��Vlog: Science & Engineering Blog

Women in STEM: 4 Ways to Empower Yourself in the Field

2026-04-24T22:06:33.271832-04:00

Occupations in science, technology, engineering, and mathematics (STEM) make up 7% of the workforce, yet only 27% of women worked in these fields in 2019. STEM specializations have a long way to go to bridge this gender gap. They offer women a wide range of opportunities in biological sciences, computer and mathematical operations, chemistry and physical sciences, various engineering fields, and earth sciences. Some STEM careers may even pop up in unexpected ways, such as through mechanical engineering, in which thermodynamics and fluid mechanics play critical roles in making air conditioners work in your home.

Pursuing a career in STEM could lead to a lifetime of fulfilling research and contributions to scientific and technological advancements. As a young female student eager to make an impact, here are four tips to help you become a successful woman in STEM.

1. Enroll in a strong STEM program

The first step for women to achieve success in STEM fields is to enroll in a reputable degree program. STEM degree programs deliver interdisciplinary learning and hands-on experience with the latest technologies in your chosen career path. Perhaps most importantly, STEM programs are designed for students to gain essential skills necessary for their fields.

While each specialization will equip you with problem-solving, critical-thinking, and research analysis skills, you’ll also acquire designated skill sets for your particular program. For example, a student pursuing mathematics will master logical reasoning, linear models, and mathematical formulas. Likewise, conservation scientists will need to develop strong communication, speaking, and decision-making skills for advocacy and environmental solutions.

You may desire to enter a field where you can research and find a cure for cancer or solve global warming. Thankfully, STEM degrees are highly diverse and help pave the way to many stable, lucrative employment opportunities. When you’ve decided on the STEM program you wish to enroll in, speak with an advisor to ensure you meet the GPA and prerequisite requirements for acceptance into the program. Every college and university will have varying standards for students to meet.

2. Ask for help and mentorship

STEM fields are challenging. It’s important to remember that asking for assistance or clarification about complex concepts is okay and indicates you’re willing to put in the work and really learn. In mechanical engineering, where women make up only 11% of the workforce, studies show that female engineers are more likely to ask other female colleagues for assistance instead of their male counterparts.

It’s hard being a woman in STEM; however, you may be setting yourself up for failure by not speaking up, even to the opposite gender. As you pursue a STEM degree, practice asking for help from peers and faculty in general, regardless of gender. Better yet, find a mentor to assist you in gaining the expertise and hands-on experience needed in your field of study.

Although more women are seeking employment in STEM positions, men still occupy most leadership roles. Open yourself up to more educational and professional opportunities by turning to male mentors and faculty members for assistance. They may be able to introduce you to different industry professionals and help you gain higher respect for being a female in a male-dominated field.

3. Step outside your comfort zone

We’ve already said it: Women are vastly underrepresented in STEM. That’s why you need to be prepared to step outside your comfort zone in order to achieve success. Ensure others realize how invaluable your skills and knowledge are and make your voice heard. Women have far more to prove due to the narratives and myths surrounding women in math and science. It wasn’t until the Title IX of the Education Amendments of 1972 and the Public Health Service Act of 1975 were passed that women were allowed to pursue medical careers without prejudice.

Yet, even with laws in place to prevent gender discrimination, a recent study by the Pew Research Center found that only 47% of employees in mathematics were female. Similarly, only 40% of females worked in physical science, and 25% in computer sciences. Don’t expect to hide in the back of the room when you pursue a STEM degree; you will get noticed simply by being a woman in the field. Set yourself up for success by actively participating in lectures, internships, and other hands-on training.

4. Join a professional organization

Whether you’re a student, a graduate, or part of the workforce, professional organizations for women in STEM fields deliver plenty of opportunities for ongoing learning, research, advocacy, and career development. Many professional organizations also offer student memberships at a discounted rate with access to several member benefits, including mentorship programs, volunteer or internship openings, job listings, networking opportunities, and access to the latest STEM research. Examples of female-focused professional organizations include:

Association for Women in Science (AWIS): This group is aimed at gender equity advocacy and advancing women in science fields.
Society of Women Engineers (SWE): SWE offers a unique platform for female engineers to voice their knowledge and challenges surrounding engineering professions.
Association for Women in Mathematics (AWM): This organization seeks to empower women in mathematical careers and advocate for occupational gender equality.
Association for Women in Computer (AWC): AWC provides professional growth and networking opportunities for women in various technology-related fields.

Students and professionals can also apply for membership to other female-oriented organizations for more specific fields, such as radiology, geosciences, coding, pharmaceuticals, and more.

