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Industry Reimagined

3D Bioprinting Technologist

machinery

Advanced Manufacturing

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Healthcare & Human Services

How can we create smarter solutions for the future?

By building new ways to repair the body.

3D bioprinting technologists prepare living materials, run specialized printers, and help build tissue models for medical research. Their raw materials aren’t plastic or metal – they’re cells.
3D bioprinter at work

The Quick Take

What's Happening?

At USC’s School of Medicine in Columbia, three bioprinters can create tissue-like structures for disease research and drug testing.

Why Now?

Better ways to handle living cells
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More precise 3D printing
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More reliable tissue models for medical research

What's Next?

Next-generation bioprinters could adapt as they print, spotting problems and adjusting settings rather than simply following a fixed blueprint.

Today’s Jobs → Tomorrow’s Career

Even future careers have a backstory. This one is already taking shape where engineering meets the medical lab.

Bioengineers and Biomedical Engineers

Focus: the design

Creates and tests medical equipment and technology that solves problems in healthcare

About $109k

Biological Technicians

Focus: the lab

Runs experiments carefully so researchers can collect reliable results

About $58k

Medical Scientists

Focus: the research

Uses experiments to understand disease and explore better ways to treat it

About $103k

Imagine these jobs coming together. Then add a printer working with living material.

Quick reality check: These are national median salaries for current jobs. That means half of workers earn more, and half earn less. They are not starting salaries or guaranteed pay for this emerging career. As you gain experience or continue your education, your pay may grow too.

What the work could look like

Caption: The print is finished. The troubleshooting isn’t. Male technologist: Well, our tissue model now looks like a melted marshmallow. Female technologist: I was going with a sandcastle at high tide.
3D bioprinting technician process

Step Into the Role

A tiny mistake can grow with every layer.

You’re helping print a tissue model for a medical study. Halfway through, the printer starts placing some cells slightly off target. The model is still usable so far, but the pattern is getting less accurate.

What would you do?

A. Stop the print and restart it.

Lose time and materials but protect accuracy. →

You prioritized precision.
B. Slow the printer and keep going.

Take more time but try to correct the placement without starting over. →

You prioritized careful adjustment.
C. Finish the print, then test it.

Save the current model but accept more uncertainty. →

You prioritized learning from the experiment.
In real life, bioprinting teams test materials and printing conditions to balance cell health with the structure and function of the finished tissue model.
One step further: What would you want to know before deciding whether to use the model or start over?

You might like this if you're...

The Perfectionist

You notice the one tiny detail everyone else missed – and immediately want to fix it.

The Experimenter

When everyone else says, “That didn’t work,” you’re already planning the next try.

The Student Athletic Trainer

You pay attention to injuries and what it takes to get an athlete back in the game.

The Crafter

Give you an idea and some materials, and you want to see what you can make from them.

How Your Classes Connect

3D bioprinter
What you're learning now How you'd use it in this career

MATH — Using measurements to track changes in size or shape
To spot when a print starts drifting away from the intended result

SCIENCE — How cells work together to form tissues
To understand what living cells need to survive and function in a tissue model

ENGLISH — Explaining what happened in a clear, organized way
To write notes that help a team member understand what changed during a print

ENGINEERING & TECHNOLOGY — Testing a design and improving what doesn’t work
To adjust the printer when the shape or material isn’t behaving as planned

Make Your Move

There’s no single blueprint for this emerging career.

Start at a South Carolina technical college

Choose the part of the work that interests you most.

Lab Work

  • Medical Laboratory Technology
  • Introduction to Biotechnology Certificate

3D Design + Printing

  • Biomedical Engineering
  • 3D Printing (Additive Manufacturing Certificate)

Automation

  • Mechatronics Technology
  • Computer Numerical Control (CNC) Programming & Operations

Add to your toolkit

Already taking biotechnology or lab-science classes? The optional BACE credential can show what you know about working safely and accurately in a biotech lab – especially if you’re building toward lab-based work.

Explore a four-year option

An advisor can help you choose courses that could count toward a four-year college or university in fields like biomedical engineering, biotechnology, or biochemistry.

Ready to explore?

Find your starting point at a South Carolina technical college

Sources

Information last reviewed: October 2026