List of Fall 2012 Early Adopters

#	Topic	Principal Investigator	Country	Co-Pis	Organization	Courses Proposed
1	TCPP Early Adopter Fall 2012	Tia Newhall	United States	Andrew Danner	Swarthmore College	CS31 Introduction to computer systems, CS40 Computer graphics, CS41 algorithms, CS45 Operating Systems, and CS87 Parallel computing
2	TCPP Curriculum: Early Adoption at University of Wisconsin-Stevens Point	Quan Yuan	United States	Sasithorn Zuge	CNMT Department, University of Wisconsin-Stevens Point	Object-Oriented Programming (CIS110), Data Structure and Algorithms (CIS120), Data Communications & Networks (CIS225), Android Application Development (CIS345), Independent Study (CIS499),
3	NSF/TCPP Curriculum Initiative on Parallel and Distributed Computing – Fall 2012 Early Adoption	Martin Burtscher	United States		Texas State University	CS 3339 – Computer Architecture – core; CS 4378T – Parallel Programming
4	Enhancing Parallel and Distributed Computing Curriculum in CSE Department	Dhananjai Rao	United States		Miami University	Architecture, OS, HPC (elective)
5	Parallel Early And Often	John Goulden	United States	Larry Sells	Oklahoma City University	CS1, CS2, CS3, Software Engineering
6	Integrating TCPP Curriculum into Computer Engineering Courses at The University of Akron	Shivakumar Sastry	United States		The University of Akron	Computer organization, operating systems, elective senior/grad embedded networks
7	Integrating Parallel and Distributed Computing into University of North Dakota’s Undergraduate Computer Science Curriculum	Travis Desell	United States		University of North Dakota	CS161 Computer Science II and CS 445 Mathematical Modeling
8	Early Adoption of TCPP Core Topics at Holy Cross	Kevin Walsh	United States		College of the Holy Cross	Computer Systems and Organization
9	A Parallel-Focused Curriculum for Undergraduates at Humboldt State University: Evaluating the TCPP Core Curriculum Initiative	Scott Burgess	United States		Humboldt State University	Operating Systems, Architecture, Algorithms
10	Mulriprocessor Programming and Algorithms: NSF/IEEE-TCPP Early Adopter for LSU Undergraduates	Costas Busch	United States		Lousiana State University	multiprocessor systems
11	NSF/TCPP Early Adopter Proposal at Saint Anselm College	Rajesh Prasad	United States		Saint Anselm College	Computer Architecture, Data Structures and Algorithms, Computer Networks
12	Distributed Systems Curriculum Infusion Using GENI Infrasturcture	Mousa Ayyash	United States	Muhammad Anan	Chicago State University	Distributed Systems (Network Programming, Wireless Networks Security and Design)
13	Teaching Parallel Programming in Advanced C Programming	Yung-Hsiang Lu	United States		Purdue University	ECE 264 – Advanced C Programming
14	Parallel and Distributed Computation Program for Southern University	Ebrahim Khosravi	United States	Oleg Starovoytov, Shizhong Yang	Southern University A&M College	Introductory algorithms and programming, organization, scientific computing, architecture, distributed processing. Grad courses in algorithms and distributed computing.
15	Integrate Parallel and Distributed Computation Program into Current Computational Courses at Southern University	Shizhong Yang	United States	Ebrahim Khosravi, Liuxi Tan	Southern University and A & M College	CMPS 360: Scientific computing, CMPS 432 Distributed processing and CMPS 592 Advanced topics
16	NSF/TCPP Curriculum: Concurrent and Distributed Algorithms	Yanhong A. Liu	United States	Scott D. Stoller	State University of New York at Stony Brook	Analysis of Algorithms (core-offered each semester); Concurrent and Distributed Algorithms (offered each year)
17	Early adopter proposal regarding the Software Engineering 751 elective course	Nasser Giacaman	New Zealand	Oliver Sinnen	The University of Auckland	SoftEng 751: High Performance Computing
18	NSF/TCPP Core Curriculum Initiative for SUTD	Chau Yuen	Singapore	Jason Gu	Singapore University of Technology and Design	Introduction to Algorithms – departmental core; Computer System Engineering – departmental core; and Graph Theory and Algorithm – elective.
19	China Course Restructuring Plan of Integrating CS2013/TCPP Topics into Undergraduate Curricula	Hai Jin	China	Feng Lu, Zhenzhen Song, Zirui Wang	School of Computer Science and Technology, Huazhong University of Science and Technology	Parallel Programming Principle and Practice; Parallel Data Structure and Algorithm
20	Early Adaptor Plan for TCPP Curriculum at FAST-NU	Jawwad Shamsi	Pakistan		FASTNational University (NU), Karachi Campus	Concurrent and Distributed Systems, High Performance Computing
21	Distributed Systems with Wireless Sensor Network	Silvana Rossetto	Brazil	Noemi Rodriguez	UFRJ	Graduate and undergraduate course in wireless sensor nets at two different universities.
22	Introducing concurrency concepts from the perspective of computer systems	Ana Lucia de Moura	Brazil	Noemi Rodriguez	PUC-Rio	Computer Systems
23	NSF/TCPP Curriculum: Early Adoption Proposal at Missouri University of Science and Technology (Missouri S&T)	Yiyu Shi	United States		Missouri S&T	CpE318 Digital Systems Modeling and CpE111 Introduction to CE.
24	TCPP Early Adoption: Service and Experiential Learning using Parallel Computing	Kera Watkins	United States		Wilberforce University	IDS L, university wide core, and a co-op course.
25	Early Adoption of TCPP Core Curriculum for Algorithm Topics at Lamar University	Quoc-Nam Tran	United States		Lamar (Texas State) University	Design and Analysis of Algorithms (core)
26	Application of NSF/TCPP Core Curriculum Initiative Materials to Courses in Computational Physics”)	Michael Levine	United States	Anirban Jana, Nathan Stone, John Urbanic, Joel Welling	Carnegie Mellon University & Pittsburgh Supercomputing Center	Introduction to Computational Physics and Advance Computational Physics
27	Introducing PDC Concepts in Digital Logic	Ramachandran Vaidyanathan	United States	Jerry Trahan, Suresh Rai	Louisiana State University	Digital Logic I, II