Showing: 1 - 10 of 17 RESULTS
T16: Introduction to Light and Optical Radiation Measurements

T16: Introduction to Light and Optical Radiation Measurements

HALF DAY AM COURSE: 

Date: Tuesday, April 15th 

8:00 am -12:00 pm

Instructor: Mr. Chris Ruff

ABSTRACT:

This course will serve as an introduction to optical and light calibration in a laboratory setting, followed by an in depth dive into some of the unique challenges facing metrology laboratories today, specifically in the field of ultraviolet meter and source testing.  Attendees of this course will leave with a basic understanding of the various techniques used in a laboratory environment as well as gaining a peek into the past, present, and future of optical metrology. This course will also include some tangible access to actual laboratory artifacts.

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T09: Auditing, Traceability, and Auditing Traceability to ISO/IEC 17025

T09: Auditing, Traceability, and Auditing Traceability to ISO/IEC 17025

FULL DAY COURSE: 

Date: Tuesday, April 15th 

8:00 am – 5:00 pm

Instructor: Mr. Randy Long

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ABSTRACT:

This ISO/IEC 17025 training course prepares the internal auditor to clearly understand technical issues relating to an audit. Attendees of this Auditing to ISO/IEC 17025 training course will learn how to coordinate a quality management system audit to ISO/IEC 17025:2017 and collect audit evidence and document observations, including techniques for effective questioning and listening. This training course comes with a workbook and includes several exercises to reinforce the concepts discussed.

T01 Importance of Learning Styles

T01 Importance of Learning Styles

HALF DAY AM COURSE: 

Monday, April 14th 

8:00 am – 12:00 pm

Instructor: Dr. Helena Stevens

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T01 Importance of Learning Styles

ABSTRACT:

Striving for productive and efficiently run labs is an expected ambition. Since much of the skill development happens from on-the-job training, it is necessary to consider the ways in we teach and learn. Underperformance or slow development can be a result of a disconnect in teaching and learning, not a byproduct of limited capacity. Therefore, this tutorial will provide information about learning styles and teaching modalities that can be implemented on the job. Bridging the disconnect will ultimately lead to progressive development and efficiency in technicians and laboratories. 

 

T07: Starting a New Laboratory or Want to Expand the Laboratory

T07: Starting a New Laboratory or Want to Expand the Laboratory

FULL DAY COURSE: 

Wednesday, April 16th

8:00 am – 5:00 pm

Instructors: Ms. Yvette Volschenk; Ms. Anna Escarcega

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T07 Starting or Expanding a Laboratory 2025 - MSC

ABSTRACT:

Starting a new laboratory involves several crucial steps beyond simply purchasing equipment. Here are some important considerations: 

  1. Planning and Design: 
    • Define Scope: Clearly outline the purpose of the laboratory and the parameters you intend to measure. 
    • Regulatory Compliance: Familiarize yourself with relevant regulations and standards (e.g., ISO, GLP) that your laboratory must comply with. 
  2. Equipment Selection: 
    • Research: Investigate the best equipment for your specific needs, considering accuracy, precision, and reliability. 
    • Budgeting: Ensure you have a budget that covers not just equipment but also setup, maintenance, and operational costs. 
  3. Quality Assurance: 
    • Standard Operating Procedures (SOPs): Develop SOPs for all processes to ensure consistency and reliability in results. 
    • Calibration Protocols: Establish a calibration schedule and procedures for all equipment to ensure measurements remain accurate over time. 
  4. Training: 
    • Staff Training: Ensure that all personnel are trained on the equipment and procedures to minimize errors and improve reproducibility. 
  5. Preliminary Testing: 
    • Initial Readings: Before fully operationalizing the lab, conduct preliminary tests to gather data on reproducibility and accuracy. 
    • Uncertainty Analysis: Calculate uncertainties based on initial readings to understand the reliability of your measurements. 
  6. Documentation: 
    • Record Keeping: Keep detailed records of all calibrations, tests, and results to facilitate traceability and accountability. 

