INMR86-Business Technology Consulting

Module Provider: Business Informatics, Systems and Accounting
Number of credits: 20 [10 ECTS credits]
Level:7
Terms in which taught: Spring term module
Pre-requisites:
Non-modular pre-requisites:
Co-requisites:
Modules excluded:
Current from: 2020/1

Email: v.a.michell@reading.ac.uk

Type of module:

Summary module description:

This moduleÌýprovides the key principles of consulting applied to digital business technology.ÌýIt covers the three levels of client engagement methodology. It also introduces a variety of problem solving tools and techniques suitable for analysis and solution development for digital business technology problems and consulting in related businesses aiming to use or are using digital technology.ÌýFinally,Ìýit develops practical skills in proposing and analysing digital business technology consulting problems via presentations and case studies in the area.Ìý

Aims:

The Business technology consulting module is taught in three key parts. The first part addresses the theory of consulting, consulting structure, generic consulting methods and tools. The second part focuses on problem solving methods. In particular understanding and applying examples of specific framework tools and techniques to digital business technology problems. It also builds on consulting tools developed in the department and related methods of problem solving using standalone or enterprise architecture frameworks. The third part, consulting in practice, involves student case analysis and presentations to practicing consultants where students apply techniques learnt to practical business-technology problems. ThisÌýthree-partÌýapproach welds business and digital technology techniques with consulting methods to enable students to both identify and resolve current and future issues affecting client technology-focused organisations. Being able to respond well to timeÌýandÌýcomplexity pressure whilst analysing a problem and developing a solution is a fundamental ability taught by the module.Ìý

Assessable learning outcomes:

At the completion of this module, studentsÌýwill be able to:Ìý

• Approach and resolve a range of consulting problems and construct highly persuasive consulting solution arguments that resonate with boardroom-level stakeholders;ÌýÌý


• Establish andÌýunderstand a holistic analyticalÌýproblem basedÌýview of an organisation and its architectural problems via architecture based frameworks to define solution options necessary to applyÌýdigital andÌýnon-digitalÌýsystemsÌýtoÌýcreate and support business value and enable business sustainability;Ìý


• Apply appropriate consulting methodology to conduct an analysis of the business performance, constraints, and problem variables and solutions and their benefit and impact on the stakeholders;Ìý


• Produce a set of solution requirements which assist decision makers to formulate digital business technology (i.e. ICT system s) solution strategies to enable business improvement and sustainability;Ìý


• Ability to understand and use consulting and technology related methodsÌý


• Develop an analytical approach and evaluate consulting analysis results and useÌýofÌýtheÌýappropriate problem solving methodsÌý

Ìý

Additional outcomes:

Outline content:

The key content covered in this module includes:Ìý

• Business technology consulting concepts and principles based on the theory on organisations and digital information systems;Ìý


• BusinessÌýtechnology analysis and related technology (digital andÌýnon-digital)Ìýproblem solving methods for representing business context, business activities and IT activities, alignment of business performance and IT enabling methods;Ìý
• Business consulting methods for analysing the business capabilities, the business problem, stakeholders’ influences, and change options;Ìý


• Business consulting methods for formulating business technology problem solutions that meet the business objectives;Ìý


• Evaluation methods for evaluating tangible and intangible benefits of the recommended business technology solutions and their implementationÌý