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ACHARYA N.G RANGA AGRICULTURAL UNIVERSITY

Contents of 40(1) 2012 - acharya ng ranga agricultural university

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JOB RELATED TENSIONS AMONG SOFTWARE AND NON-SOFTWARE<br />

IT companies and 150 non-software professionals<br />

working in banks, telecom services and government<br />

offices. The 150 sample in each category consisted<br />

of 75 freshers with less than one year work experience<br />

and 75 with a minimum of five years of work<br />

experience. Job-related tension index (JRTI) was<br />

designed to measure employee perceptions of jobrelated<br />

tensions. The scale comprised of 15 items<br />

asking about the frequency of job-related tension<br />

events and the extent of role overload. Responses<br />

were obtained on a summated rating scale format<br />

ranging from “never” to “always.” Higher score<br />

indicated higher perceived job-related tensions.<br />

Hypotheses: The hypotheses framed to pursue the<br />

objectives were<br />

1. There is no difference in the job related tension<br />

faced by software and non-software<br />

professionals with respect to their work<br />

experience.<br />

2. There is no difference in the job related tension<br />

faced by software and non-software<br />

professionals with respect to the area to which<br />

they belong (urban/rural).<br />

Design and Procedure: For the purpose of the<br />

present investigation, factorial design based upon<br />

three different independent variables viz., i) the type<br />

of occupation, ii) work experience iii) area to which<br />

they belong by birth was followed. The first<br />

independent variable viz., type of occupation (A)<br />

varied in two ways –non-software(A1) and<br />

software(A2); the second independent variable work<br />

experience (B) varied in two ways freshers (B1) and<br />

experienced (B2); the third independent variable area<br />

(C) varied in two ways – Urban(C1) and Rural(C2).<br />

In order to analyze the data, a (2×2×2)<br />

analysis of variance (ANOVA) was used for the three<br />

independent variables in case of significant main<br />

effects as well as interaction; the ANOVA was<br />

supplemented by t-test.<br />

RESULTS AND DISCUSSION<br />

The results indicate that in case of area, F-<br />

ratio 84.57 (Table 1) was significant at. 0.01 level.<br />

Area had a significant independent effect upon the<br />

job related tension scores of the subjects. In order<br />

to interpret this, t-test was applied. The results for<br />

the same have been given in Table 2.<br />

Table 1. Summary of (2×2×2) ANOVA for job related tension<br />

(Occupation× Experience × Area)<br />

*Significant at .01 level<br />

Source of F-ratios<br />

Variation<br />

A 2.27<br />

B 0.43<br />

C 84.57*<br />

A×B 0.35<br />

A×C 0.02<br />

B×C 0.98<br />

A×B×C 45.62*<br />

Table 2. Mean and t-ratio of job related tension Scores on Area<br />

S.No. Group Mean t-ratio<br />

1. C1 14.07 11.51**<br />

2. C2 7.16<br />

*Significant at .01 level<br />

43

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