Pursuing a STEM degree sets you up for success in fulfilling careers that need more female representation. Women in STEM are bold professionals who exude exceptional leadership and knowledge to drive progress in some of the most crucial areas of our lives. When you join the ranks of women in challenging science, technology, engineering, and mathematics positions, you’ll inspire a new generation of young female professionals to do the same.

Need help funding your STEM education? Check out these Outstanding Scholarships for Women that you may be eligible for!

4 Unexpected Skills You Need to Succeed in Science Majors and Careers

2026-04-24T22:06:33.268370-04:00

So you’re the scientific type: mathematically inclined and strictly factual. Though these are important facets of the sciences, this broad area of study heavily relies on other skills that don’t involve plugging in a formula or studying under a microscope. Some skills are honed through experience and, when combined with your specialty, certainly set you up for success. Let's discuss how to strengthen these unexpected skills regardless of your education level.

1. Motivation

Science majors and careers are notorious for being rigorous and demanding. With that in mind, it’s best to possess a strong sense of self-motivation. You are on this journey of growth and self-improvement, becoming capable of contributing to science and ultimately to the betterment of all society; therefore, it’s best to remind yourself why you started in the first place. Suppose you’re a visual person—make a vision board that reflects your aspirations for the semester or year. And most importantly, set it in a place where you can see it (i.e., on your lock screen or desk). Having this constant reminder can prevent feelings of discouragement and motivate you to achieve whatever it is you desire.

2. Writing

Though the thought of writing anything may seem daunting, it is quite indispensable when it comes to the sciences. From lab summaries to hypotheses, writing is imperative to the scientific process. To strengthen your writing, begin by broadening your vocabulary; learning and using colorful, descriptive words can make your writing more concise and appealing overall. If you want to take it a step further, join your school's newspaper staff and write about topics that excite you. Writing on a deadline or just for fun can not only improve your academic vitality but strengthen your writing skills, which can then be applied to college essays, future careers, or even a thoughtful birthday card. Becoming proficient in writing is a vital skill that is always valuable—even for science majors.

3. Communication

Possibly one of the most important yet overlooked skills for scientists is communication. Being an active listener is the one of the most imperative skills that you must engage to communicate effectively. To improve your conversing skills, begin by strengthening your nonverbal skills—meaning proper posture and eye contact—and overall maintaining an open, inviting, and respectful stance. You may also want to consider the type of words you use based on your audience. Are you presenting to a room full of fellow classmates or coworkers, or patients and individuals who are not as familiar with certain topics or verbiage? If it's the latter, consider reducing the use of jargon and swapping lengthy words for simplistic synonyms. Being able to convey your thoughts and understanding of what is being communicated in return helps in a multitude of settings and contributes to productive conversations not only in the classroom and professional world but in your daily life as well.

4. Organization

Having all your assignments, research projects, labs, and extracurricular activities sorted and scheduled can make all the difference when you’re facing a hectic week at school or work. A few ways to stay on top of things include using a calendar (digital or paper), creating checklists, and color-coding or labeling activities and assignments. Employing one of these methods updates your active to-do list and frees up time to do something spontaneous or non-school related. Sometimes all you need is a little break, so be sure to add free time to your schedule as well. Future you will be so grateful! Also remember to prioritize things that might be more time consuming, require more research, and are due sooner. Once you’re organized, anything can be easily tackled. Additionally, get into a routine and stick with it, even during weekends or summer break. Allocating routine study time doesn't make the task seem like an obligation—it becomes part of your ordinary day.

These are just four skills among a plethora of others that science majors may not realize they need to succeed. Some are more mindset based, while others are learned skills. Though they each involve dedication and time to fully master, nothing is impossible!

Looking for colleges and universities equipped to help STEM students succeed? Check out our featured science college lists to find great schools to connect with!

5 Liberal Arts Minors That Go Surprisingly Well With Science Majors

2026-04-24T22:06:33.265575-04:00

As STEM fields and careers become increasingly essential every year, a greater number of college students choose science-based majors and corresponding minors. However, with the onset of a STEM revolution in higher education, students often overlook the importance of humanities and non-science degrees to an effective, well-rounded workforce. Let’s explore some unexpected liberal arts minors for science-minded students and how they can integrate the best of both academic worlds.

For writing and communicating your findings

As any scientist would confirm, a large part of their career is communicating their findings. There’s no point in absorbing or creating knowledge if it can’t be transferred into sources for other people—scientists or otherwise—to learn from. Responding to this demand of STEM communication are two interesting minors: Journalism and Communication.

