What is MECanalyst?
MECanalysist is a versatile software developed to identify consumers’ motives for buying products and/or services. It has been designed to learn and understand how consumers ascribe to a product/service a meaning, a self-relevance, which may encourage, or hamper, their use.
MECanalyst is a tool to analyze the link between products and consumers and to gather information on consumers goal structures starting from the analysis of their decision-making processes. It allows to uncover/analyze consumer cognitive structures and decision maps (also referred as Hierarchical Value Maps), by the utilization of an innovative research method – means-end chain analysis (Grunert et al., 1995; Olson and Reynolds, 1983; Reynolds and Gutman, 1988) – coupled with a in-depth interviewing technique called laddering.


Who can use MECanalyst?
The software is aimed at:
Companies:
carrying out market surveys;
doing consulting (work) specifically targeted to marketing;
Researchers:
in the field of consumer research;
in the field of qualitative and quantitative research.
Universities:
teaching staff and marketing students interested in further information on, and the application of, means-end chain analysis.


Developers
MECanalyst was developed in 2002 by Prof. Raffaele Zanoli and Dr. Simona Naspetti of the University of Ancona (IT) in cooperation with Leonardo Cigolini Gulesu and Antonio Ruccia of SKYMAX DG (IT).


Objectives
MECanalyst aims at providing users with the opportunity to apply means-end chain analysis to consumer research in order to shape, where possible, appropriate strategic marketing decisions.
The results of the application of this method can provide marketers and researchers with an essential starting point in the understanding of consumer decision-making processes as well as with a basis to develop communication strategies and improve product positioning.


Main applications
Suitable areas for application of means-end analysis, hence of MECanalyst, may be (Gutman, 1982):

- product positioning and segmentation analysis;
- design of new products or improvement of existing ones;
- design of communications strategies.


As regards to product positioning, means-end chain analysis is a useful tool to identify opportunities and threats from competitors. MECAnalyst allows to process the information obtained from laddering interviews (strengths as well as weaknesses) in order to decide whether to focus on promoting favourable product features or on highlighting the weaknesses of competing products (Reynolds and Whitlark, 1995), by exploting perceived product differences.
With reference to segmentation, MECAnalyst can be used to determine the influence of values among different consumer segments and to link the possible differences detected with as many product variants.
Design of new products and improvement of existing ones begins from the attributes, but the significance of the latter becomes apparent as a function of their associated consequences. When introducing a new product or an innovation, knowledge of the attributes-consequences-values links allows those responsible for Company marketing to recognize consumers’ desires and communicate them, after translating them into physical characteristics, to product managers (Gutman, 1982).
Finally, the cognitive maps that can be obtained with MECAnalyst, though obviously not aspiring to be the sole basis on which more effective communication strategies or advertising can be developed, can however be valuable supports to direct those choices (Reynolds and Whitlark, 1995). Knowledge of the key factors (values) influencing consumers, as well as of the leverage points (psycho-social consequences) connecting multiple values and multiple lower-level constructs, enables companies to develop original communication strategies, reduce advertising expenditure (e.g. by standardisation of advertising programs) and increase its efficiency (Reynolds and Whitlark, 1995).


Basic concepts: means-end analysis and laddering
MECanalyst uses the conceptual model of means-end chain analysis(1) to study the motivations underlying consumer purchasing decisions. By analyzing the link between consumers and products/services, the means-end approach attempts to pinpoint consumer preferences, in order to reveal the often hidden motives behind choices. Indeed, the concept that consumer choices are not solely directed by material product features but, to a considerable extent, also by a psychological component to which these appeal, is relatively recent.
To a consumer, a good/service can have diverse meanings. For instance, when buying coffee, the product could be chosen based on attributes related to: type (e.g. in grains, soluble); origin (e.g. Brazil); package (e.g. jar or pouch); brand, etc. However, consumers are not only interested in the bundle of characteristics – attributes – that distinguish one type of coffee from another; rather, they are attracted/discouraged by the desirable (benefits) or undesirable (risks) consequences deriving from the use/purchase of the relevant good and/or service. In the case of coffee, the decision to buy may thus result to be connected with benefits such as “less strong than espresso coffee”, “easy to make”, “suitable for elderly people” (Quelch et al., 1994); however, it is mainly the personal relevance to the eye of the consumer that constitutes the main purchase motive (fig. 1).
In other words, if one delves into the consumer’s mind, the motivation of the choice results to be based on psychological states, i.e. reasons connected with a need/value which is satisfied by the purchase: e.g. the achievement of a physical sense of well-being, self-esteem, belonging to a group, etc.
It is thus interesting to study the link between product characteristics and the consumer in order to achieve a better understanding of the way consumer choice is influenced by his/her values. Means-end chain analysis tries to make this relationship emerge.






(1) Means-end analysis is a strategic problem-solving technique first introduced by Newell and Simon (1963) in GPS (“General Problem Solving”), a program applied to the solution of artificial intelligence problems based on the simulation of human cognitive processes.




References
Grunert, K.G., Grunert, S.C., (1995): “Measuring subjective meaning structures by laddering method: theoretical considerations and methodological problems”, in International Journal of Research in Marketing.
Grunert, K.G., Grunert, S.C., Sørensen E., (1995): “Means-end chains and laddering: an inventory of problems and an agenda for research”, Mapp, The Aarhus School of Business, working paper n. 34.
Gutman J., (1982): “A means-end chain model based on consumer categorization processes”, Journal of marketing, 46, 1.
Newell A., Simon H., (1963): “GPS: A program that simulates human thought”, in Computer and Thought, ed. Feigenbaum and Feldman, McGraw-Hill, New York. Olson e Reynolds, 1995;
Olson J., Reynolds T., (1983): “Understanding Consumer’s cognitive structures: Implications for advertising strategy”, in Percy L., Woodside A. (eds.), Advertising and Consumer psychology, Lexinton Books, Lexinton, MA.
Peter J.P, Olson J.C., Grunert K., (1999): Consumer Behaviour and marketing strategy, European ed., McGraw-Hill, London.
Reynolds T.J., Gutman J., (1988): “Laddering Theory, Method, Analysis and Interpretation” Journal of Advertising Research, 28, 1.
Reynolds T.J., Whitlark D.B., (1995): “Applying laddering data to communications strategy and advertising practice”, Journal of Advertising Research, July/August.
Vallette-Florence P., Rapacchi, B., (1991): “Improvements in means-end chain analysis: using graph theory and correspondence analysis”, Journal of Advertising Research, February/March.