2023 SALC Call for Speakers Now Open

December 19, 2022

The IES Street & Area Lighting Conference appeals to a broad spectrum of attendees with a primary focus of improving outdoor lighting and related technologies. The IES SALC is the only forum specific to the interests and challenges facing outdoor lighting professionals.

Submissions for consideration for the 2023 IES Street and Area Lighting Conference in Indianapolis, IN, are ow being accepted through January 23, 2023. Seminar sessions generally run 25-35 minutes. Street and Area Lighting Conference is educational, and presentations must follow IES’s non-commercial policy. This application allows speakers to submit session outlines for consideration for the IES Street and Area Lighting Conference. The Street and Area Lighting Conference Program Committee will consider all topics for the 2023 Conference in Indianapolis. Speakers will be notified of acceptance for the conference program by late February/early March 2023. If accepted, your final presentation will be due by August 2023.

Go HERE to submit an application

Related Articles


Changing Scene


Design


New Products

  • SATCO|NUVO: Omni Directional CFL Replacement Lamps

    SATCO|NUVO: Omni Directional CFL Replacement Lamps

    SATCO|NUVO’s Omni Directional CFL Replacement Lamps deliver reliable, energy-efficient performance in a compact and versatile PL shape. This comprehensive line offers 5W or 7W options to replace 13W, 18W, or 26W CFLs, with dedicated color temperatures from 2700K to 5000K and lumen outputs ranging from 580 to 910. A+B dual mode ballast compatibility ensures flexibility… Read More…

  • Legrand: Kenall MedMaster Flair Luminaire

    Legrand: Kenall MedMaster Flair Luminaire

    MedMaster Flair is more than illumination; it delivers intelligent, adaptable lighting. This versatile fixture offers configurable single- or dual-engine lamping to support a wide range of color outputs—including static white, static color perimeter, dynamic RGB/RGBW, and switchable white/red or white/amber perimeter modes. The outer lens creates a distinctive “halo effect” when lit, while remaining nearly… Read More…