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BEST - Better Estimation of Software Tasks
The goal of the BEST project is to improve software cost estimates through better training, practices and tools. Our focus is on estimation processes that rely on human judgment as a key element. Results from the BEST project aims at better control of software projects and more efficient use of IT resources and investments.
Motivation

Inaccurate estimation of software development effort is one of the most important reasons of IT-project failures. While too low effort estimates may lead to project management problems, delayed deliveries, budget overruns and low software quality, too high effort estimates may lead to lost business opportunities and inefficient use of resources. These  problems motivated the BEST (Better Estimation of Software Tasks) project to conduct research that aims at significant improvements in effort estimation methods.

Goals
  1. Produce high-quality, high-impact research results on software cost estimation
  2. Translate research results into industrial practices and software tools
  3. Be a stimulating and efficient work environment for researchers and PhD Students with topics relevant for software cost estimation

 

Focus and approach

The project’s main focus is to improve judgment-based effort estimation (expert estimation), which is the estimation approach most frequently used by the software industry. A better understanding of the mental steps involved in expert estimation is necessary to achieve robust improvement of estimation processes. We have recently extended the group's scope to include research on improving requirements processess and requirements specifications. This followed from realizing that these elements can have significant impact on the estimation process.

A great challenge when studying expert judgment is to understand the unconscious steps involved. To study these steps, we make use of multidisciplinary competencies, especially psychology and software engineering, and conduct studies in realistic software development effort estimation environment. Our methodology is theory-based, yet aiming at concrete improvements to practices and tools.

Where to go from here

 

People

Professor

Magne Jørgensen

Project Manager
Research Scientist Simula Research Laboratory AS

Mobile: +47 924 333 55

Alf Børre Kanten

PhD Student Simula School of Research and Innovation AS

Mobile: +47 951 00 008
E-mail: alfbk@simula.no

Kristin Børte

PhD Student Simula School of Research and Innovation AS

Mobile: +47 911 97 219
Office: +47 67 82 82 06

Stein Grimstad

Research Scientist Simula Research Laboratory AS

Mobile: + 47 995 32 940
Office: +47 995 32 940
Associate Professor

Jo Erskine Hannay

Research Scientist Simula Research Laboratory AS

Mobile: +47 488 94 138
Office: +47 67 82 83 09
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