The usual shape: exams on this course are most often 2½ to 3 hours long. A very common structure is one compulsory question worth 20–30 marks, built from three or four short parts drawn from across the course, followed by any two or three of four or five other questions, each worth about 15 marks and split into two parts (say 10 + 5). Some departments use a straight "answer any four" instead, and a few add a short objective section. Whatever the layout, the good news is the same: questions are almost always "define / explain / discuss / list N things", with very little calculation beyond the occasional payback or ROI sum. This is one of the most predictable papers you will write.

What keeps coming back: the professional areas of computing; who a professional is and what professional bodies (CPN, NCS, ACM) and codes of ethics do; definitions of skill and professional skills; graduate attributes vs transferable skills; areas of skills development; PPD and its cycle, and how you would develop yourself into a computing professional; feasibility studies and TELOS; and the types and benefits of critical and creative thinking for a researcher.

The trap is waffle. Examiners usually mark soft-skills answers by counting distinct, explained points. So the winning layout is always the same: a crisp definition first, then numbered points with a bold heading each, a sentence or two explaining every point, and a concrete computing example (ideally Nigerian). Rule of thumb: roughly one well-explained point per 2 marks — a 10-mark "discuss five" wants five headed paragraphs, not one long essay.

A calm strategy: read the whole paper first and pick your optional questions by how many points you can list for each part, not by which topic feels familiar. Split your time by marks: on a typical 3-hour, 70-mark paper that is just under 2½ minutes per mark, so a 25-mark compulsory question gets about an hour, each 15-mark question about 35 minutes, and 10 minutes stay free at the end to reread. Draw a quick diagram where it helps (the TELOS pentagon, the PPD cycle): it shows structure at a glance, and examiners like it.