۱-۱. Project Title: Parental Involvement in Early Literacy Development in Afghanistan

۱-۲. Budget: 6,420,300AF

۱-۳. Duration: From 2018-2019

۱-۴. Funded by: USID/Creative

۱-۵. Program: The research project implemented via Avicenna University in Afghanistan. The research objective was to understand how parental involvement happens in educational contexts like inside families, schools, and communities in Afghanistan.

۲-۱. Project Title: Career Counselling Center

۲-2. Budget: 120000 USD

۲-3. Duration: ۲۰۱۷-۲۰۱۸

۲–۴. Funded by: USID/AWDP

۱-5. Program: Demand from Market, based on that provide counselling, trainings, job, job development and Job placements

۳-۱. Project Title: Transition, Design and printing 11 modules of APCICT e-government documents of Ministry of Communications and information Technology

۳-۲. Budget: 5328309 AFN

۳-3. Duration: December, 15 2015 to December 14 2016.

۳-۴. Funded by: It is a project designed by the MoCIT and supported financially by USAID

۳-5. Program: Translations, Design and Printing 11 Modules of APCICT E-government

۴-۱. Project Title: Impact of Climate change and variability and land use change on Afghanistan water resources:  A case study of Kabul River Basin and amu Darya Basins

۴-۲. Budget: 333782 USD

۴-3. Duration: ۲۰۱۵-۲۰۱۷

۴-۴. Funded by: Assistance in Management of USAID’s Partnerships with NSF and related Types of funding activates to Promote Global S&T Partnerships (PEEP health) NAS Senior Program Officer: Dalal Najib, Phone & Email 2023341367 [email protected]

۴-5. Program: The aim of study is to project the future climate of the Kabul River Basin of Afghanistan under the recent IPCC AR5 data set. The SimCLIM model was applied for climate modeling. A multi- model ensemble was used for best representation of future climate under the selected RCP4.5 and 8.5 pathways with time span of 2021-2040 (2030s), 2051-2070 (2060s) and 2081-2100 (2090s) with respect to baseline of 1961-2010. The output of multi-model ensemble climate modeling illustrated a considerable change in temperature and precipitation of the basin. The potential seasonal change of Tmax under RCP 4.5 and 8.5 pathways demonstrated peek rise in the winter season and lowest increases in the summer months, the change not exceed from 4.49˚C in winter and 3.96˚C in the summer by end of the century