Biotechnology Career Guide

You are currently in a high school science classroom, but your future could be in a state-of-the-art laboratory, a cutting-edge agricultural field, or a high-tech manufacturing facility.

This is your guide to a career in Biotechnology—the science of using living things (like DNA and cells) to solve global problems.

• Follow Along: Provides a brief outline of the concepts demonstrated.

• Discuss Later: Offers information regarding real-world biotech jobs, salary, and companies to share with your parents, teachers, and counselors.

• Find Your Path: Lays out the concrete steps you can take right now to enter this exciting and high-growth field.

Biotech: Using Biology to Build a Better Future

Biotechnology is simply using living organisms (like bacteria, plants, or human cells) or their components (like DNA) to make useful products and solve problems. 

You already use biotech products every day!

If you ran an Enzyme-Linked Immunosorbent Assay (ELISA) test today—you already did biotechnology.

Examples of biotechnology around you:

• Medical: tests, vaccines, insulin

• Health Food: Food safety testing, agriculture

• Environment: Manufacturing, quality testing

• Industry: Clean water, soil testing

Key idea: Biotechnology is not just something scientists do in labs—it’s part of everyday life.

To simplify this huge field, scientists group it into four colors:

Investigating Human Health Using ELISA

The technology we will explore today will use an Enzyme-Linked Immunosorbent Assay (ELISA) to examine the impact of this powerful test on human health.

The Big Idea: Antibodies will be used to detect minuscule amounts of antigens and determine the status of simulated samples.

Why is this important?

• Antigen Detection: Determine infection or disease status, presence of hormone or drug, or GMO status. Antigens can be any substance that is foreign to the body such as proteins, peptides, lipids, nucleic acids and even other chemicals that can produce an immune response. They are produced by viruses, bacteria, other microorganisms, cancerous tumors and more.

• Antibody Detection: Determine past exposure to virus, bacteria, other disease, or vaccination status, antibody titer, antibody drug levels. If someone has a disease or vaccines, they will likely have antibodies in their bloodstream.

Background Information: What is an Antibody?

Antibodies (also known as immunoglobulins or IgGs) are specialized proteins that allow the immune system to distinguish between “self” and “non-self” molecules.

They are depicted as Y-shaped molecules and are comprised of four linked polypeptide chains: two identical “heavy chains” and two identical “light chains”.

The Antigen binding sites are located at the ends of the short arms of the Y.

 

*Edvo-Kit #279 Investigating Human Health Using the Elisa

 

Background Information: What is an ELISA?

Enzyme-Linked Immunosorbent Assay (ELISA) were originally developed to measure the quantity of antibodies in a solution. They have since been adapted to detect many different types of antigens.

Traditional Enzyme-Linked Immunosorbent Assay (ELISA) require the use of two types of antibodies.

The first antibody is called the “primary antibody” and recognizes the antigen of interest.

The “secondary antibody" recognizes the primary antibody and is covalently linked to an enzyme called Horseradish Peroxidase (HRP) that allows us to detect the presence of the antibody-antigen complex.

*Edvo-Kit #279 Investigating Human Health Using the Elisa

If protein is present in our sample, after the ELISA—it will turn blue because of the enzyme that is present on the “secondary antibody”.

It Takes a Team

Biotechnology careers include many different roles—not just scientists.

Examples of biotech jobs:

*Most people working in biotech do NOT have PhDs.

There is no single path into biotechnology.

Different people choose different routes based on their goals and situation.

A few common pathways include:

*These paths are different—not better or worse.

How Do You Build the Skills You Need for a Career in Biotechnology?

The pathway into a high-wage, high-demand biotech career is clearer than you think!

In High School (Years 9-12):

• Dual Enrollment: Take Gen Ed classes in Junior and Senior years for dual high school and college credit at SCC.

• Look for Technical Skills (CTE): Explore SCC's Career and Technical Education programs — especially those offering lab certifications.

• Join the Club: Participate in Science Olympiad, robotics, or other clubs that involve problem-solving and lab work.

• Find Opportunities: Ask your teacher about shadowing a lab technician at a local hospital or college.

After High School (Your Next Degree):

Biotech careers are often accessible with just a 2-year degree!

