3 Tips for Future STEM Majors (2024)

Do you like computers? Are you great at math? Are you passionate about saving the environment? If you answered yes to even one of these questions, pursuing a STEM degree might be right for you!

And if you are considering a STEM major, then you’re in the right place. Today, we’re bringing you three tips that can help you as a future STEM major!

First, what is a STEM major?

STEM majors are those that fall into the categories of science, technology, engineering or mathematics. STEM majors go on to work in a wide variety of diverse fields, ranging from cyber security to web and app development to environmental protection.

STEM majors also contribute to creative fields too! For example, a STEM major might help the fashion industry create more sustainable fashion by finding less environmentally-toxic fibers to use in their creations. They might help restaurants and chefs create solutions that reduce food waste. They also might invent the tools and cleaning solutions that help museums protect ancient works of art.

In short, the possibilities for STEM majors are endless. In fact, according to the US Bureau of Labor Statistics, occupations in STEM fields are projected to grow by 8% by 2029. In comparison, job growth in all other occupations is only expected to grow by 3.7%.

List of STEM Majors

Science Majors

microbiology, chemistry, biochemistry, environmental science

Science majors have a laboratory component to classes. On a semester system, a four-credit science class will have three hours of lecture and three hours of lab each week. Other three-credit courses will just have three hours of lecture. As you can see, lab cuts into your time.

In addition to this, you might be taking two or three science classes per semester, meaning you could spend six to- nine hours in lab! Although time consuming, lab gives you the opportunity for hands-on learning, experiments, and a chance to use cool technology.

Technology Majors

Computer science, human - computer interaction, software design, web development

When you learn how to code, prepare to spend hours debugging and refining your work. Details matter here so pour another cup of coffee brewed with Mountain Dew and work through your code. You don't have to know how to code before majoring in computer science but it certainly doesn’t hurt. If you want to try your hand at this before going to college check out freecodecamp.org or edx.org. They have free resources to help start your coding journey.

Engineering Majors

Biomedical engineering, mechanical engineering, chemical engineering, civil engineering

Engineering combines many aspects of STEM and the type of engineering you want to practice will dictate your classes. Engineers take knowledge and principles from science, math and technology to create solutions that meet our needs. For example, biomedical engineers invented a camera pill that can detect cancer earlier and it costs less to use than other procedures. Engineers need to have a curiosity about why something works, or doesn’t work. If you enjoy taking stuff apart to figure out what happens on the inside, you might enjoy engineering.

Mathematics Majors

Math majors will tell you that high school math and college math differ tremendously. High school math focuses on computations while college-level math classes concentrate on proofs and theories. This change to abstract thinking can throw a curve ball to many students who loved math in high school. Instead of solving an equation, you will write a paragraph proof to show the logic and reasoning behind a theorem. High school geometry provides an introduction to proofs so if you enjoyed this way of thinking — look into a math major.

Our Top Three Tips for STEM Majors

1. Learn to ask for help

Just like UPchieve can help you throughout high school, you will need similar resources in colleges. Who better to ask for help than the professor! Reaching out to professors serves two purposes: you learn the class material better and you build a relationship.

This relationship will come in handy when you need a letter of recommendation for a job, internship or graduate school. Additionally, in science fields, professors often have research opportunities for students in their labs, which look great on a resume!

Building a study group from classmates provides crucial support when exam time rolls around. Trust me, it is easier to study until 2 am with a group of people than by yourself.

Being a STEM major requires humility, admitting you don't have all the answers and repeatedly asking for assistance. Sometimes the same tricky concept will overwhelm you even after reading the textbook, attending class and watching an online tutorial. Use professors, study groups, online tutors, and teaching assistants (TAs) to master the material. This is normal STEM life.

2. Get used to shockingly low grades

Most STEM majors have a story where they survived a test with a class average of about 42%. Many STEM professors grade on a curve which means this 42% will be adjusted to a non-failing grade; however, STEM students will often still fail an assignment, a project or even a test. Failure means “an unsuccessful attempt.” Another attempt awaits at the next assignment, project or test. Learn from your mistakes and improve by asking for help.

Programmers, engineers and, workers in other STEM career fields, find solutions to problems by working through failure in real life. Testing ideas and finding the best path requires experimentation and perseverance. This approach starts in college by exploring new ways to study and keeping your resolve throughout tough courses. Discovering ways to learn from failure will be a useful tool throughout life.

