13 Apr 2025
47th SESHA Annual Symposium 2025
The SESHA 2025 Annual Symposium will be held in Tempe at the new Omni.
This year, SEMI ASMC and SEMI WiS are co-located in Albany, NY.
Other
13 May 2024 - 16 May 2024
Solving the challenges presented by semiconductor manufacturing is a combined effort by device makers, equipment and materials suppliers, and academics
Join us & other leading professional to discuss solutions that improve the collective manufacturing expertise of the semiconductor industry. And learn the latest in the practical application of advanced manufacturing strategies and methodologies.
Director, R&D Collaborations at EMD Electronics
"Tutorial—Sustainability"
14 May 2024 - FROM 16:25 TO 17:30 UTC-04:00
Operations Manager at EMD Electronics
"Tutorial—Sustainability"
14 May 2024 - FROM 16:25 TO 17:30 UTC-04:00
Fostering an Inclusive and Equitable Workplace
Building on last year’s theme of allyship and bridging the gender gap, the Women in Semiconductors (WiS) 2024 program will continue to unpack what constitutes an inclusive workplace and why fostering greater inclusion leads to greater innovation, sense of belonging and employee success.
We invite you to sign the Allyship Pledge and listen to the 2023 WiS Keynote and Panel Recording.
MBA, Director, Global DEI People Talent&Retention
"Workshop: Inclusive Excellence: Building Bridges to Innovation, Belonging, and Success "
16 May 2024 - FROM 14:15 TO 15:15 UTC-04:00
Watch on-demand and listen an interactive exploration and discussion on nurturing the talent pipeline and building a stronger network, including the role of mentorship and sponsorship.
Semiconductor companies large and small talk about achieving climate neutrality by 2030. That sounds like a great goal. But merely achieving that goal won’t solve the emissions problem. How we get there matters.
The SESHA 2025 Annual Symposium will be held in Tempe at the new Omni.
Join us for an engaging webinar exploring the transformative benefits of data sharing in the semiconductor industry, including zero quality issues, materials optimization, and scaling up new technology nodes.