Year : 2010
Number of Pages : 48 leaves
Adviser : Prof. Glen A. Imbang
Executive Summary
Today,
under the heat of the sun, one could not just ignore the urge to have a super
cold if not a frozen snack/dessert to soothe the irritating feeling that the
environmental temperature gives us. It is also for this reason that a growing
number of cold drinks and frozen delights are flooding the market. Among these
is the ice cream made and eaten in almost every country in the world. Ice cream
can be mass-produced and thus is widely available in developed parts of the
world. It can be purchased from supermarkets and grocery stores, ice cream
shops, convenience stores, and in small carts or vans. It is enjoyed as a
flavored frozen desert treat made by freezing a pasteurized mix composed of a
combination of milk products, sugar, water, flavoring and other optional
ingredients. These tasty additions boost the fat, calories and carbohydrates
content which many health conscious and diabetic persons do not want. Given
that there a lot of diabetic and health conscious consumers nowadays, the FNRI-DOST
came up with the idea of producing the Low Fat Low Sugar Ice Cream which
creates frozen treat option that tastes great and does not compromise the
health eating habits of ice cream. Low Fat Ice Cream has good benefits to human
health and has a good potential in terms of marketability this is because ice
cream consumption is currently surging up in the Philippines, spurred on by the
rising population. A scenario building however, gives additional direction and
vision for this kind of technology. It describes what the low fat low sugar ice
cream technology does and how this technology builds-up enterprises.
This
scenario building will also serve as a tool for policy makers and technology
managers. Hopefully, this will result to more collaborators, inventors and
partners for the commercialization of the technology. This study conducted,
envisions "enterprise building, awareness and market acceptability of the
Low Fat Sugar Ice Cream Technology". Participants which have experiences
from Food Companies will conduct and develop scenarios that would lead to the
attainment of the vision and mission, and will be presented in the grand
scenario. Environmental scanning thru STEEP and SWOT analysis were conducted by
the participants which resulted to many challenges that the low fat sugar ice
cream technology would face. These are : 1) Market : Acceptability and Awareness,
2) Quality : Shelf-life and Safety, 3) Raw Materials, 4) Technology :
capability, 5) Packaging, and 6) Government Support. The participant came up
with twenty (20) predictable variables and four (4) uncertainties to build up
the scenarios for the low fat sugar ice cream technology. From the variables,
four clusters were formed as follows : Cluster 1 : Technological requirements
Cluster 2 : Regulatory System Cluster 3 : Market Trends and Cluster 4 :
Culture. The clustered predictable variables and uncertainties were ranked
according to their importance (impact) and degree of uncertainty with relevance
to the vision. The overall ranking was used to develop a scenario logic with
the aid of MS Office Excel (scattered chart type). This scenario logic produced
was considered in developing of scenarios about the future of low fat low sugar
ice cream technology in accordance with the vision of this scenario building.
Two scenarios were considered from the scenario logic, scenario 1 is food
fitness trip and scenario 2 is the Rule of LAW fat low sugar ice cream
know-how. From these two scenarios the participants came up with a grand
scenario "an enterprise-accepted ice cream served not only in the
Philippines but also internationally with its globally-accepted quality,
international appeal and convenient packaging". The ways and means or
strategies to commercialize the LFLS Ice Cream Technology were identified. The
foresight or scenario building can help to attain the vision, to enhance
awareness and acceptability of low fat low sugar ice cream and to have an
enterprise building of this technology. The team concludes that two scenarios,
with high uncertainty, high impacts are plausible scenarios that can facilitate
the development of strategies in commercialization of this technology. With the
help and cooperation of the DOST, other government agencies concerned, and key
players, this technology would have a promising future in five years time.
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