Member $250 | Non-Member $350

This online self-study course is intended for IH's who are responsible for the health and safety of workers exposed to nanomaterials. Adapted from a popular professional development course, it contains 3.5 hours of instructional video and related activities.

This course will provide a disciplined process for the responsible management of nanomaterials, which includes:

  • ​anticipating where nanomaterials may be in the workplace,
  • recognizing the potential for occupational exposures,
  • evaluation of the exposures using a variety of sampling equipment,
  • control based on prevention through design and control banding tools, and
  • confirmation and continual reevaluation of the risk management plan.

Participants will be guided through an example of creating a sampling plan, evaluating data, and control recommendation. Using nanomaterial exposure scenarios, participants will create a sampling plan, analyze provided data, and decide if engineering controls should be added to the risk management plan. Participants will be provided information to understand how to apply hazard and control banding for a nanomaterial. ​

Purchasing 6 or more copies? Check out our bulk pricing.


​Participants should have a basic understanding of:

  • what constitutes an engineered nanomaterial,
  • industrial hygiene sampling techniques, and
  • the hierarchy of controls.

Course Outline

Module 1: Course Introduction

Module 2: Introduction to Nanomaterials

Module 3: Exposure Assessment Strategies

Module 4: Risk Management and Prevention Through Design

Module 5: Occupational Exposure Banding and Control Banding

Co​urse Outcomes

Upon completion, you will be able to:

  • Assess a workplace for nanomaterials and determine what types of industrial hygiene samples should be collected.
  • Develop a sampling plan.
  • Determine if controls are adequate and if not apply the hierarchy of controls.
  • Apply a control banding tool to a nanomaterial.

Who Will Benefit​

This online self-study course will benefit IH’s who are responsible for the health and safety of workers exposed to nanomaterials.

Time to Complete

This course will take approximately 3.5 hours to complete. You will have up to 3 months from your enrollment date to complete your coursework and the online course evaluation for credit.

Course materials

All course materials are provided as PDF downloads via the online classroom (registrant-access only). No hardcopy materials are mailed for this course.

Registrants connect and get unlimited 24/7 web access for 3 months.

Materials in this course include:

  • ​A full e-learning suite of 5 modules incorporating presentation video and interactive activities
  • ​Course Handout Packet (How to Assess and Manage Nanomaterial Risks Course Handouts)

To successfully submit credit for this course in the online classroom, participants must view the presentation in its entirety and complete all module activities. An online evaluation of the course is included as part of the credit submission process.


Have questions or need additional information? Contact us​​​

Your Instructors

Adrienne Eastlake, MS, REHS

Adrienne Eastlake is a Lieutenant with the United States Public Health Service Commissioned Corps. She provides outreach to the nanomaterial health and safety community through document development, publications, exhibits, presentations, and delivery of professional development courses. She has conducted site visits to nanomaterial producing facilities to gain a better understanding of the processes, tasks, possible exposures, and controls that are being used.

Laura Hodson, MSPH

Laura Hodson is the Coordinator of NIOSH’s nanotechnology research center. She is certified in the practice of industrial hygiene and has a BS in Chemistry and Environmental Studies, and a MSPH in Industrial Hygiene. Hodson has more than 30 years of chemistry and industrial hygiene experience, including the evaluation of nanomaterial facilities, and is the document manager of several NIOSH nanotechnology guidance documents such as Approaches to Safe Nanotechnology.