Journal: Inroads

Volume 6, Issue 4

6 -- 0John Impagliazzo. Editor's corner
8 -- 13Yan Timanovsky. Digest of ACM educational activities
14 -- 15George M. Kasper. Spotlight
16 -- 19Don Gotterbarn. Professional practice by unlicensed professionals
19 -- 21Tony Clear. Everybody must cut code! educational imperative, fad or fantasy?: D5 charter
22 -- 23Heikki Topi. Gender imbalance in computing: lessons from a summer computer camp
24 -- 26Henry M. Walker. Beyond the cliche, mathematical fluency, in the computing curriculum
27 -- 28Lauri Malmi. Entering the research community
29 -- 30Gillian M. Bain, Ian Barnes. The view from the Scottish highlands and islands
31 -- 32Lisa C. Kaczmarczyk. A retrospective: somewhat wistful, but ultimately enthused
33 -- 35Elizabeth K. Hawthorne. Celebrating 40 years of ACM's commitment to community colleges
36 -- 37John P. Dougherty. From sunset to sunrise
38 -- 50Jeffrey L. Popyack. Recognizing excellence and beyond
41 -- 51Anatoly V. Voronin, Iurii A. Bogoiavlenskii, Vladimir Kuznetsov. Perspectives on the emergence of computing programs propelled by local industry in Russia
52 -- 53Manuel A. Pérez-Quiñones. Teaching low-fidelity interactive prototyping using handhelds
56 -- 57Quincy Brown, Amy Briggs. The CS10K initiative - part 2 - progress in K-12 through computer science principles
58 -- 59Jan Cuny. Transforming K-12 computing education: AP® computer science principles
60 -- 66Marie desJardins. Creating AP® CS principles: let many flowers bloom
67 -- 70Michael Preston, Leigh Ann DeLyser. CSP joins New York City's K-12 computer science portfolio
71 -- 79Dan Garcia, Brian Harvey, Tiffany Barnes. The beauty and joy of computing
80 -- 83Susan Yonezawa, Nan Renner, Monica Sweet, Beth Simon, Diane Baxter. CS-CAVE: districts' roles in broadening CS access
84 -- 86Barbara Ericson, Mark Guzdial, Briana Morrison, Miranda Parker, Matthew Moldavan, Lekha Surasani. An eBook for teachers learning CS principles
87 -- 91Bennett Brown. Project- and problem-based learning: PLTW and AP® CS principles
92 -- 93Melissa A. Rasberry. Finding a place to call home in the CS10K community
94 -- 97Bradley Beth, Calvin Lin, George Veletsianos. Training a diverse computer science teacher population
98 -- 101Lawrence Snyder, Raven Avery Alexander. computer science principles at UW
102 -- 104Amy Briggs, Quincy Brown. AP® computer science principles: a conversation with the college board
105 -- 106James Kurose. Booming undergraduate enrollments: a wave or a sea change?
108 -- 0Renee Dopplick. Maker movement and innovation labs

Volume 6, Issue 3

4 -- 0John Impagliazzo. Editor's corner
6 -- 9Yan Timanovsky. Digest of ACM educational activities
10 -- 13Curt M. White. Spotlight
14 -- 0Cameron Wilson. Hour of code: Maryland, Washington and San Francisco move to support computer science
16 -- 30Jodi Tims, Stuart H. Zweben, Yan Timanovsky, Jane Chu Prey. ACM NDC study: the 2015 survey of non-doctoral granting departments in computing
33 -- 35C. Dianne Martin. 2015: the year of internet governance
36 -- 37Heikki Topi. Using ICT competence frameworks to support curriculum development
38 -- 39Henry M. Walker. Recovering from disappointing student test results
40 -- 41Lauri Malmi. Practitioner notes
42 -- 43Lisa C. Kaczmarczyk. When worlds collide: appreciating the impact between academia and industry
44 -- 46Elizabeth K. Hawthorne. ACM-W celebration of women in computing specially for community colleges
47 -- 48David Ginat. Intersecting lines
49 -- 50Jeffrey L. Popyack. Furthering and celebrating the computing and information professions
52 -- 53Quincy Brown, Amy Briggs. The CS10K initiative: progress in K-12 through "exploring computer science" part 1
54 -- 57Jan Cuny. Transforming K-12 computing education: an update and a call to action
58 -- 66Jane Margolis, Joanna Goode, Gail Chapman. An equity lens for scaling: a critical juncture for exploring computer science
67 -- 72Hadi Partovi. A comprehensive effort to expand access and diversity in computer science
73 -- 74Joseph P. Wilson, Melissa Moritz. Helping high-needs schools prioritize CS education through teacher advocacy & experiences
75 -- 77Dale Reed, Brenda Wilkerson, Don Yanek, Lucia Dettori, Jeff Solin. How exploring computer science (ECS) came to Chicago
78 -- 86John Fuegi, Jo Francis. Lovelace & Babbage and the creation of the 1843 'notes'
88 -- 0Renee Dopplick. Expanding minds to big data and data sciences

