Deadline Extended to Submit Technical Papers and Presentations for 2022 IES Annual Conference

LDS 13 CS IES logo 400

May 2, 2022

The deadline has been extended to submit your technical papers and presentations for the 2022 IES Annual Conference. With Lighting the Way as this year’s conference theme, we strive to spark the conversation about how leadership both in the lighting community and by the lighting community influences our rapidly evolving world for the better.

Two classes of presentations include:

  1. Peer-Reviewed Conference Papers (3000 words or less, with a maximum of 10 pages, submitted in the IES Conference paper format), 12 point font, double-spaced.
  2. Technical Presentations (refereed by an extended abstract which consists of up to 3 pages (maximum 800 Words). Authors are encouraged to include figures in their abstract to convey information on details and/or findings that will be covered in the paper. No formal paper will be required for technical presentations accepted under this category.

Acceptance decisions will be based on the potential technical quality, originality, impact, and relevance to the conference audience. Papers that have been recently published which would benefit from dissemination to conference attendees through a formal presentation or poster are also encouraged.

Peer-Reviewed Conference Papers and their slides, along with the slides for the Technical Presentations will appear in the Conference Proceedings.

Posters will be evaluated for inclusion based on submission of an extended abstract that consists of up to 3 pages (maximum 800 Words). Authors are encouraged to include figures in their abstract to convey information on the details and/or findings which will be covered in the poster.

Paper submission deadline: May 13

Poster submission deadline: May 20

For further details on the submission process and conference theme, visit the Annual Conference homepage.

Related Articles


Changing Scene


Design

  • Stanpro: Guide 101 to Programmable Lighting

    Stanpro: Guide 101 to Programmable Lighting

    Programmable lighting consists of programmable tri-level fixtures with an integrated motion sensor. This type of solution is specifically designed to prevent dissipation of energy in spaces and applications where continuous lighting is the rule. Moreover, programmable lighting is recommended by Hydro-Québec as a tip to adopt good consumption habits. This form of lighting allows the… Read More…

  • CSC LED: Spotted On-Site – Brantford School Lighting Upgrade

    CSC LED: Spotted On-Site – Brantford School Lighting Upgrade

    Upgrading lighting in educational spaces isn’t just about energy savings — it’s about creating environments where students and staff can see clearly, feel comfortable, and stay focused throughout the day. Recently in Brantford, ON, a local school refreshed both its cafeteria and hallways by replacing dim, green-tinted legacy fixtures with CSC LED flat panels. The… Read More…


New Products

  • Eureka: Mill Acoustic Suspended Ceiling Luminaires

    Eureka: Mill Acoustic Suspended Ceiling Luminaires

    Absorb noise in common and public areas with Mill Acoustic Luminaires, for an original soft aesthetic and atmosphere enhancing functionality. With multiple sizes, colors and mounting options, optional uplight as well as an unlit version, Mill will help with volume control while adding a stunning design element to the decor. Read More…

  • SATCO|NUVO: LED Washdown Round High Bays – IP69K | Field Selectable

    SATCO|NUVO: LED Washdown Round High Bays – IP69K | Field Selectable

    SATCO|NUVO’s IP69K Rated LED UFO High Bays are engineered for demanding industrial and hygienic environments where fixtures must withstand high-pressure, high-temperature wash-down procedures. NSF approved and built for food processing, agricultural, and other sanitation-sensitive applications, these fixtures combine rugged durability with field-selectable performance. Wattage selectability (200W/150W/100W) and CCT selectability (4000K/5000K) allow light levels and color… Read More…