Finding Purpose Through the Impact of Regulatory Science

Published August 4, 2026 | Request Information

When surgeons opened the packaging during a simulation to evaluate a newly approved medical device, they did exactly what Helen Slucher had hoped they wouldn’t.

Without a second glance, they pulled out the Instructions for Use – the carefully crafted manual designed to ensure the safe and effective use of the device – and tossed it into the trash.

“They just looked at me and shrugged,” Slucher recalled with a laugh, remembering the document that had taken weeks and multiple rounds of review to develop. “It was actually a pretty realistic simulation.”

For most people, it might have felt discouraging. For Slucher, a 2026 graduate of the Johns Hopkins MS in Regulatory Science program, it became one of the most valuable lessons of her career.

If people weren’t going to read every word, every word they did read had to count.

That realization sits at the heart of regulatory science, a field that quietly shapes nearly every medical device and pharmaceutical patients rely on. Whether it’s a package label, a warning, a quick-start guide for a surgeon, or a patient information leaflet, regulatory professionals ensure critical information is accurate, understandable, and compliant with regulations designed to protect public health.

For Slucher, that work represents the perfect intersection of science, communication, and problem-solving.

“I like that it’s both creative and analytical,” she said. “I get to use both sides of my brain.”

Growing up in Vienna, Virginia, Slucher initially didn’t envision a career in science. It wasn’t until she enrolled in a summer biogenetics course at the University of Richmond – and worked with a chemistry tutor who helped the subject click – that she discovered a passion that led her to study biochemistry at American University.

Her first job after graduation placed her in a manufacturing laboratory, dressed in scrubs, a lab coat, hairnet, and gloves, performing quality-control testing. Later, while managing FDA-mandated archives for laboratory data, she discovered a career she hadn’t known existed.

“That’s where I first learned about regulatory affairs,” she said.

Rather than immediately pursuing graduate school, Slucher chose to gain experience first.

Her career took her to the West Coast, where she worked in regulatory operations for an electronic cigarette company, supported pharmaceutical development at a contract research organization, and eventually found her niche as a labeling specialist for a medical device company.

There, she coordinated everything from product labels and packaging to quick-start guides and multilingual instructions for use.

The work required constant interaction with marketing, supply chain, engineers, designers, manufacturing teams, and other stakeholders.

Every label required balancing scientific accuracy with practical considerations – from ensuring the wording met regulatory requirements to confirming the illustrations showed gloved hands to reflect sterile procedures.

“You have to think about everything,” she said. “What’s the style guide? What kind of adhesive does the label need? How many manuals will we need? How will they be translated? There are so many moving pieces.”

One of her proudest projects involved updating product labeling to comply with Europe’s transition from the Medical Device Directive to the Medical Device Regulation, incorporating new Unique Device Identifiers that improve traceability if a device issue occurs.

“It’s behind-the-scenes work,” she said. “But those details matter.”

When she decided it was time to deepen her expertise, Slucher returned to Virginia to pursue her graduate degree full time. Johns Hopkins stood out for its global reputation, extensive alumni network, close proximity to the U.S. Food and Drug Administration, and faculty whose real-world experience brought the coursework to life.

She found herself particularly drawn to courses in clinical development, international regulatory affairs, and pharmaceutical marketing, where she gained a broader appreciation for how scientific evidence, psychology, and global regulations intersect.

Her capstone explored diversity in clinical trials and how countries determine whether clinical data generated elsewhere can be applied to their own populations—a topic that reinforced just how nuanced regulatory science can be.

“The program gave me a great foundation and an opportunity to dig into things that I was really interested in alongside impressive faculty,” she said. “There are so many niches in regulatory science that you don’t fully appreciate until you study it.”

Equally valuable were the perspectives her classmates brought from quality assurance, supply chain, marketing, and other areas of the healthcare industry.

“It showed me how interconnected everything is,” she said.

Like much of regulatory science, the work often goes unnoticed by the people it protects.

“We’re the guardrails,” she said. “Sometimes the regulatory department gets a bad reputation because we’re the ones saying no and enforcing these stringent guidelines. But we’re there to make sure products are safe and that people have the information they need.”

Today, Slucher is exploring opportunities in medical devices, pharmaceuticals, and potentially the FDA itself. While she’s open to a range of regulatory roles, labeling remains where she feels most at home – a career that allows her to blend scientific precision with creative problem-solving.

And if she were asked to create one final label, this one for herself, she already knows what it would say.

“If I could create a label to describe myself,” she said, “I’d want it to read: kind, collaborative, and endlessly curious.”