
Digital tools don’t fix culture but they can reveal it!
In the world of pharmaceutical operations, there’s a persistent belief that software will fix broken systems. Companies adopt new platforms with the hope that automation alone will eliminate human error, streamline workflows, and ensure compliance. But there’s a harsh truth that often goes unspoken: digital tools don’t fix culture. What they do, however, is shine a spotlight on the weak points, the workarounds, and the resistance and attitudes that already exist.
At SherpaPharma, we’ve seen firsthand how our environmental monitoring platform can surface trends like missed sample collection, inconsistent incubation practices, and delayed reporting for deviations — patterns that point not just to process gaps, but to deeper cultural dynamics within QC Micro labs. This post is about how that happens, and why companies need to embrace what digital tools reveal — not just what they automate.
When a new software system is introduced, it often meets resistance. Not because people dislike technology, but because technology exposes how things really work.
Manual workflows, tribal knowledge, “shadow systems”, inconsistent documentation practices — these all become visible when software demands standardization, audit trails, and accountability. Suddenly, what was once a personal notebook or a mental checklist has to live in a validated system. And that transparency can be uncomfortable.
This is where culture comes in. If a team values transparency, shared responsibility, and continuous improvement, then the system becomes a helpful partner. But if the culture is siloed, overworked, or fearful of being “found out,” digital adoption feels threatening. The system isn’t broken — it’s just honest.
1. The Over-Reliance on Workarounds
When staff use sticky notes, whiteboards, or side spreadsheets even after software implementation, it’s not just about habit. It points to a lack of trust in the system, insufficient training, or a fear of accountability.
2. Invisible labor
Some of the most diligent work in QC labs is invisible until software forces it into view: reviewing others’ work, manually transferring data between systems, or performing extra steps “just in case.” These reveal gaps in process design, not employee failure.
3. Inconsistent interpretations of SOPs
Digital systems often highlight inconsistent user behavior: one technician logs samples immediately; another waits until the end of shift. One interprets incubation tracking strictly; another loosely. This inconsistency can be invisible in paper systems but is obvious with time-stamped logs.
4. Fear of transparency
If users delay inputting data, avoid routine review, or resist new workflows, it may not be laziness. It may be fear — fear of blame, punishment, or of losing control. Digital tools can reveal whether your culture is punitive or psychologically safe.

If your digital tools are revealing workflow gaps, inconsistencies, or resistance — that’s not a failure of the system. It’s an opportunity to lean in, listen, and lead cultural transformation. Here are some strategies to help foster a stronger, more accountable lab culture:
1. Normalize the learning curve
We’re all scientists here in QC, right? Learning is a part of our core. Acknowledge that digital transitions can be uncomfortable. Reassure teams that hiccups and mistakes during implementation are expected — and that early data irregularities aren’t a reason for discipline, but a signal for process support.
2. Run “No blame” Post-Implementation reviews
Hold open, team-wide sessions a few weeks post-implementation to ask:
“What surprised us about our process once it was visible?”
“What workarounds or habits did we discover?”
“Where can we improve our workflow together?”
These reviews are invaluable for turning surfaced insights into action.
3. Make psychological safety a compliance strategy
Operators need to feel safe reporting deviations or near-misses. Make it clear that reporting isn’t tattling — it’s participation in a safer, more compliant lab. Praise transparency, not just perfection.
4. Encourage system feedback from the floor
Ask team members what parts of the software feel clunky, confusing, or unnecessary — and actually act on their feedback when possible. When people feel heard, they become more invested.
5. Recognize quiet wins
Not all success is flashy. Celebrate when a team hits full on-time sampling for a month, or when someone speaks up about a potential gap. These moments build momentum and shift culture from compliance enforcement to compliance ownership.
SherpaPharma was never meant to be a bandage for broken systems. It was built to empower labs to run smoothly, audit-ready, and informed by good science. But even the best system can’t overcome a culture of fear, disconnection, or resistance.
The good news? Software like SherpaPharma doesn’t just streamline processes — it reflects them. It tells you where the cracks are, where the silos live, and where trust needs to be built
So next time your team resists a new workflow or a digital tool reveals inconsistencies, don’t panic. Listen. Observe. And lead with curiosity. Because the path to better compliance often starts with better culture.
Having contributed significantly to industry leaders such as Lonza, Qiagen, Roosterbio, Emergent Biosolutions, and CBMG, Alex brings a blend of technical acumen with hands-on expertise. As a career QC scientist and growing compliance expert, she has consistently demonstrated a commitment to operational excellence and continuous improvement.
Alex holds an undergraduate degree in Biochemical Engineering from UMBC and a graduate degree in Biomedical Engineering from Clemson University. Beyond the laboratory, she brings a global perspective, having lived abroad in China, and is fluent in Mandarin Chinese. Alex also enjoys rock climbing and indulges in tabletop gaming.
Having contributed significantly to industry leaders such as Lonza, Qiagen, Roosterbio, Emergent Biosolutions, and CBMG, Alex brings a blend of technical acumen with hands-on expertise. As a career QC scientist and growing compliance expert, she has consistently demonstrated a commitment to operational excellence and continuous improvement.
Alex holds an undergraduate degree in Biochemical Engineering from UMBC and a graduate degree in Biomedical Engineering from Clemson University. Beyond the laboratory, she brings a global perspective, having lived abroad in China, and is fluent in Mandarin Chinese. Alex also enjoys rock climbing and indulges in tabletop gaming.
Having contributed significantly to industry leaders such as Lonza, Qiagen, Roosterbio, Emergent Biosolutions, and CBMG, Alex brings a blend of technical acumen with hands-on expertise. As a career QC scientist and growing compliance expert, she has consistently demonstrated a commitment to operational excellence and continuous improvement.
Alex holds an undergraduate degree in Biochemical Engineering from UMBC and a graduate degree in Biomedical Engineering from Clemson University. Beyond the laboratory, she brings a global perspective, having lived abroad in China, and is fluent in Mandarin Chinese. Alex also enjoys rock climbing and indulges in tabletop gaming.