One of Indonesia's cultural heritage is woven songket. Songket is not just a piece of cloth but with a diversity of functions and motifs contained profound philosophy about human life. Hence, the songket fabric must be preserved so as not to disappear due to the influx of modern cloth products from outside.This study aims to create a digital museum that displays digital images of woven songket and provide information relating to the various motifs representing the cultural distinctiveness of local centers in  Sumatra. In addition, a digital gallery is developed to display a wide range of products derived from the local creative industries of songket cloth. The methods used for data collection are observation and interview. The development of digital museum consists of the process of formulation, planning, analysis, design, manufacture and testing of web pages, as well as evaluation.

The objectives of this research were to determine the optimal values of the dipping temperature, the length of dipping time, and the dipping tilt angle in the hot-dip galvanizing process, which influence the thickness of the galvanized angle bar steel product, in accordance with the thickness standard of ISO 1461. This research used the Taguchi technique with an experimental design. The testing and validation stages were carried out based on the average temperature value, S/N ratio, and ANOVA test. The response factor is the galvanic thickness. Control factors consist of dipping temperature, length of dipping time, and dipping tilt angle of the steel during the galvanizing process. The results showed that the main factors that influence the galvanized thickness are the length of dipping time factor (B), which contributes to the difference in the S/N ratio of 85.94118%, and the dipping tilt angle factor (C), which contributes to changes in the S/N ratio of 13.60962%. The optimal value of the dipping temperature is 448°C, the length of the dipping time is 8 minutes, and the dipping tilt angle is 45°.

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Palm oil (olein) is one of the primary finished products produced from palm fruits in West Kalimantan Province. Olein or known as cooking oil was one of the primary downstream products produced from crude palm oil through refinery and fractionation process. The number of palm oil processing industries in West Kalimantan is still small, which is only 0.64% of the national palm oil processing industry population. This condition shows the need for encouragement from various parties to increase the growth of the palm oil processing industry in West Kalimantan Province, by providing industrial profile facilities that are able to attract new investors. This research aims to a feasibility study of investment in the palm oil industry, to encourage the growth of investment in the crude palm oil / CPO’s downstream industries in West Kalimantan Province. It was expected to help decision makers include policy makers (central government and local oil palm producers), investors, traders, farmers, exporters and other interested parties in the development of Oil Palm industry in West Kalimantan Province. This research uses primary and secondary data. Feasibility analysis consist of raw material, production, market, environtment, and financial aspects. Result of this research shown that oil palm industry in West Kalimantan Province was feasible with investment cost Rp. 365,384,209,972, NPV with discount factor of 20% of Rp. Rp. 383,563,088,150, IRR 47.70%, Net B / C Ratio 1,0424, Pay back period in 5,1085Years.

<p>The purposes of the mapping and analysis of supply side policies are to evaluate policies related to the fulfillment of workforce (supply side) related to the education system. Mapping and analysis was done by adopting the RegMAP (Regulatory Mapping) methodology and Analytical Hierarchy Process (AHP) approach. Verification is carried out at fomal vocational education and non formal education (training and courses). Impact analysis was used to generate recommendation to improve the effectiveness of policies in accordance to the work force demand.</p><p> </p><p> Keywords: alignment, supply side, policies, analytical hierarchy process, regulatory mapping.</p>