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The ACM Special Interest Group on Computer Science Education provides a forum for educators to discuss issues related to the development, implementation, and/or evaluation of computing programs, curricula, and courses, as well as syllabi, laboratories, and other elements of teaching and pedagogy.

Problets are problem solving software assistants for learning, reinforcement and assessment of programming concepts. They are designed to help students learn programming concepts through small-scale problem-solving, and as a supplement to large-scale programming traditionally used in introductory programming courses. At this site, you can find out more about the capabilities of the problets, their pedagogy, and about using them in your courses.

Obviously there are a huge range of teaching approaches to novice programming across the world, but let's take the Barnes and Kolling "Objects First With Java" text book and Blue J environment . It's very popular (ranked as number 1 in three of the Amazon technical books categories for what it's worth) and used as an introductory text in many computer science departments. One of the features of this well designed textbook is that it aims to teach high level concepts as a priority over lower level language constructs. The BlueJ environment enables students to experiment with object orientation by calling methods on objects in a graphical environment. The text book encourages students to read code before they write it, and "wire in" small segments of their own code into a pre-written program. The lecture slides which come with the book give specific instruction and worked examples; students typically recieve this sort of instruction before working on small examples in the lab. In fact, working on small examples after a lecture on programming concepts is in my experience a fairly common pattern in first year instruction.

Kirschner, Sweller and Clark recommend the practices of a) providing worked examples for students to read and b) providing process worksheets which explain to students the processes they should go through when solving problems.These are both sensible suggestions but I wouldn't say they were unusual for computer science teaching. I would suggest that we tend to use a mixed bag of instructional techniques rather than basing our pedagogy on pure theory. And so therefore: we probably get our first year teaching right at least part of the time. Which is a bit of a comfort.