Knowledge Transfer of Experienced Exploratory Testers in Real Operational Setting

Abstract

Test combinations executed by exploratory testers are of utmost importance towards error detection and cannot be designed by test case based or scripted techniques. Tests are designed and executed at the same time, and they are often not recorded. This paper presents a practical experiment that compares experienced exploratory tests and junior exploratory tests allowing the junior exploratory testers (JETs) to analyze and learn the experienced exploratory tester’s tests they failed to design. In the experiment, one experienced exploratory tester (EET) manually executed tests on a sample software application with only four graphical user interfaces. The EET tests were saved in an EET test case table. Five software engineering students who were selected as JETs also executed their tests on the same sample application and their tests were saved in JET test case table. Upon test completion, EET and JET test case tables were compared and output the difference (missed tests). Each student participated in four sessions, after each session analysis of missed tests was performed and gained knowledge of the tricks used to unearth errors. We found that JETs can become more creative and gain practical knowledge through participation in activities and analysis of missed EET tests. This approach can be adopted as a means of training naïve testers to become proficient exploratory testers. Focus has been given on knowledge transfer of experienced exploratory testers to increase understanding of high-risk exploratory test scenarios that can fast track naïve or junior testers to become proficient exploratory testers

Authors and Affiliations

Wellington Makondo| Department of Information Technology Delhi Technological University New Delhi, India, Fungayi Donewell Mukoko| Department of Software Engineering Delhi Technological University New Delhi, India, Kumbirayi Nyachionjeka| Department of Electronic Engineering Delhi Technological University New Delhi, India

Keywords

Related Articles

Encryption Visual Projection in Embedded Systems

Embedded systems permeate our everyday lives. From automobiles to elevators, kitchen appliances to televisions, and water heaters to cell phones, we increasingly depend upon embedded systems to operate as expected. A few...

Survey on Energy Efficiency in DSR/AODV Protocols in Wireless Network

The demand for high data-rate multimedia wireless communications has been growing rapidly. As standards are addressing higher capacity wireless links to meet increasing demands, device power consumption is also increasin...

Multipurpose Robot for Patients and Military Applications

This multipurpose robot rover is specially met for the patents having various disabilities to help them to take their own food and medicines without the help from others. The robot rover contain a miniature robotic ha...

Study and Performance Analysis of a General MIMO-OFDM System for Next Generation Communication Systems

OFDM may be combined with multiple antennas at both the access point and mobile terminal to increase diversity gain and/or enhance system capacity on a time-varying multipath fading channel, resulting in a multiple-input...

Segmentation of Lungs, Fissures, Lobes from Chest CT Images and Analysis

Pulmonary Segmentation of lungs from chest CT images is useful in diagnosis of abnormalities and surgery planning. Lung is segmented from chest CT using iterative thresholding method. Further processing is carried out to...

Download PDF file
  • EP ID EP8392
  • DOI -
  • Views 374
  • Downloads 23

How To Cite

Wellington Makondo, Fungayi Donewell Mukoko, Kumbirayi Nyachionjeka (2014). Knowledge Transfer of Experienced Exploratory Testers in Real Operational Setting. International Journal of Electronics Communication and Computer Technology, 4(3), 610-613. https://europub.co.uk/articles/-A-8392