List of Fall-15 Early Adopters

#	Topic	Principal Investigator	Country	Co-PIs	Organization
1	Integrating the NSF/TCPP Curriculum Guidelines into undergraduate Systems Course	Xiao Chen	USA		Texas State University
2	Early Adopter Fall-15 Proposal for multi-course integration of NSF/IEEE-TCPP curriculum	Debzani Deb	USA	Mohammad Fuad	Winston-Salem State University
3	Incorporate PDC Topics into University Level Digital Computer Principles Class	Sungbum Hong	USA	Ali Abu El Humos and Godwin  Offiah	Jackson State University
4	NSF/TCPP Curriculum: Early Adoption in VLSI Courses	Yiyu Shi	USA		University of Notre Dame
5	Teaching Parallel Programming on GPU and System on Chip (SoC) with hands-on experience	Dhaval Patel	India	Vaskar Raychoudhary	IIT Roorkee
6	Integrating NSF/IEEE-TCPP Curriculum Initiative on Parallel and Distributed Computing into Curriculum	Yingfeng Wang	USA		Middle Georgia State University
7	Integrating Parallel and Distributed Computing into Towson University’s Undergraduate Computer Science Curriculum	Shiva Azadegan	USA	Adam Conover and Josh Dehlinger	Towson University
8	Integrating NSF/TCPP Curriculum into Undergraduate Courses	Mohammad Amin Kuhail	USA	Praveen Rao, Van De Liefvoort, Brian Hare	University of Missouri-Kansas city
9	Early Adopter Proposal as per NSF/TCPP Core Curriculum Initiative for Fal-2015	Sandeep Kumar	India	Manoj Misra, Sudip Roy	IIT Roorkee
10	Adopting PDC topics from TCPP Core Curriculum in Data Structures and Computer Architecture Courses at Undergraduate level	Kuldeep Kumar		Amit Verma
11	Using BigData for learning about a slice of parallel computation in several courses	Bruce Char	USA	William Mongan, Jeffrey Popyak	Drexel University
12	Integrating NSF/TCPP curriculum into a new Computer Engineering Degree	Javier Balladini	Argentina		National University of Comahue
13	Software Engineering for Parallel Programs	Jawwad Shamsi	Pakistan	Zafar Nasir	Fast National University