In a world where everyday people are becoming more involved with global science issues, it’s important for scientists of all kinds to present their information on a less complex, publicly appeasing, yet understandable level. A Journalism or Communication minor could foster this ability in all types of scientists: students majoring in Biology, Chemistry, Neuroscience, Earth Science, and more could all benefit from a Journalism minor. After all, as Robert Boyce once said, knowledge is power, but knowledge shared is power multiplied.

Journalism

Though often paired with majors like Political Science or English, Journalism helps students learn how to communicate their ideas and discoveries with people who have less scientific knowledge than them and people outside of their academic field. For instance, in the wake of the COVID-19 pandemic, epidemiologists worked hand-in-hand with newspapers, media channels, and other journalists to help normal civilians understand the science behind the rather complicated microbiology concepts. In addition, many climate change activists advocate for the Earth’s health through advertisements and articles via news outlets and social media websites alike.

Communication

While a Journalism minor can teach students how to write information for those with little prior knowledge, a Communication minor teaches students how to share that information with those who need to be on the same page as them. All types of workplaces require communication specialists to keep employees informed about professional agendas, office updates, and countless other coordinated activities. Regardless of whether it’s a microbiology lab working on a common research topic or a publication company needing to gather its editors, a Communication minor and that knowledge of shared information can be priceless to people of all fields.

For becoming more socially aware and politically savvy

We live in a society that’s becoming increasingly political in all aspects by the day. Changes in politics impact how everyday people live, how scientists can use their research to apply to real communities, and how new discoveries can be taken beyond the lab for monetization and expansion. It would be extremely useful for more science majors to take on minors in Nonprofit Studies, Political Science, or Public Policy in hopes of becoming more socially aware and, perhaps, a more strategic scientist.

Nonprofit Studies

Much of the suffering modern world would benefit from new humane machines, inventions, and tools. For example, the Bill and Melinda Gates Foundation recently launched a Reinvent the Toilet Challenge for engineers and innovators across the world to improve bathroom sanitation in underprivileged areas. This is just one of the endless social problems that Engineering and Environmental Science majors could use their background in science to solve. However, along with the innovation, it’s incredibly important for these inventors to have a thorough knowledge of how to get their products to the needy and sustain their help over the long term. In situations like this, a Nonprofit Studies minor would equip students majoring in Engineering or Earth and Environmental Sciences with the ability to take their degree a step further and understand how people can not only purchase and monetize but also sustain a quality human life from their research and innovations.

Political Science and Public Policy

Fields such as Biology, Chemistry, and Global Climate Science often require individuals to work hand-in-hand with government officials and agencies. Whether it’s epidemiologists rolling out vaccines during the COVID-19 pandemic, nuclear chemists trying to establish a new power plant, or climate change experts lobbying against fossil fuel usage, scientists who find themselves in such crosshairs of critical research and government processes would greatly benefit from Political Science or Public Policy minors. Expanding lab research to a whole nation requires knowledge of the political climate, current public leaders’ willingness to pass bills, and the necessary steps to pass legislation that uses scientific research to help the masses. Political Science and Public Policy minors provide science majors with exactly this type of thorough policy and legal knowledge.

Clearly, STEM students and professionals can benefit from so much more than scientific knowledge. What may be considered unusual minors with these STEM majors can actually equip individuals with the humanities education they need to take their research and discoveries a step beyond the lab and miles beyond the world of just science. As Steve Jobs once said, “Combine science and humanities” using minors in your college degree and enjoy the fruition of science expanded to its boundaries.

Looking for colleges with great programs in both the liberal arts and sciences? Check out our featured undergraduate schools and learn about their extensive academic offerings in just one click!

An Inside Look at College Labs: What STEM Classes Are Really Like

2026-04-24T22:06:33.262337-04:00

College labs are crucial for many majors such as Science, Health, and Engineering. Labs enable hands-on experimentation to enhance students’ understanding of complex scientific course material. They also foster observational, explorative, critical-thinking, and problem-solving skills. Although you may already have lab experience from high school, it’s natural to wonder what college labs will be like. For instance, will you need to dissect another animal? Here’s what to know about taking labs in college.

The importance of college labwork

It’s obvious why labs are integral to science education—you wouldn’t want to take a medication that hadn’t undergone rigorous clinical trials first, which is why testing is so important! According to the National Center for Education Statistics, health-related programs accounted for 13% of conferred degrees in the 2019–20202 academic year, equivalent to 257,300 graduates. Another 6% of college degrees were in biological and biomedical science fields. Of course, Biology, Chemistry, Pharmacology, and Forensic Science aren’t the only programs requiring labwork in college. You may be required to take a lab to fulfill a science elective, and majors like Engineering and Computer Science also spend a fair share of their time in technology labs, sometimes facilitating advanced software for companies to synthesize data and streamline operations more efficiently. Labs are also the birthplace of energy-efficient equipment for renewable energy efforts and help leaders set policy frameworks and regulations for safe drinking water with toxicology testing. All in all, labs are the best environments for innovation and discovery.

