Engineering Management Case Study
6 weeks · 0 milestones
Produce an integrated case study analysis of a real engineering management decision — a major technical project that encountered significant challenges, a make-vs-buy decision, a technology selection under uncertainty, a post-mortem of a engineering failure, or a restructuring of an engineering organisation. The case study must: identify and frame the management decision clearly (what decision was made, by whom, with what information, and under what constraints), analyse the decision against at least 2 alternative courses of action (documenting what information was available at the time, not in hindsight), evaluate the outcome against the original objectives (using documented evidence of what actually happened), identify the 2 most important lessons for engineering management practice — grounded specifically in this case, not generic management advice, and propose what different decision process or criteria would have produced a better outcome. The case must be based on documented real events — published post-incident reports, case studies in engineering management literature, documented project post-mortems, or a real project you had direct access to. Proof artifacts: the decision analysis with alternatives comparison (analysis artifact) and the case study document with lessons and recommendations (documentation artifact). Note: the design artifact is the management decision framework itself — embedded in the analysis and documentation. Verification: an engineering manager challenges the lesson learned — 'you say the key lesson is X; name a different real engineering project where applying X would have prevented the problem you identified' — requiring you to generalise your analysis to a different real case.
Milestone map
Milestone map
3 milestones
Identify a real engineering management challenge — cost overrun, schedule delay, team scaling failure, or process breakdown — and frame it with quantified evidence. Produce a problem statement that names the system, the failure mode, the measurable impact, and the investigation scope. A clearly-framed problem prevents scope creep and ensures later analysis is anchored to evidence rather than opinion.
Proof required
Submit your problem statement document (≥600 words): the engineering management challenge, evidence of its impact (cost, schedule, quality, or team metrics), system description, and a structured investigation plan listing the data sources and methods you will use.
What gets checked
- Problem statement names a specific, measurable failure — not a general process concern
- Impact is quantified with real figures (cost variance, schedule slippage, defect count, or team metric)
- Investigation plan lists specific data sources and methods — not generic 'research the problem'