T15: Dry Block Temperature Calibrator Fundamentals

T15: Dry Block Temperature Calibrator Fundamentals

HALF DAY PM COURSE: 

Tuesday, April 15th

1:15 pm – 5:00 pm

Instructor: Mr. Scott Crone

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T15 Dry Block Calibrators 2025 - MSC

ABSTRACT:

This course is an introduction to design, construction, evolution, practical use, and common errors associated with dry block temperature calibrators. The course will start by examining known temperature calibration devices, including their benefits and limitations. It will progress to discuss dry block calibrator design, evolution, and progression to the current level of temperature standard. The material will include dry block selection, use, best practices, set up, care, misuses, and common issues experienced while using dry block calibrators. The course will finish with hands-on activities with various levels of dry block calibrators. 

Learning Objectives: 

  1. Understand the purpose for using a dry block calibrator and where it may be advantageous of over other technologies, but also understand where it may be limited or inappropriate.
  2. Gain an awareness of the design and basic operation of a dry block calibrator as well as understanding the evolution of the models from the inception of the technology to the models available today.
  3. Practical applications, proper use, care, and common mistakes made when using dry block calibrators.
  4. Understand how to perform basic operations using a dry block calibrator.

T14: How to Calibrate Pressure Gauges and Pressure Sensors 

T14: How to Calibrate Pressure Gauges and Pressure Sensors 

HALF DAY PM COURSE: 

Tuesday, April 15th

1:15 pm – 5:00 pm

Instructor: Mr. Roberto Benitez

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T14 Calibrate Pressure Gauges and Sensors 2025 - MSC

ABSTRACT:

This Tutorial serves to establish minimum requirements for the calibration procedure and the estimation of the measurement uncertainty in the calibration of pressure gauges. It applies to Bourdon tube pressure gauges, electrical pressure gauges and pressure transmitters with electrical output for absolute pressure and differential pressure. This material includes general specifications and operation principles of the instruments under test, also, some types of reference standards and recommended practices for their calibration. 

T06: Introduction to MET/CAL Procedure Writing

T06: Introduction to MET/CAL Procedure Writing

FULL DAY COURSE: 

Tuesday, April 15th

8:00 am – 5:00 pm

Instructor: Mr. Michael Johnston

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T06 Intro to MET CAL Procedure Writing 2025 - MSC

ABSTRACT:

This one-day tutorial offers a comprehensive introduction to writing and understanding procedures in MET/CAL, the industry-leading automated calibration software. Designed for beginners, this session will cover the foundational concepts of the MET/CAL procedure language, including an overview of key commands and how to utilize various Function Select Codes (FSCs). Attendees will learn how to create a basic procedure, step by step, with practical examples. By the end of the tutorial, participants will have the confidence to start building their own calibration procedures and expand their automation skills in calibration labs. Whether you are new to MET/CAL or looking to refresh your knowledge, this tutorial will provide the essential tools to get started. 

T05: How to Select, Implement, and Maintain Calibration Management Software

T05: How to Select, Implement, and Maintain Calibration Management Software

FULL DAY COURSE: 

Tuesday, April 15th

8:00 am – 5:00 pm

Instructor: Mr. Walter Nowocin

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T05 Calibration Management Software 2025 - MSC

ABSTRACT:

Selecting, Implementing, and Maintaining a Calibration Management Software System is a critical process for a calibration laboratory, especially in a regulated environment. However, there are few examples or documents that explain this process from a user’s perspective. The objective of this paper is to explain the selection process, the implementation process, and the maintaining process, while providing examples of the documentation used and to pass along lessons learned. The following topics will be discussed: 

  • Selection Process Overview with a focus on how to “Develop Business Requirements,”
  • Implementation Process Overview with a focus onthe “System Development and Validation Life Cycle,” and
  • the Maintaining Process Overview with a focus on “Configuration Management and Change Control.” 

 

T10: GXP Metrology: A Strategic Approach to Biopharma Calibration Process Management

T10: GXP Metrology: A Strategic Approach to Biopharma Calibration Process Management

HALF DAY PM COURSE: 

Monday, April 14th 

1:15 pm – 5:00 pm

Instructor: Mr. Miguel Cerezo

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T10 GXP Metrology BioPharma Calibration 2025 - MSC

ABSTRACT:

This tutorial provides an overview of industry best practice calibration process management solutions that are tailored towards optimizing compliance while reducing costs and providing significant competitive advantage. Several examples of innovative calibration process improvements will be described. The course will provide a thorough review of fundamental calibration concepts and regulatory requirements.  Consideration for optimizing cGMP calibration service provider qualification and approval will be provided as well.