What you’ll do in college labs

Professors typically supervise undergraduate science and engineering labs to ensure safety, while students at higher academic levels, such as master’s or doctoral programs, may use the lab independently. College students typically receive guided instruction during labs, although some professors may pair students and have them follow directions from a sheet of paper. College labs are designed to demonstrate your learning from previous course instruction using lab equipment. For example, dissection experiments may follow a lesson on anatomy and physiology. Students in chemistry labs might otherwise combine chemicals to create different reactions. Labs teach students to ask questions, observe small details, and seek answers through experimentation.

Lab safety 101

Students must adhere to stringent lab safety protocols despite whatever experience they have. Even the most skilled professionals take extreme care to protect themselves, their peers, and their research from potential harm. Most often, mistakes and injuries result from human error, such as forgetting to power down equipment or not wearing the proper protective attire. As such, college students must always pay careful attention during lab courses. Colleges and universities will have individual lab protocols for students to follow. Usually, high school lab rules require you to wear close-toed shoes, gloves, and goggles. The dress code may be stricter in college, including wearing acid-proof smocks or masks. Additionally, students may not always work with a partner—a common trend in high school.

Other general college lab safety guidelines typically include knowing where emergency exits, eye-wash stations, showers, and fire extinguishers are. Although you’ll practice due diligence to protect your skin and eyes from toxic chemicals, you should remain prepared for anything. Containers should also be labeled appropriately and sealed when not in use—knocking over an open jar of liquid could cause serious harm. You should also never consume food or beverages in college labs for risk of contamination. Listen to your professors’ instructions closely and take accountability in following the procedures for optimal safety.

Even those who aren’t majoring in science-, health-, or technology-related fields benefit from taking lab courses in college—and many schools require them. Students often enroll in labs for introductory biology and chemistry classes within the first two years. For some, labs offer greater insight into whether they’ve chosen the right major or can see themselves working in a lab setting in the future. Other times, college labs are a steppingstone to the world’s greatest inventions. Despite the many safety protocols to remember, labs provide stimulating, hands-on learning experiences.

Want to find a college that offers great lab experiences and opportunities to pursue undergraduate research? Check out our featured research college lists!

What Students Should Know About STEM Extracurricular Opportunities

2026-04-24T22:06:33.258727-04:00

Joining STEM-related clubs and organizations can enrich your college experience, enhance your career prospects, and give you the opportunity to make a significant contribution to your field of study. Additionally, STEM clubs offer a community of like-minded peers who share similar interests, fostering a sense of belonging and support. Students can network with professionals, alumni, and faculty members associated with these organizations, creating valuable connections for future careers. Moreover, participating in STEM clubs hones crucial skills that are highly sought after by employers, such as leadership and teamwork. Overall, you can’t go wrong by joining or participating in STEM-related organizations and opportunities like these at your college.

STEM organizations and clubs

There’s a wide variety of STEM-related clubs and organizations at colleges across the country that cater to many majors and areas of interest. Simply look up a list of clubs at the schools you’re interested and search for major-specific groups. For example, Stanford University has many STEM organizations for specific groups of people, such as Women in Electrical Engineering, an organization that “aims to provide community, mentoring, and enrichment for women students.” There’s also Tau Beta Pi, which “serves the Stanford community by acting as a representative entity for academic excellence, leadership, and continued service.” You’ll find similar organizations and clubs at every college that aim to provide a space for people in STEM.

Connect me with Stanford!

Research opportunities

Although spending time in the classroom is priceless, having access to an on-site research department in college is just as beneficial. Most large colleges offer on-campus research opportunities for students to gain knowledge and hands-on experience in professional areas of science and technology. For example, the University of California, Irvine’s Sue & Bill Gross Stem Cell Research Center aims to understand the therapeutic potential of stem cell science to improve human disease. On-campus research helps students directly apply solutions to real-world situations. Solving problems and gaining a better understanding in a specific area of study can also help you decide where you ultimately want to end up for a career. Research exhorts students to consider alternative viewpoints and be receptive to the possibilities their study might disclose. In STEM, you should constantly strive to push the limits set by the forebears of your discipline.

