An Extension to the Tactical Planning Model for a Job Shop: Continuous-Time Control

We develop an extension to the tactical planning model (TPM) for a job shop by the third author. The TPM is a discrete-time model in which all transitions occur at the start of each time period. The time period must be defined appropriately in order for the model to be meaningful. Each period must be short enough so that a job is unlikely to travel through more than one station in one period. At the same time, the time period needs to be long enough to justify the assumptions of continuous workflow and Markovian job movements. We build an extension to the TPM that overcomes this restriction of period sizing by permitting production control over shorter time intervals. We achieve this by deriving a continuous-time linear control rule for a single station. We then determine the first two moments of the production level and queue length for the workstation.

Planning and Scheduling Decisions in Supply Chains with Multiple Supply Modes: An Integrated Approach

We address the problem of jointly determining shipment planning and scheduling decisions with the presence of multiple shipment modes. We consider long lead time, less expensive sea shipment mode, and short lead time but expensive air shipment modes. Existing research on multiple shipment modes largely address the short term scheduling decisions only. Motivated by an industrial problem where planning decisions are independent of the scheduling decisions, we investigate the benefits of integrating the two sets of decisions. We develop sequence of mathematical models to address the planning and scheduling decisions. Preliminary computational results indicate improved performance of the integrated approach over some of the existing policies used in real-life situations.

Planning essays and assignments

This is a 13 min 10 second audio recording produced by the University of Southampton. The podcast is designed to help students develop their skills in planning their academic work in writing assignments and essays. You can choose from an MP3 version or WMA version of this item. A transcript of the audio recording is also provided.

Planning and presenting research seminars

A presentation on planning and presenting research seminars for SOES 6018. This module aims to ensure that MSc Oceanography, MSc Marine Science, Policy & Law and MSc Marine Resource Management students are equipped with the skills they need to function as professional marine scientists, in addition to / in conjuction with the skills training in other MSc modules. The module covers training in fieldwork techniques, communication & research skills, IT & data analysis and professional development.

Posing the question: an academic guide to planning essays

This guide will give you advice on picking your subject, question and methodology for an extended essay. It will also give you hints and tips on how to research for and structure the essay.

Workshop Planning at WSA

A presentation from 2009 on who to enable staff to plan workshops within the School.

Learning, Teaching and Lesson Planning

This resource was designed for use with MSc Web Scientists as an introduction to a coursework that requires them to produce some teaching materials.

Foundation Year RTS Part 3 Planning Quiz

A short self evaluation quiz looking at planning

ALPS Workshop 2 p16 Lesson planning arrows

Animation

Envisioning (starting the project)2: User Stories, Sprint Planning, Risk Assessment

Second in a two part set of lectures on Agile Envisioning. The lectures describe the process of starting up a project. 1) creating a shared understanding amongst the team and customers using Stakeholder Analysis, Personas and User stories 2) Sprint planning and using a burndown chart 3) Risk assessment

Agile Sprint planning, estimating and tracking progress with burndown charts.

These lecture slides cover agile sprint planning. I have included lightweight task estimation using agile techniques: story points, T- shirts and planning pokerthis is intended to help developers who are building their personal and team estimating capability