overview of my proposed plan for the 2,000-word briefing paper addressed to the UKs National Armaments Director regarding the governance of the 2035 autonomous logistics vehicle programme. Based on the coursework specification, I have selected Questions 1, 2, 5, and 6 to create a comprehensive narrative that applies lessons from the Ajax armoured vehicle programme to future autonomous systems.
Proposed Structure and Theoretical Framework
Section 1: Dependability and the Trust Gap (Question 1) In this section, I will explore the distinction between “trust that” (intellectual assent to technical specifications) and “trust in” (existential dependence on a system during a mission). Drawing on the Ajax case study, I will argue that the programme relied on “decontextualised assurance” that failed to capture operational reality. I plan to use Heideggers philosophical distinction between Pure Being and Process Being to recommend that requirements be specified through mission scenarios that account for the asset, materials, and human action combined.
Section 2: Reliability and Emergent Failure (Question 2) My analysis will focus on emergent, interaction-driven failure modes that do not stem from individual component breakdowns. I will argue that the human supervisor must be treated as a functional system element within the FMECA and Fault Tree Analysis to identify cumulative physiological or cognitive harms. This approach aims to avoid the system boundary problems encountered by Ajax, where the crew was excluded from formal reliability models.
Section 3: Evidence Architecture and Jacksons Heuristics (Question 5) I will propose a governance structure designed to avoid single points of failure in the evidence chain, such as the contractor monopoly on technical data seen in Ajax. I will explicitly apply Jacksons design heuristics, specifically “Drift Correction” to detect collective optimism bias and the “Inter-element Impediment” heuristic to ensure technical concerns reach senior decision-makers without being filtered by institutional boundaries.
Section 4: Safety-II, Migration, and Measurement (Question 6) Finally, I will advise a shift from Safety-I (preventing what goes wrong) to Safety-II (ensuring things go right under varying conditions). Using Rasmussens migration model, I will explain how cost and schedule pressures push programmes toward safety boundaries through “locally rational” decisions. To provide an objective measure of governance resilience, I will recommend the implementation of a Figure of Merit (FOM) to simulate the value of system performance across the entire lifecycle.
Word Count and Evidence Base
Each section will be approximately 450500 words, ensuring I meet the total limit while demonstrating the required depth of reading. I intend to blend practitioner reports, such as the NAO (2022) and Sheldon Review (2023), with academic theories from Hollnagel, Rasmussen, and Ferris to support my assertions.- –1
1- read all six units and try to cite from them for the paper, each quetion is covrer the unit, for exapmle q1 is for unit one
2- You will find recommendationed source use them will extra critical secah too meet the recbric + class units citation.
3- Read all Ajax Case Study Tasks that are related to the course work
4- read all COURSEWORK SPECIFICATION. Try to follow the rubric to get a good grade cuz last assigmt i got bas grade which 55, cuz it should be critical thinking + argumet with strong dephth redaing to get a good grade.
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