Other benefits of extracurriculars in college

Campus clubs and academic opportunities allow students to form valuable connections, network with peers and faculty, and build meaningful relationships that can support their educational and professional journeys. Student groups often offer workshops, seminars, and guest lectures by industry professionals, which can enhance your understanding and expertise in your chosen academic area. Extracurriculars in general provide a sense of community among like-minded individuals who share similar passions and goals while exposing you to students with different goals and perspectives for an open-minded worldview. Participating in these types of clubs also demonstrates a commitment to academic excellence and a proactive approach to personal and professional development on your résumé, which can be impressive to potential employers or graduate school admissions committees.

STEM clubs and research opportunities are gold mines of academic enrichment, leadership practice, practical experience, and professional development for undergraduates. There are many ways to get involved in college, and pursuing different clubs and opportunities will help you not just socially but also academically and professionally. Extracurriculars provide opportunities to apply classroom knowledge to real-world settings while reinforcing your understanding of STEM concepts, developing practical skills, and making a positive impact on the community.

Go off to college as the best STEM learner you can be with this advice on What Makes a Great STEM Student? 5 Ways to Become One.

4 Specialized Universities With Great STEM Research Opportunities for Students

2026-04-24T22:06:33.255232-04:00

The future is being shaped by scientific research and technological developments in this ever-changing modern world. The chance to participate in cutting-edge research in college can have a profound impact on future scientists and engineers. The importance of research in the domains of science, technology, engineering, and mathematics (STEM) is fortunately acknowledged by many institutions and universities. If you’re looking for schools that stand out by providing students with possibilities for highly specialized study and numerous research opportunities, here are a handful to consider.

1. Massachusetts Institute of Technology

Massachusetts Institute of Technology (MIT) is one outstanding example of a school well known for its dedication to STEM research and cutting-edge facilities and labs. Students have opportunities to work with eminent academic members, take part in groundbreaking initiatives, and solve real-world problems in industries like robotics, renewable energy, and artificial intelligence. Students are given a comprehensive view through MIT's emphasis on interdisciplinary research, which prepares them for future leadership positions in various scientific fields.

2. Stanford University

Stanford University is another institution at the forefront of STEM research, offering unmatched chances for students to participate in cutting-edge technological advancement due to its proximity to Silicon Valley. Students may immerse themselves in fields like bioengineering, computer science, and nanotechnology at this hub for innovation. Additionally, Stanford's extensive network of business contacts and worldwide alumni promote internships and teamwork, exposing students to the practical implications of their research.

3. Georgia Institute of Technology

Georgia Institute of Technology (Georgia Tech) should also be included in your list of schools to consider because of its innovative STEM projects. The school is exceptional in the fields of biotechnology, engineering, and computer science. Students at Georgia Tech work on ideas that have a big impact on society because they have access to cutting-edge research facilities. They’re also given the ability to translate their research into workable goods and solutions thanks to the University's emphasis on entrepreneurship and industrial connections.

4. University of Michigan

The University of Michigan is a well-known research institution that provides a variety of STEM possibilities. Students have access to a variety of research centers and institutes within the University, where they may learn about everything from renewable energy to aeronautical engineering. For those with a love for both innovation and societal improvement, Michigan is a desirable choice because of its dedication to sustainability and social impact research, which allows students to put their knowledge to use in tackling global concerns.

Connect me with UM–Flint!

The most prestigious schools and institutions in the world give STEM students access to highly specialized research possibilities, opening doors to thrilling and life-changing experiences. You’ll have access to cutting-edge research facilities, renowned faculty mentors, and multidisciplinary partnerships at schools like these and others like Carnegie Mellon University, Caltech, and many more. When college students conduct research, they not only get a deeper grasp of their areas but are also given the tools necessary to significantly advance their knowledge and creativity in the field. These institutions motivate students to become trailblazers who will impact the future of STEM by preparing them for successful careers.

While there’s a lot of in-class, hands-on STEM work in college, there’s also plenty to participate in around campus. Learn more with our article on What Students Should Know About STEM Extracurricular Opportunities.

3 Lucrative STEM Careers and Great Majors to Get You There

2026-04-24T22:06:33.252138-04:00

STEM jobs are not only high in demand but also very lucrative, which is why careers in the field are increasingly pursued. According to the U S Department of Labor, jobs in the STEM fields are projected to grow nearly 11% by 2031. That means a lot more opportunities for a lot more people! If you’re among those who are looking to go into STEM, then here’s a look at some majors you can pursue to get into three profitable jobs in the field.

1. Neurology

Neurology is the branch of medicine that deals with the nervous system and the workings of the brain. To get into medical school, undergraduate students can pursue a degree in Biology or Chemistry, which is what most Pre-med students choose to do. While these are solid options for becoming a neurologist, you can also pursue a more specific—and maybe even more fascinating—major: Psychology. Psychology studies the behavior of the mind, which is different from the brain’s nervous system, but gives you a new perspective from which to view it. On average, it takes a person 12–15 years to become a neurologist, as they must complete medical school, do a residency, and acquire certification. Although becoming a neurologist is no easy task, the pressure is worth it. According to Jobted.com, the average salary of a neurologist varies from about $100,000 to over $200,000.

