, I vividly remember being extremely competitive in a multiplication game we would play in class. By the time I was in middle school, I knew I would be majoring in math in college and doing something with it with my career. – Abby S.

I was always very curious about science as a child, but the first time I considered studying engineering in college was during my high school physics class. I fell in love with the subject matter. – Amber H.

What has been your experience as a woman in a STEM field?

Growing up my parents and teachers were extremely supportive and encouraged me to pursue STEM. They had me taking accelerated courses and knew it was something that I excelled at.

It wasn’t until college when I saw a disproportionate number of women in STEM. While majoring in math at UCSB, I did not have a single female professor or TA for the first two years. A few times I felt that I wasn’t taken as seriously by some of the guys in my math courses.

When I switched to data science, to my surprise, I actually found some more women, both students and professors. There was a “Women in STEM” club at UCSB and some scholarships available. – Abby S.

I have been very lucky to have such a positive experience as a woman in STEM. My teachers in middle and high school actively encouraged my interests, which made me feel comfortable in STEM classes. In college, the women in my engineering program definitely looked out for each other. – Amber H.

Do you feel like your experience has changed over time?

I think that over time, the idea of “women in STEM” has been more promoted, but the actual practice still isn’t there – we still see major gender gaps in these careers and fields and gender bias in education and workplaces. I like to believe that the next generation will lessen those.

My personal experience with it has kind of come full circle as I felt encouraged during K-12, felt a bit to the side during college, but am now pursuing my math teaching credential where I hope to encourage all students to move forward with STEM and follow their passions. – Abby S.

In general, I think the tide is changing in the STEM field. For example, USC Viterbi School of Engineering (my alma mater) had an incoming class that was 49% women in 2023!

More women and girls are choosing to go into STEM fields, which means this generation of girls will have more support systems in their education and careers. – Amber H.

Why do you think it’s important for women to continue to pursue careers in STEM?

It is so important! For starters, you can only become what you see is possible so we need women in these positions now to inspire the next generation of girls and so on. Additionally, STEM fields are extremely important in how our world runs so we need diverse people in all of the spaces.

The people making big decisions in workplaces are the people who are then going to be properly represented in society. We need more women, especially more women of color, to be welcomed into these fields so all voices are heard and all people are being taken into consideration. – Abby S.

Women need to be in places where decisions are being made. When women are involved in medicine, chemistry, engineering, etc. our experiences can be reflected in the world around us.

When women are involved in the design process, we can ensure that the medicine we use is tested on bodies similar to ours, or that car crash tests account for differences between male and female bodies. – Amber H.

If there’s one piece of advice you could give to a young girl or woman interested in STEM, what would it be?

Find a female role model to follow and be the next role model for a girl looking up to you. – Abby S.

I would tell any girls or women in STEM fields to reach out to other women in their fields. Having other women around who can support you can make STEM fields less daunting. I relied a lot on the other women in my program for advice or guidance. – Amber H.

Sign Up for Science and Math Tutoring Today!

If your student is struggling in a STEM subject, reach out to start tutoring today. We offer all math and science courses at all grade levels. Learn more or schedule your first session by calling or emailing us today.

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