• 2-Year Option (Fastest to the Lab): Earn an Associate of Applied Science (A.A.S.) in Biotechnology from St. Charles Community College. This track focuses heavily on hands-on lab skills and quickly qualifies you for those Biotech Technician roles.

• 4-Year Option (Higher Earning Potential): Earn a Bachelor of Science (B.S.) in Biology, Biochemistry, or a related field from a university. This path opens doors to Research Associate, Scientist, and Management roles.

Getting Started Faster: Micro-Credentials

Micro-credentials are short, focused certifications that teach specific skills employers are looking for.

 BCSI (Biotechnology Skills Institute)

• Industry-recognized

• Hands-on

• Stackable towards further education

Bioscience Core Skills Institute (BCSI)

They can help you:

• Build job-ready skills

• Enter the workforce faster

• Continue your education later

Some students earn a micro-credential, get a job, and then keep going with college later.

Biotech Is Happening Near You

Biotechnology jobs exist in many local industries, including:

• Hospitals and medical labs

• Food and agriculture companies

• Environmental and water testing labs

• Manufacturing and quality testing

Biotech doesn’t only happen in big cities. It’s right in your backyard.

 

Are There Local Career Opportunities in Biotechnology?

The St. Louis region is known as a Global Hub for Bioscience, particularly in AgTech (Green Biotech) and Human Health/Pharma (Red Biotech). This means jobs are local and growing.

Key Regional Sectors

1. Plant Science (AgTech): Focused on improving crops for the world. Local anchor institutions include the Donald Danforth Plant Science Center and Bayer Crop Science.

2. Biopharmaceuticals: Developing and manufacturing life-saving drugs. Major companies include Pfizer, Thermo Fisher Scientific, and various smaller startups in the Cortex Innovation District.

Career and Salary Potential

• Careers/Potential Job Titles: Biotechnician, Biofuels Processing Technician, Bio-Process Technician, Biomanufacturing Technician, Quality Assurance/Control Technician, Chemical Technician, Food Science Technician, Clinical/Medical Laboratory Technician, Laboratory Technician/Assistant, and Research Technician.

• Industry Salaries: Mean Salaries: $49,000 – $66,000 (According to the Bureau of Labor Statistics, biotechnicians can earn an annual mean wage of $47,360 in the state of Missouri. Exceptional performers can earn more than $80,000 nationally).

Growth Potential in Your Backyard

Global biotechnology is growing at a Compound Annual Growth Rate (CAGR) of nearly 14%. The St. Louis region is consistently named one of the top national clusters for bioscience innovation, guaranteeing a long-term demand for skilled workers.

Preparing for a Career in Biotech with Hands-On Training

Are you interested in biotechnology or biomanufacturing, but you’re not sure where to start?

Would you like to explore what it takes to land a job with a major corporation in the agricultural or biological sciences industry?

The Associate of Applied Sciences (AAS) in Biotechnology at St. Charles Community College (SCC) might be the right pathway for you.

The Biotechnology degree (AAS) is a two-year program that prepares students for immediate employment in the biotechnology industry.

Biotechnology at SCC

The Biotechnology AAS includes coursework in chemistry, biology, and biotechnology.

Students will:

• Receive a strong foundation in core topics.

• Gain hands-on experience with the instrumentation, methodologies, and techniques used in industry.

• These include gel electrophoresis, DNA sequencing, cell manipulation and imaging, protein purification, aseptic technique, documentation and standard operating procedures (SOP), and Good Manufacturing Practices (GMP).

• Be eligible to earn industry-recognized credentials from:

• • Biosciences Core Skills Institute (BCSI)
  • Biotechnician Aptitude and Competency Exam (BACE)

• Complete 6 credit hours of internship experience coursework.

Program Information

At St. Charles Community College, our goal is to help you explore a career option that’s challenging, rewarding, and right here in our community.

 

Your Next Steps

EXPLORE: Talk to your teachers, counselors, and parents.

BUILD SKILLS: Focus on your Bio & Chem classes. Join a science club.

CONNECT: Look up the local colleges & companies we talked about today.

 

The Future Is Biological. The Future is Yours.

We hope this presentation opens your eyes to a career that is challenging, rewarding, and right here in your community. 

Remember the key takeaway: Biotech professionals change the world, and you can be one of them.

Contact Information:

St. Charles Community College – Biotechnology Program
Email Address: biotech@stchas.edu