2. Software engineering

Unlike a neurologist, becoming a software engineer takes a lot less time—but it can be just as rewarding. According to the U S Bureau of Labor Statistics, software engineers tend to make around $100,000 on average without a master’s degree. The first step to becoming a software engineer is to pursue a four-year undergraduate C omputer S cience program. After that, you can choose to go straight into searching for a job or pursue a master’s degree specifically in Software Engineering, which will increase your earnings by another $30,000. Earning a master’s degree in this field can take two years extra for a full-time learner or up to three years part-time. The job is projected to have a 25% growth by the year 2031. If computers and coding are things you enjoy, then pursuing a major in Computer Science could be a great fit for you!

3. Nuclear engineering

Nuclear engineers deal with nuclear energy and how to manage and use it in new situations to improve society. This role requires similar levels of education for software engineers—you’ll need at least a bachelor’s degree in Engineering to work in the field. This usually only takes four years, and on average, you’ll make $90,000–$108,000 per year. Pursuing a master’s degree in Nuclear Engineering requires another two years of education, but it will bump you up to an average salary of $117,000 per year. Even though this occupation is projected to decline slightly in the coming years, there are still an estimated 700 openings each year, according to the Bureau of Labor Statistics.

Pursuing a career in STEM is difficult and time-consuming, but if that’s what interests you, then that’s reason enough to go after a related major! These three career paths are just some of your STEM job options, and the major(s) associated with them are not limited to just these careers. For example, earning a Biology degree can allow you to become pretty much any kind of doctor with the right additions to your postgrad education. Your science and engineering possibilities are practically endless!

Start exploring schools with programs to make your STEM dreams a reality with our featured science college lists.

5 Great Places to Look for STEM Volunteer Opportunities in High School

2026-04-24T22:06:33.248332-04:00

Ah, to be a STEM student! It's a universal experience to feel the frustration of wearing full personal protective equipment (PPE) for a science lab that peaks at utilizing a double boiler. Might I add, water and *gasp* sugar will have to be dissolved—time to break out the laboratory goggles!

All jokes aside, the procedures you practice in rather mundane labs will set you up for future success as a STEM professional. Though it may seem like you are stirring Kool-Aid right now, you’re actually preparing for a very difficult titration lab that awaits you when the time is appropriate. Until then, let the hot plate get up to temperature and check out these five great volunteer opportunities you can take advantage of right now to excel as a STEM student and get more experience in the field!

1. Your public library

I will always stand by local libraries because they are hidden gems with resources galore. Many libraries post about events and opportunities either on social media or within the building, including volunteer positions that need to be filled. Just the other day, I saw an ad seeking volunteers to act as patients for Nursing students to practice good bedside manners and take vitals. Even if your library doesn't have a directory of opportunities, you can always ask the staff to help you refine and tailor your searches to find the perfect experience for you.

2. Roswell Park Summer Cancer Research Experience Program

The High School Summer Research Experience at Roswell Park is a prestigious program that lets high school juniors work with experts on an independent research project. Though it might be a shot in the dark—just apply. As a high school student, it may feel like gaining research experience is critical to your college applications or solidifying your devotion to the field. But I am here to tell you to take it slow. Have an open mind and focus on developing a clear sense of what you enjoy. Still, filling out applications for summer programs like this one can be very beneficial, oddly enough. Not only are you thinking about why you may want an experience like this, but you can also recycle the application prompt responses or phrases for similar programs (or the Common App!).

3. RoundPier Medical Competition

As a student, wouldn’t you want to be compensated and recognized nationally for your hard work? Well, look no further than the RoundPier Medical Competition! This program is virtual and accepts applicants from around the world. All you have to do is register your school's STEM club and create a presentation discussing a specific health-related topic with your team's resolution to the cause. You have the chance to win a cash prize for the top three winners and have their project featured on RoundPier’s media platforms. Being involved in any STEM competition can be a significant experience to bulk up your résumé and even pave the way for future opportunities.

4. The Wishing Crane Project

The Wishing Crane Project may sound familiar if your TikTok “for you page” has recently been infiltrated by Studytok like mine has (no complaints here!). It's a great nonprofit organization that creates uplifting art for hospice and hospital patients. It’s also a quick and easy way to earn service hours from home and hopefully build a relationship with your nearest hospital. Get started by volunteering on your own or involving your school to create a local chapter. The initiative also makes for a fun pastime with friends to unwind over some paper cranes and cute stationery!