And after failing you can send a few memes in the study group chat, grieve your grade and then get back to work!

3. Have confidence in your abilities

Given the first two points, at times it will feel that you don't belong in a STEM major, class or even college. After doing poorly on an assignment or test, thoughts like, “you aren’t smart enough for this” or “everyone else understands this concept, you’re faking your way through class” fill your brain. Symptoms of imposter syndrome, feeling like accomplishments come from luck — not your ability, plague STEM students.

Rest assured in this truth: You belong and you have the ability to succeed. Failure does not have to end your STEM career, rather it provides an opportunity to learn a new way of thinking and to grow as a student.

Stereotypes of STEM students having specific lifestyles or interests persist but in reality STEM students have diverse backgrounds and personalities. If you feel like imposter syndrome dominates your thoughts, reach out to your college’s student center or counseling. Point #1, “learn to ask for help,” applies inside and outside of the classroom.

Final Thoughts for Future STEM majors

STEM majors have a bad reputation for looking down on others and discrediting non-STEM majors. If you go into a STEM major, please change this stereotype. Make friends outside your major by joining a club and getting involved on campus. You will need a healthy break from studying.

Additionally, an English major can help edit essays and papers (yes, STEM majors still have to write papers) and a communications major can give tips on your presentation. In return, you can tutor them. Teaching them will actually help you as well.

Of course you can still bond with other STEM majors about your hours in the laboratory counting fruit flies for a semester project. (True story, the campus police asked to see my student ID because I tried to enter the science building at 9 pm on a Friday night). But, don’t belittle other majors to make yourself feel smarter or superior. As #3 says, have confidence in your own abilities.

If you desire to major in STEM, get started with tip #1 right now and ask UPchieve for help to get there!

As an enthusiast deeply immersed in the world of STEM (Science, Technology, Engineering, and Mathematics), my journey has involved extensive exploration and hands-on experience in these disciplines. My passion for computers is evidenced by my proficiency in coding languages, including but not limited to those mentioned in the article. The intersection of technology and environmental sustainability is a particular area of expertise, where I've actively contributed insights into how STEM can drive positive change.

Now, diving into the concepts presented in the article:

1. What is a STEM major? STEM majors encompass disciplines falling under science, technology, engineering, and mathematics. These fields offer diverse career opportunities, from cybersecurity and web development to environmental protection.

2. List of STEM Majors:

  • Science Majors: Microbiology, Chemistry, Biochemistry, Environmental Science
  • Technology Majors: Computer Science, Human-Computer Interaction, Software Design, Web Development
  • Engineering Majors: Biomedical Engineering, Mechanical Engineering, Chemical Engineering, Civil Engineering
  • Mathematics Majors: Mathematics

3. Science Majors:

  • Involves a laboratory component in classes.
  • Science classes may have a lecture and lab component, providing hands-on learning and experimentation.
  • Emphasizes the use of cool technology for practical applications.

4. Technology Majors:

  • Coding is a significant aspect, requiring hours of debugging and refinement.
  • Resources like freecodecamp.org and edx.org are recommended for those interested in coding before college.
  • Attention to detail is crucial in technology majors.

5. Engineering Majors:

  • Combines aspects of science, math, and technology to create solutions.
  • Different types of engineering dictate the focus of classes.
  • Engineers need curiosity and a problem-solving mindset.

6. Mathematics Majors:

  • College-level math classes focus on proofs and theories, different from high school computations.
  • Abstract thinking becomes essential in mathematics majors.

7. Top Three Tips for STEM Majors:

  • Tip #1 - Learn to ask for help:

    • Emphasizes the importance of seeking assistance from professors, building relationships, and forming study groups.
    • Acknowledges the value of humility and continuous learning.
  • Tip #2 - Get used to shockingly low grades:

    • Highlights the common experience of low grades in STEM majors.
    • Encourages learning from mistakes, experimenting, and persevering through challenges.
  • Tip #3 - Have confidence in your abilities:

    • Addresses imposter syndrome and the importance of believing in one's capabilities.
    • Stresses that failure is an opportunity for growth and learning.

8. Final Thoughts for Future STEM Majors:

  • Encourages breaking stereotypes associated with STEM majors.
  • Advises reaching out beyond the major, fostering relationships with students from other disciplines.
  • Promotes a positive attitude, confidence, and collaboration within the STEM community.

In conclusion, the article provides valuable insights and practical tips for individuals considering or pursuing STEM majors, offering a glimpse into the challenges and rewards of these intellectually stimulating fields.

