| Archive |
| Archive > August 2008, Volume 22, Issue 8 > Bringing in GIS (1) |
Bringing in GIS (1)01/08/2008 |
| GIS is often considered a solution in search of a problem, and GIS solutions are promoted as the cure for all business challenges. The authors advocate a top-down, rather than a technology-driven, solution and describe a meth-odology for identifying strategic objectives and representing how GIS can support them. |
| By Craig Rintoul and Nilesh Chandra, PA Consulting Group, US |
|
As advocates of GIS often discover, many barriers exist to finding funding for a technology-led project that gives priority to functionality over business value. A budget-holder will often lack knowledge regarding GIS and how it can positively impact business; occasionally, they even display cynicism as to its capacity for delivering value.
The first two points form the ‘discovery phase’, and to tackle them we have developed a three-step methodology which helps engage stakeholders, drive consensus on the need for change and win ‘buy-in’ for the solution. In order to reap benefits, the idea is not be tied to any prescribed outcome, but rather to the best solution. To the ears of the GIS advocate this may sound contrary to the goal, but being ‘solution-agnostic’ helps gain credibility and buy-in from stakeholders. The discovery phase is broken down into three steps: Mobilisation, Diagnosis and Visioning.
The interview pathway should be modified according to how these apply to each stakeholder. A set of structured questions can be developed that correspond to the template headings outlined above; the key is to ask questions about the business and not necessarily about GIS. Once areas of value are identified, the interviewer should hone in and learn not only the objective but how it will benefit the organisation and where metrics exist to support it. For example, many businesses face the challenge of efficiently routing workers and service crews to maximise productivity and minimise travel time. A GIS-based solution could help improve routing efficiency, resulting in a quantifiable benefit. Data supporting this supposition may well exist in timesheets and other management systems. At the end of the interview objectives should be reviewed and areas of greatest value the stakeholder prioritised. Time should then be made for reviewing and synthesising notes, and considering ways in which benefits might be delivered.
A variety of tools can be used to define the ‘as is’ state, including a ‘rich picture’, which provides a one-page overview of processes, people, technology and data, and represents the complexity of interfaces, machine and manual processes, highlighting areas for potential improvement. A well-presented, rich picture can convince sceptics of the necessity for change by highlighting the complexity of operations and both short- and long-term business improvements enabled by GIS. To build momentum, the diagnosis phase should be performed over a compressed period of four to six weeks, dependingon size and scope of organisation. |
| Biography of the Author(s) Both authors are with PA Consulting Group. Craig Rintoul holds a BSc from the University of Glasgow and a MSc form Strathclyde Graduate Business School. He is a managing consultant and leads projects on technology-focused strategy assignments for client organisations. Nilesh Chandra holds a BE degree from Panjab University, India and an MBA degree from Cornell University. He is consultant on large enterprise-wide applications such as ERP, and advises clients on a wide variety of issues ranging from solution identification to building a business case to implementation and change management. |
| References |
| http://paconsulting.com/gis/ |
|
|
Comments (0): |
|
Interactive |
3D Scanning of Historic Sugar Factories |
|
The Alliance for Integrated Spatial Technologies at the University of South Florida, USA, recently worked with the Florida Park Service on a project to document the remains of several historic sugar-mill sites in the State Parks to create as-builts to be used in preservation and conservation of these resources. The FARO LS 880, along with GPS and total station georeferencing and colour imaging, was used on these projects.
|
| Last 5 items: |
| 3D Scanning of Historic Sugar Factories |
| Road Improvement Survey with UAV |
| 3D BIM + money = 5D |
| Setting up a survey in a swamp |
| Launch of the 9th Baidu Satellite |