5. Girls in Med

Another gem all thanks to social media: Girls in Med! This media-based platform is a student-led organization created by a team of bright young women interested in teaching and supporting fellow girls in STEM. The organization offers free tutoring services in several subjects and is currently looking for individuals to fulfill leadership positions. The best part is that it’s an all-virtual volunteer endeavor! You can collect service hours from the comfort of your own home all while furthering your own knowledge.

There you have it—five great opportunities for STEM students to get involved in the field! Finding volunteer projects or simply knowing where to begin can be tough enough without all the competition. So please remember to be kind and uplift your classmates by sharing any resources you find. Extend invitations to club members and share meaningful initiatives with your school administration. After all, what good comes out of your service if you’re not involving as many people as possible? Start brainstorming, emailing, and drafting applications—I wish you all the luck in your STEM endeavors!

Looking for a great school to pursue a STEM major? Check out our lists of featured science colleges and start connecting!

All About Labs and Special Equipment on College Campuses

2026-04-24T22:06:33.244082-04:00

College campuses provide students with access to many types of science labs and special equipment for research purposes. If you’re an aspiring STEM major, it’s likely you will have the opportunity to work with lab equipment at least once during your undergraduate years. These hands-on experiences are very important in advancing your understanding of your field. Here’s an overview of the kinds of equipment you might come across in the lab for three popular STEM majors.

Life Science labs

As a Life Sciences student—which includes a broad range of majors such as Neuroscience and Biology—chances are you will get to work with the following key pieces of lab equipment in college:

Microscopes: These help you analyze small particles, such as cells, of many things in the biological world. In a Neuroscience lab specifically, you’ll likely see slides with very, very thin machine-cut slices of a brain. Putting these slides under the microscope will allow you to look at the cell makeup of the brain and better understand the focus of your discipline.
Centrifuge: A centrifuge is a very important component of many STEM labs because, with the help of their centrifugal force, researchers can separate liquids of different densities or solids from liquids. They take into account viscosity, density, and the size of particles. While this is an extremely useful tool for Life Science, it’s very important to understand how a centrifuge is supposed to be used because it can pose hazards.

Computer Science labs

As a Computer Science major, you’ll use high-quality standard computers as well as highly specialized equipment in your labs, such as:

Supercomputers: These high-tech machines help make predictions using advanced modeling and simulations, among a variety of other advanced uses. The information they produce can be applied to many STEM disciplines and career fields, such as climate research and weather forecasting.
GPU clusters: GPU stands for Graphic Processing Unit, and a cluster of these means there is a group of computers with a GPU on each node. Having several of these allows college campuses to accelerate computing power to process and store images, videos, and many useful applications for research. These can even be helpful in a Life Science lab dealing with computation.

Engineering labs

Engineering majors can expect to see some more unique and hard-to-come-by equipment that will allow them to conduct hands-on experiments throughout their studies, including:

3D printers: It makes a lot of sense to have 3D printers in an Engineering lab because they’re pretty fast and can provide a quick prototype for whatever it is you are trying to make and test during your lab hours. You’re likely to find these in a Mechanical Engineering lab, but that’s certainly not the only place.
Oscilloscopes and signal generators: Signal generators produce alternating currents and voltages, and they act as batteries for oscilloscopes, which are used for measuring alternating voltages, nearly the same as voltmeters. This can be useful when testing circuits that you’ve built or are studying in the classroom.

Overall, the tactical experience gained in a lab is valuable to your college experience since it not only builds on understanding but also gives you the opportunity to improve your research skills. Understanding how to use STEM equipment safely and the correct personal protective equipment (PPE) is extremely important because it can often pose a health risk. However, when used properly and carefully, it is a safe, enjoyable, and exciting experience. And don’t worry—your professors will walk you through everything when you get there!

Haven’t found a college to pursue your STEM dreams yet? Explore the amazing schools on our featured science college lists.

How to Get Involved in Science Fairs in High School

2026-04-24T22:06:33.239868-04:00

Science fairs offer a great platform for high school students to study any STEM topic they’re interested in and present their findings to an audience. These events give you the opportunity to explore scientific interests, showcase your ideas, and demonstrate your commitment to advancing the scientific field. As a result, you’ll become a more competitive applicant in the college admission process, especially for ambitious programs like direct-admit medical admission.

Let’s explore the benefits of participating in science fairs in high school, their impact on your college applications, and information on upcoming events to help you plan your participation effectively.