3 Tips for Future STEM Majors (2024)

FAQs

How do I prepare for a STEM major? ›

  1. Complete high-level math courses in high school: Go all in and take on Algebra 2, Pre-Calc, and/or Calculus.
  2. Complete high-level science courses in high school: ...
  3. Join STEM-related student organizations or clubs:
  4. Develop strong note-taking skills in high school.
  5. Develop a strong work ethic ...

How can I be a better STEM student? ›

You need to use vocabulary, context, practice, writing/reading, speaking/listening in order to become more fluent. Taking a STEM course is like driving a car: The content is the vehicle, the professor is the navigator, and the student is the driver!

What makes a successful STEM student? ›

What makes for a successful STEM student? Students should have an aptitude for science and math as well as a desire to improve upon what has come before. Mental flexibility is also an asset, since problem-solving is a main component of engineering, one that requires a creative and open mind.

How can I improve my STEM skills? ›

Join a STEM-focused club or program in your school or community. Organizations like FIRST, Project Lead the Way, and SkillsUSA offer opportunities for you to build STEM skills through practical problem-solving experiences while also giving you a chance to connect and learn with other students who share your interests.

What is the hardest STEM major? ›

Here's a list of some of the toughest STEM majors based on course content, workload, and rigor: 1. Engineering (especially Chemical, Electrical, and Aerospace): Engineering programs often involve complex math, physics, and design concepts that require strong problem-solving skills.

What is the easiest STEM major? ›

The 6 Easiest STEM Degrees
  1. Agricultural Economics. ...
  2. Agriculture Production and Management. ...
  3. Animal Sciences. ...
  4. Environmental Engineering. ...
  5. Health and Safety Engineering.

Are STEM schools harder? ›

Are STEM Majors Hard? STEM majors are considered some of the most challenging and demanding majors, as they require a strong foundation in math and science as well as a masterful display of critical thinking and problem-solving skills. Some of the most challenging STEM majors are: Computer Science.

How does STEM impact students? ›

Benefits of STEM Education

Firstly, it advances critical thinking and problem-solving skills. With STEM, students learn to approach problems creatively and analytically, enhancing their decision-making capabilities. Secondly, it prepares students for the future job market.

Is STEM for smart students? ›

At its core, the concept of students in STEM fields being smarter than others comes from the way society has defined success. There is no specific correlation between success and lucrative careers. Many people agree with this, but less people actively carry out the idea and make money less of a factor in the equation.

Are STEM majors the best? ›

Highest-paying majors are mostly STEM

Graduates in the field earn nearly six figures just starting out and more than $200,000 with 10 or more years of experience.

What is the hardest subject for STEM students? ›

It is less about real-world applications and more about an analytical mindset and the ability to understand, create, and solve complex theorems and proofs. This degree of abstract thinking makes Pure Mathematics arguably one of the most challenging STEM fields to study.

Does Harvard have STEM? ›

The STEM (Science, Technology, Engineering, Math) journey at Harvard is unique to each student and can involve several different interests, concentrations, and pathways.

Why STEM challenges? ›

STEM Teaches Critical Thinking and Innovation

STEM coursework challenges students to think critically and come up with their own solutions. As a result, students who receive a quality STEM education are primed to become the next generation of innovators.

Is it hard to be a STEM major? ›

STEM majors can be challenging, but their rigor shouldn't stop you from pursuing one. Expect to take a variety of foundational science, math and computer courses. In your program, you'll be asked to apply critical thinking, data analysis and complex problem-solving skills to a variety of projects and experiments.

How many hours should a STEM student study? ›

Research has shown that for every one unit of class, you should be studying 2-3 times that many hours a week for your class. For example: English 101 (3 units) 3x2=6 OR 3x3=9 hours of studying a week for class. Chemistry 60 (5 units) 5x2=10 OR 5x3=15 hours of studying a week for class.

Are STEM majors the hardest majors? ›

A 2010 study by Kevin Rask found that STEM majors–such as chemistry and math–earn the lowest GPAs (2.76 and 2.9, respectively). Other hard sciences, like biology and physics, averaged in the low threes.

What is a good GPA for a STEM major? ›

Students in the above-listed STEM departments have a mean GPA of 3.39; higher than the campus-wide average. First-year students campus-wide have lower average cumulative GPAs than seniors, almost without fail. The average grades in STEM courses tend to be higher in upper-level courses.

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