Publication Search

The current state of the war against COVID-19 requires people to be active at home, keep their distance, wear masks and other healthy living habits. Almost all activities that we normally can do outside the home freely, such as school, work, play, lectures and others, have been restricted since the Covid-19 outbreak. On the other hand, of course, there are economic factors that make people continue to do activities outside the home. Seeing this situation, the acceleration of handling COVID-19 must be carried out thoroughly and involve all parties who take universities. In Ringintunggal village, residents work as farmers, usually growing rice, beans, soybeans, secondary crops, and others. But here there are also lots of crystal guavas owned by residents, so don't be surprised if we enter Ringintunggal village there will be lots of guava trees around people's homes, and there are several crystal guava gardens that are quite wide owned by residents. But with the abundance of guava fruit, it is not accompanied by the innovation of processed crystals. Therefore we saw that this was a problem in the village and we were moved to take action for the residents of Ringintunggal village by providing understanding and training on the potential assets owned by Ringintunggal village.

The use of Fiber Optic as a light emitter in Cocktail Dress is expected to be a new innovation in the development of party fashion. The objectives of this study are: 1) To explain the process of making a cocktail dress using Fiber Optic as a light emitter. The method used in this research is the Research and Development (R & D) method. The R&D method is a research method that tests a product to produce the best product by conducting direct trials. In addition to using the method (R&D), it also uses the method of literature, documentation, and experiments. The experiment of making Cocktail Dress using Fiber Optic as a light emitter was carried out at the Laboratory of the Fashion Design Study Program of the Kartini Academy of Social Welfare, st. Sultan Agung, No. 77 Gajah Mungkur Village, Semarang City. The percentage of additional ingredients in making Cocktail Dress, namely: 3 meters Bridal Satin Fabric, 1meter Furing, 2 meters Trikod, 1 seed thread, zipper size 50 cm 1 item, zippers size 25 cm 1 item, Fiber Optic in amount of 0.75 mm-400 m. The results of this study indicate that the Fiber Optic Cocktail Dress has the characteristic that the resulted cocktail dress can shine with the light emitting from the Fiber Optic. Thus, it can be concluded that there is an opportunity for innovation from Cocktail Dress by adding Fiber Optic.

The bridal clothing modification kebaya and lehenga is expected to be an innovation in fashion products and can increase the variety of bridal clothing. The objectives of this study is to knowing the process of making modified bridal dress Kebaya from Indonesia and Lehenga from India. The method used in this research is the R&D method (Research and Development), literature, questionnaires, and documentation.  The making of Modified Bridal Dress Kabaya and Lehenga was carried out at the Fashion Laboratory of the Fashion Design Study Program of the Kartini Academy of Social Welfare, st. Sultan Agung, No. 77 Gajah Mungkur Village, Gajah Mungkur District, Semarang City.  Data analysis in this research was carried out using descriptive analysis.  The result of this research is the kebaya as the superior of the lehenga which is equipped with chunri (shawl).  The process of making this modified bridal dress Kabaya and Lehenga includes designing, measuring, making patterns, cutting materials, sewing material that has been patterned or cut, set the application, and finishing by sequencing the Lehenga and kebaya.

Dry lips are caused by the effect of the epidermis tissue of the lips both in cold and hot temperatures. The lip scrub moisturizes and nourishes the lips, making them look fuller, healthier, and hydrated. This study aims 1) to determine and explain the process of making Sugar and Honey Scrub. 2) To find out how to use Sugar and Honey Scrub on dry lips. 3) To know the changes of dry lips after doing Sugar and Honey Scrub. The method used in this research is experimental research, literature, documentation and interviews. The experiment was carried out at the Laboratory of the Cosmetology Study Program of the Kartini Academy of Social Welfare, Jalan Sultan Agung, No.77, Gajahmungkur Village, Gajahmungkur District, Semarang City. The formula is 1) 17g sugar, 10g honey 2) 17g sugar, 7g honey 3) 11g sugar, 6g honey. Experimental research results show Sugar and Honey Scrub in the third experiment, 11g honey and 6g sugar produce pale yellow color, sugar aroma, soft texture. The public test was carried out to 30 Panelists. In the third experiment, the average color was 1.7, Aroma 2.4 and Texture 2.7. Changes After 1 time using the Sugar and Honey Scrub, the lips look moist, supple and healthier. Thus, it can be concluded that there is a new innovation opportunity, namely Sugar and Honey Scrub for treating dry lips.