Abstract:
The industrial revolution began with the mechanization of the textile industry,
followed by the age of mass production and subsequently manufacturing going
digital. The world is now gradually moving to the fourth industrial revolution which
draws together Cyber-Physical Systems, the Internet of Things and the Industrial
Internet of Things along with the concept of “smart factory”. The concept of fourth
industrial revolution has originated from countries like Germany as “Industry 4.0”,
as a government initiative, and from USA as “Industrial Internet Consortium” as an
initiative from leading multinational organizations.
This case study is based on real time analysis and the experiences in the operational
function of an apparel manufacturing plant in Sri Lanka. The production plant is
currently facing serious issues such as labor shortage, high labor turnover and
weaknesses in inventory management which required an immediate process reengineering
in order to become viable and sustainable business. The main objective
of this case study is to identify the possibility of re-engineering the business process
of the production plant by applying the concepts of Industry 4.0, rather than
depending only on conventional process re-engineering concepts. Implementing
smart factory concept in the apparel industry is still an emerging approach in Industry
4.0 which has been considered in this article as a novel approach.
In order to attain the stated research objectives, a qualitative approach has been
adopted in this study. Senior management and selected operational level employees,
were interviewed using structured and unstructured questionnaires along with five
months of self-observations in the production plant by the authors themselves and a
detailed literature survey. The findings indicate that the plant has the necessary
features to implement Industry 4.0. However, in terms of readiness to implement
Industry 4.0, the plant is still in the initial stage.
In conclusion, the production plant’s potential to be converted as a smart factory from
its current position by resolving the major issues is assessed. It also discusses the
capability of Industry 4.0 to become the new benchmark for smart factories, going
beyond the concept of using business process reengineering to align the organization
to adapt to the dynamic environmental changes taking place in the world currently.
