Course Details in 2024/25 Session


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Module Title LM Managing execution for flow
SchoolChemical Engineering
Department Chemical Engineering
Module Code 04 39388
Module Lead Ian Heptinstall
Level Masters Level
Credits 20
Semester Full Term
Pre-requisites LM Purpose and Planning - (04 39378) LM Leadership and Collaboration - (04 39379) LM Introduction to Industrial Project Management - (04 31163) LM Projects, Systems, and Control - (04 39383)
Co-requisites
Restrictions None
Contact Hours Lecture-26 hours
Guided independent study-174 hours
Total: 200 hours
Exclusions
Description This module centres around the concept of managing the flow of work during project execution, in the context of projects as complex adaptive systems previously introduced. This is a shift in focus from seeing project controls as following a narrowly defined baseline. The modification adds a different perspective – that of control through delegation and the maximisation of work flow in an uncertain environment.

The module is divided into four parts:
1. Building a collaborative project team
2. The History of Project Management – managing for flow is not new!!
3. Tools and techniques for flow
4. Synchronising complex flow

As well as a range of formal techniques (covered in parts 3 and 4), the module discusses collaborative culture and how project leadership can facilitate collaborative teams to improve flow.

Amongst the techniques discussed in this module we look at agile, lean, theory of constraints, lean construction, Kanban, and project production management. We introduce leadership concepts about psychological safety, error cultures and collaboration. Students develop their own generic understanding of how work and information flows within a project, and the impact that this can have on execution performance.

As with all modules, students are encouraged to apply critical analysis and evaluation to the methods they are introduced to.
Learning Outcomes By the end of the module students should be able to:
  • Reflect on and apply the idea of flow in projects.
  • Become aware of the strategies available to project to maximise the flow of work, and what can inhibit and restrict flow.
  • Explain the relevance of psychological safety to the leadership of a project team, in the context of a collaborative, creative, culture in the face of uncertainty and emergence.
  • Understand the features and uses of value-enhancing tools that leverage collaborative project teams to improve flow.
  • Describe the weaknesses in conventional project planning methods when it comes to managing the detailed flow of work on a project.
  • Explain and critically analyse a range of common approaches used to manage the flow of work across a project’s supply network
  • Understand how the ideas of leverage points, constraints and buffers can be applied to project supply networks in order to manage the efficient flow of work and identify improvement opportunities
  • Explain with examples how major projects in the past managed to achieve speed and cost performance that seems to still be rare with today’s projects.
  • Use a process flow diagram to document a project-related workflow, and use structured methods to identify the process constraint, flow obstacles, and improvement opportunities.
Assessment 39388-01 : Coursework : Coursework (100%)
Assessment Methods & Exceptions Assessment:
Coursework (100%), compromising of;
Assessed report on psychological safety (25%)
Analysis of a process and identification of improvement opportunities (25%)
Assessed coursework on the contractor’s problem (35%)
Assessed quiz (15%)
Other
Reading List