The education program consists of three sessions: basic level K12- courses, intermediate(college) nanoelectronics course, and advanced graduate-level sessions. The course materials will be post online for public and selected courses will be provided in workshop tutorial session

The technical program has two sessions: Scientific Paper and presentation session, and Poster session. The scientific papers will be published by a professional publisher and selected papers will be published in a special issue of journal.

Collaboration program contains technical discussion and grant application sessions. Discussion session focuses on large-scale algorithm development, software development, problem-solving techniques, emerging model technique, information sharing, and industrial engagement. Grand application session focuses on developing new vision, define challenge issues and future NSF grant solicitation in computational nanotechnology, collaborative grant proposal preparation, data sharing, grant information sharing, and outreach activities.

The STEM activities in the workshop will be posted at STEM Education Society and reported to National Coalition of STEM in DC.

The workshop programs and curriculums will be available at GLC-Virtual School of Computational Science and Engineering (vSCE) web site and HPCnano.org Web site.

The technical program, scientific papers, poster and abstract will be published by a professional press, and selected papers will be published as a special issue on relevant journals such as the Journal of Computational and Theoretical Nanoscience. The outstanding papers and the authors will be invited to contribute a chapter in a new book titled “Emerging Models Technologies for Nanoelectronics” to be published by Springer Publisher