Boonsothonsatit, K., 2016. Causal Linkage-based Strategic Map Design along the Robotics and Automation Supply Chain in Thailand. International Conference on Industrial Engineering and Operations Management, Kuala Lumpur, Malaysia, 8-10 March, pp. 2159-2166
Abstract – Robotics and automation (RA) technology has played important roles along its supply chain in Thailand. The RA roles primarily support industries such as enhancing productivity and raising quality of life. They have positive effects on macro-economy, society, and education. Their performance are managed using a few measures (i.e. financial and non-financial perspectives) often generated by a strategic map. It is designed through a tool of balanced scorecard (BSC). However, BSC is criticized as limitations because of unidirectional causality and internal focus. They are overcome by a causal linkage-based strategic map design along the RA supply chain. Its conceptual framework is proposed in this paper purposing to causally link the RA strategies to performance. The causal linkages contribute to identify their root causes leveraging the RA vision and mission. This contribution is useful for policy makers to set RA strategies interrelated systematically along the supply chain stages.
Keywords – robotics and automation; supply chain; causal linkage; strategic map
Boonsothonsatit, K., Buabuthr S., 2016. Industrial Logistic Performance Evaluation: A Case of Printing and Packaging Company in Thailand. International Conference on Industrial Engineering and Operations Management, Kuala Lumpur, Malaysia, 8-10 March, pp. 2233-2237
Abstract – Thailand is a leader of printing and packaging industry in the Association of Southeast Asian Nations (ASEAN). It generates the highest exported value along with obtains the well government support. In order to maintain the position of leader, the printing and packaging industry, especially companies require continuous improvements. They are quantitatively evaluated in three dimensions (i.e. cost, time, and reliability) which cover nine logistic performance indicators (9 LPIs) developed by Banomyong and Supatn [3] as the paper aim. In addition, this paper proposes guidelines to improve the poor LPIs.
Keywords – industrial logistic performance; performance evaluation; printing and packaging industry