Volume 6, Issue 2

4 -- 0John Impagliazzo. Editor's corner
6 -- 11Yan Timanovsky. Digest of ACM educational activities
12 -- 16Curt M. White. Spotlight
18 -- 0Cameron Wilson. Hour of code: bringing research to scale
20 -- 22Tony Clear. IT industry employers expectations: our graduates deserve better!
22 -- 23Heikki Topi. A truly global approach to revising the MSIS curriculum recommendation
24 -- 26Henry M. Walker. Why a required course on theory?
27 -- 28Lauri Malmi. Supervisor's perspective
29 -- 30Michal Armoni. th WiPSCE conference, Berlin, November 2014
31 -- 32Lisa C. Kaczmarczyk. Do you speak #scicomm?
33 -- 35Elizabeth K. Hawthorne. Creating 2+2 education pathways in cybersecurity
36 -- 43Frances K. Bailie. st century
44 -- 49Tina J. Ostrander. Making learning relevant for the real world: co-teaching with an industry professional
50 -- 56Nenad Jukic, Heikki Topi. Teradata University Network: collaboration between industry and academia for improving education
58 -- 0Diana L. Burley. Cybersecurity education, part 2
60 -- 63Diana L. Burley, Ernest L. McDuffie. An interview with Ernest McDuffie on the future of cybersecurity education
64 -- 69Corey D. Schou. Plus ça change, plus c'est la même chose
70 -- 76Claude Turner, Jie Yan, Dwight Richards, Pamela O'Brien, Jide Odubiyi, Quincy Brown. LUCID: a visualization and broadcast system for cyber defense competitions
77 -- 81Ambareen Siraj, Blair Taylor, Siddharth Kaza, Sheikh Ghafoor. Integrating security in the computer science curriculum
82 -- 83Daniel D. Garcia. TECH launch with gradescope: exam grading will never be the same again!
84 -- 0Renee Dopplick. Experiential cybersecurity learning

Volume 6, Issue 1

4 -- 0John Impagliazzo. Editor's corner
6 -- 11Alvaro E. Monge, Cameron L. Fadjo, Beth A. Quinn, Lecia J. Barker. EngageCSEdu: engaging and retaining CS1 and CS2 students
12 -- 16Yan Timanovsky. Digest of ACM educational activities
17 -- 21Curt M. White. Spotlight
22 -- 0Cameron Wilson. Hour of code - a record year for computer science
24 -- 26C. Dianne Martin. Using the U.S. constitution to frame the governance of cyberspace
26 -- 27Heikki Topi. Data science and information systems: relationship of love or hate?
28 -- 29Henry M. Walker. Sorting algorithms: when the internet gives you lemons, organize a course festival
30 -- 31Lauri Malmi. Can we show an impact?
32 -- 33Lisa C. Kaczmarczyk. The case for teaching computer science education research to undergraduates
33 -- 34Peter B. Henderson. Sunset time
35 -- 36David Ginat. Getting the golden coin
37 -- 38Jeffrey L. Popyack. Student achievement across the globe
40 -- 41Lisa C. Kaczmarczyk. Welcome
42 -- 45Richard Kick, Frances P. Trees. AP CS principles: engaging, challenging, and rewarding
46 -- 49Henry M. Walker. Priorities for the non-majors, CS course: programming may not make the cut
50 -- 54Stephen Cooper, Wanda Dann. Programming: a key component of computational thinking in CS courses for non-majors
55 -- 57Michael Goldweber. Programming should not be part of a CS course for non-majors
58 -- 61Henry M. Walker. Computational thinking in a non-majors CS course requires a programming component
62 -- 0Susan Conry, Eric Durant, Herman Lam, Victor P. Nelson, Robert B. Reese. CE2016 steering committee: a short update
64 -- 0Renee Dopplick. White house celebrates computer science education week