Benefits of participating in a science fair

Participating in a science fair isn’t just about the competition but the long-term benefits. It allows you to brainstorm and implement novel solutions to real-world problems. You’ll design experiments, learn lab techniques, and maybe even develop inventions or produce results that can lead to significant discoveries.

From the start of the process to the end, science fair projects are rigorous and gratifying—and often lead to bonding with peers, learning a new field, and creating an impact. Whether you’re interested in biology, chemistry, physics, or engineering, you can use these fairs to explore subjects beyond the standard curriculum of high school and gain hands-on experience in research and innovation.

The impact of science fairs on your college applications

Excelling at science fair competitions can also substantially boost your college applications. Admission officers look for students who have a demonstrated passion—especially if you’re applying for STEM programs, in this case—and they love to see that you can work independently on a project such as scientific research. A winning project at a science fair can highlight your dedication and curiosity, making you stand out in a competitive college applicant pool.

National science fairs for high school students

Participating in a science fair involves advanced planning, so staying up to date on deadlines is essential. Beyond your own high school, here are some science fairs held across the country that offer students a chance to showcase their scientific talents and even win money for college.

Davidson Fellows

Davidson Fellow Scholarships are awarded to gifted and high-achieving students who’ve completed pieces of significant work, including a creative application of existing knowledge, an innovation, a prodigious performance, or another demonstration of a prodigious accomplishment. Project categories include Science, Technology, Engineering, Mathematics, Literature, Music, Philosophy, and Outside the Box.

Location: Washington, DC
Dates: Summer
Registration deadline: In January or February
Cost: Free
Age requirements: Younger than 18 years old
Team sizes: Two people maximum
Prizes and awards: $25,000, $50,000, and $100,000 scholarships

Odyssey of the Mind

Odyssey of the Mind is a problem-solving competition with five problem categories: Vehicle, where students build an efficient and powered vehicle; Technology, where students create an innovative device; Classics, where students present a piece of literature; Structure, where students build a wood and glue structure; and Performance, where students showcase a performance. Each team must have a coach, and each team must compete with its local association group. There are regional, state, and world finals levels.

Location: Varies by association area
Dates: Varies by association area
Registration deadline: Determined by local association, typically in December or January
Cost: $290 for standard membership and an additional $190 for a second team from the same school
Age requirements: Grades 6–8 (younger than 15 years old) for Division II and grades 9–12 for Division III
Team sizes: Up to seven people (no minimum)
Prizes and awards: Ranked, Creativity, Role Model, and Spirit awards

Regeneron International Science and Engineering Fair (ISEF)

Students must first compete in local, regional, and state fairs to participate in the final Regeneron ISEF competition for the grand prizes. Categories include Behavioral and Social Sciences, Biology, Chemistry, Engineering, Environmental Sciences, Technology, Mathematics, Physics, Robotics, and Software. Projects must be completed within 12 months of research.

Location: Varies by area
Dates: Varies by area
Registration deadline: Varies by area
Cost: $800 for one to three projects and incremental increases for additional projects
Age requirements: Grades 9–12 and under 20 years old
Team sizes: Individual competition
Prizes and awards: One $75,000 award, two $50,000 awards, and three $10,000 awards

Regeneron Science Talent Search

The Society for Science also offers the Regeneron Science Talent Search, in which students must submit essay questions, an original scientific paper no longer than 20 pages, recommendations, transcripts, and optional test scores. The top 40 participants are invited to the final competition in Washington, DC.

Location: Varies by area
Dates: Varies by area
Registration deadline: November
Cost: Free
Age requirements: Senior year of high school
Team sizes: Individual competition
Prizes and awards: One grand prize of $250,000 and 300 awards of $2,000

MIT Think Scholars Program

The MIT Think Scholars Program is unique because instead of requiring students to have a fully fleshed-out science fair project, they are looking for a 10-page research proposal, including necessary procedures. Semifinalists are interviewed, and MIT professors provide mentorship to carry out the projects of those selected as finalists.

Location: Massachusetts Institute of Technology
Dates: February–June
Registration deadline: January
Cost: Free
Age requirements: High school students
Team sizes: Two people maximum
Prizes and awards: $1,000 in funding for the project and an all-expenses-paid trip to MIT’s campus

Participating in a science fair is a rewarding experience that extends far beyond the projects themselves. These events inspire creativity, foster a passion for discovery, and provide invaluable skills that benefit you in your academic and professional journey. Whether you’re aiming to boost your college applications or explore a deeper interest in science, you can make meaningful strides by embracing all the opportunities that science fairs offer.

After you win that science fair, don’t let it go to waste! Find STEM schools on our featured college lists that will be impressed by your accomplishments.

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