Analisi Kontribusi Komponen Teknologi UMKM Kota Bontang Menggunakan Metode Teknometrik

Antesty, Sella; Tontowi, Alva Edy

doi:10.26578/jrti.v14i2.6211

Cited by 2 publications

(1 citation statement)

References 3 publications

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“…Some research shows that "cost" and "smart factory" become the main interest for the SMEs before considering to adapt the 4.0 technology [16]. Aside of capital issue, the human resource readiness is also need to be examined [17], since the competence of the Human Resources can ensure the usefulness of the technology for the SMEs [18] [19]. The first stage includes assessment to identify the needs of SMEs.…”

Section: Measuring Smes Readiness For 40 Technologymentioning

confidence: 99%

Academic Research Role in Encouraging the Use of Affordable 4.0 Technology in SME’s Product Design Development (Case Studies: The Use of Manual Two-sided Machining Method on 3-Axis CNC Milling Machine for Wooden Wristwatch Prototype Making)

F¹,

Pernyata²

2022

Proceedings of the International Conference on Applied Science and Technology on Social Science 2021 (iCAST-SS 2021)

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The 4.0 Technology is proven to be able to give benefits for modern industry in many aspects. The technology commonly used by large scale industries due to the high cost and advanced skill needed to operate the industry. The use of 4.0 technology needs to be encouraged in the SMEs, but the readiness of the SMEs need to be put as consideration. This paper examine the role of university research in making the technology ready to be used in the SMEs, with the case studies of the use of 3-axis milling machine for wooden watch prototype making. The research method consist of 4 stages including the identification of SMEs needs, the identification of suitable 4.0 technology that match the SMEs readiness, Designing function optimization of chosen technology, and Trying the method in real production process. The result of the research is a manual method that can be used to do two-sided machining process on 3-axis CNC Milling Machine is offered as a solution in encouraging the use of 4.0 technology in the SMEs due their lack of capital abilities and technical skills.

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Section: Measuring Smes Readiness For 40 Technologymentioning

confidence: 99%

Academic Research Role in Encouraging the Use of Affordable 4.0 Technology in SME’s Product Design Development (Case Studies: The Use of Manual Two-sided Machining Method on 3-Axis CNC Milling Machine for Wooden Wristwatch Prototype Making)

F¹,

Pernyata²

2022

Proceedings of the International Conference on Applied Science and Technology on Social Science 2021 (iCAST-SS 2021)

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Strategy To Increase Technological Sophistication To Increase Helmet Productivity With Technometric Methods And 5W1H

Aziz,

Wahyuni

2023

ijins

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Strategy by utilizing technological advances is one way in the process of continuous improvement. UMKM Helmet for Children’s Sidoarjo is an industry engaged in the production of helmets are one of the main equipment that is safe for motorcycle riders. The helmet product produced by the Sidoarjo Children’s Helmet UMKM has been markeed to several cities. The success of the actor’s or personal performance is strongly influenced by aspects of technological sophistication to support businesses in obtaining a accurate data. One strategy that can be used to win the market is to take advantage of technological advances to make continuous improvements. In the production process that has increased, oftentimes market demand has decreased by 40% which usually can deliver 100 addresses every day, down to 60 addresses every day. So it is necessary to conduct a technology assessment in the helmet production process to determine the value of each technology component index. The technometric approach will aassess the level of sophistication of each technology component, namely technoware, humanware, infoware, and orgaware then formulate aproposwd strategy using 5w1h analysis. The results of this study produce a value for the level of sophistication of the technological component, namely technoware is worth 0,645, humanware is worth 0,796, infoware is worth 0,696, orgaware is worth 0,851 and a TCC value is 0,715. From the results of the collection and processing, results are obtained that will become suggestions for improvement and can become the concern and evaluation of UMKM in increasing productivity. Highlights : Importance of Technological Assessment: Evaluating technological components (technoware, humanware, infoware, orgaware) is crucial for understanding strengths and weaknesses. Utilizing Technometric Approach: Technometric analysis provides a quantifiable measure of technological sophistication, aiding in strategy formulation. Emphasis on Productivity Enhancement: Recommendations from the assessment facilitate targeted improvements, enhancing UMKM productivity and market competitiveness. Keywords - Technological Sophistication, Technological Components, Technometrics, 5W1H.

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Analisi Kontribusi Komponen Teknologi UMKM Kota Bontang Menggunakan Metode Teknometrik

Cited by 2 publications

References 3 publications

Academic Research Role in Encouraging the Use of Affordable 4.0 Technology in SME’s Product Design Development (Case Studies: The Use of Manual Two-sided Machining Method on 3-Axis CNC Milling Machine for Wooden Wristwatch Prototype Making)

Academic Research Role in Encouraging the Use of Affordable 4.0 Technology in SME’s Product Design Development (Case Studies: The Use of Manual Two-sided Machining Method on 3-Axis CNC Milling Machine for Wooden Wristwatch Prototype Making)

Strategy To Increase Technological Sophistication To Increase Helmet Productivity With Technometric Methods And 5W1H

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