Webinar Series · Episode 1

The Hidden Science Behind Calibration Drift

What happens when your measuring instrument says one thing, but reality is another? Get an electrical engineer's inside view of why calibration & adjustment isn't optional, and how it protects the most vulnerable patients.

🎙 On-demand webinar ⏱ ~20 minutes 🎓 Expert Q&A
Measured Matters — Ep. 01
Calibration Drift & Electrical Device Care
Now Available On-Demand
20 Minutes
6 Topics
Free Access

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In 20 minutes, you'll understand how electrical measurement systems work, why drift occurs, and exactly what you should — and shouldn't — do to protect your devices and the people who depend on them.

  • Learn why an instrument can appear to "work" while delivering dangerously inaccurate readings
  • Understand the critical difference between calibration and adjustment, and why it matters for compliance
  • Discover what environmental factors silently degrade your instruments over time
  • Find out the hidden risks of non-OEM components even when spec sheets look identical
  • Get expert-backed best practices for care, storage, and annual calibration cycles

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Six essential topics covered in this episode

Topic 01

Electrical Engineering Fundamentals

How electrical systems convert physical measurements into digital signals and why this matters across biopharma, food, and medical industries.

Topic 02

What Calibration Really Means

Per ISO 17025: the exact difference between calibration and adjustment, and why confusing them puts patients and products at risk.

Topic 03

Sensor Drift Explained

Why all measurement devices drift over time, how aging and environmental exposure cause inaccuracies, and why annual calibration is the gold standard.

Topic 04

Real-World Consequences

Case studies including dialysis machines and vaccine storage where an undetected error can directly harm vulnerable patients.

Topic 05

OEM vs. Non-OEM Components

Why spec-sheet parity doesn't tell the whole story: hidden differences that non-OEM parts can introduce.

Topic 06

Best Practices for Device Care

Expert-backed guidance on how to use, store, and maintain your calibration equipment to preserve accuracy and extend device lifespan.

We cannot see a correct output without calibration. For high-stakes devices like measurement meters, calibration is essential — not optional.
Guido Gioberto, PhD • Electrical Engineering Expert, Mesa Labs

Hear from those who build and protect the systems that matter most

HC
Host · Measured Matters
Heidi Cha
Senior Product Manager, Mesa Labs
Heidi Cha is a Medical Device Product Manager with a passion for innovation and solving medical problems with products and technology — from ideation all the way through commercialization. Currently a Senior Product Manager at Mesa Laboratories, she specializes in full product lifecycle management, with deep expertise in upstream and downstream marketing, cross-functional collaboration, and go-to-market strategy. With bachelors in Integrative Physiology and Masters in Biomedical Engineering, she had a career spanning in medical devices, clinical studies, and product development — and a USPTO Patent Agent certification to boot — Heidi brings a uniquely well-rounded perspective to the intersection of healthcare, innovation, and business strategy.
GG
Guest Expert · Episode 1
Guido Gioberto
Manager, Electronic Design Engineering, Mesa Labs
Guido Gioberto is an accomplished engineering leader with over 20 years of experience in problem solving and a deep passion for integrated sensing, novel monitoring, and testing solutions. He currently serves as an Electrical Systems Engineering Manager at Mesa Labs within the Calibration Solutions Group, where he leads the development of advanced calibration and monitoring systems for regulated industries such as healthcare, pharmaceuticals, and laboratory environments. In this role, he oversees cross-functional teams spanning hardware, firmware, and system integration, and has been instrumental in modernizing legacy calibration devices into scalable, connected platforms. Guido earned his Doctorate in Computer Science from the University of Minnesota, where he introduced a novel theory and methodology for human body sensing, and holds a Master of Science in Electrical Engineering from the same institution, as well as both a Master’s and Bachelor’s degree in Telecommunication Engineering from the Polytechnic of Turin and the University of Palermo in Italy. Throughout his career, he has led engineering teams successfully translating innovative concepts into consumer and industry-driven products, applying strong expertise in embedded systems, modular design, and product lifecycle management to deliver reliable, high-impact solutions.
PhD, Computer Science MS, Electrical Engineering MS, Telecommunication Engineering
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