OWM develops and delivers a wide range of legal metrology, metric, and weights and measures recorded webinars and training videos that can be used for training and continuing education, both in a formal setting and through self-study.

Aspen Hopkins Ph.D. Candidate, Dept. of Electrical Engineering & Computer Science, Massachusetts Institute of Technology Tuesday, Feb. 25...

Summary It’s an old phrase, but the world keeps getting smaller every day! This is especially true when it comes to the global marketplace...

Summary The State Standards Program, now known as the Office of Weights and Measures (OWM)'s Laboratory Metrology Program, was established...

The NIST Office of Weights and Measures (OWM) Mass Metrology seminar is a two-week, "hands-on" course. It incorporates

“Energy is eternal delight.” --William Blake Snuggling with her parents and brother while watching one of her favorite TV programs, Nicole Yunger Halpern was...

This 2-hour webinar from the NIST Office of Weights and Measures (OWM) on Calibration Method Validation examines ISO/IEC

The 5-day Fundamentals of Metrology seminar is an intensive course that introduces participants to the concepts of

The State Laboratory Annual Submission Process webinar provides guidance on how to successfully submit all required

This 5-day NIST Office of Weights and Measures (OWM) Volume Metrology seminar enables metrologists to apply fundamental

This 2-hour webinar covers the essential elements of metrological traceability and the documentary evidence required to

This 2-hour webinar provides a very basic introduction to uncertainty calculations and reporting using the 8-step

Managing controlled documents and records are essential calibration laboratory processes. This 2-hour webinar will

The “Manufacturing in America” infographic highlights how manufacturing contributes to our nation’s economy, employment, and innovation and...

The Laboratory Metrology Program generates a series of Documentary Standards and NIST Internal Reports to support its programmatic...

Researchers have demonstrated that a strange type of quantum particle called the anyon, believed to exist in only two dimensions, can also be created in one...

Standards in visualization has a profound impact on the ability for an industry to produce portable and interoperable applications. The...

To enhance measurement reliability in extracellular vesicle (EV) technology, NIST's flow cytometry research focuses on: Standardized cell...

Physical and functional characterization of lentiviral vectors Chimeric antigen receptor T (CAR-T) cell therapy is a cellular immunotherapy...

Interlaboratory Comparison of Number Concentration Measurements The number concentrations of both unstained and fluorescently-labeled...

A Broad International Collaborative Effort for the Development of Human Blood Cell-Based Reference Materials and Controls Accurate...

Expensive chaotic models, like those used in weather simulation, present a unique set of challenges for tasks like validation and calibration. Often, they are computationally expensive, highly sensitive to parameters, and are written in languages that don't support approaches like automatic differentiation. This talk will provide an overview of approaches that employ ultra-short runs and ensembles to address these challenges with a specific focus on methods to detect unwanted changes in large model codes.