The development of filling dessert from Cassava in bakery products. The bakery products to use in this research are 4 products such as choux cream bread puff pastries and Danish pastries. The use of cassava to develop choux cream can be used at the maximum amount of 60 percent. For the filling bread can use cassava up to 60 percent. Puff pastries can be used to make up to 30 percent cassava and Danish pastries can use cassava to develop as filling by up to 50 percent. Which the filling of all 4 bakery products developed using cassava The highest liking scores were not different from the control samples. It also results in coarse fiber content. And ash increases If increasing the amount of cassava it will affect the quality of the filling of bakery products in terms of color and acceptance. However the effects of cassava preparation should be studied using other methods. To help improve various qualities of filling bakery products or other products to have the potential to be a new food product and is a health product. Consumer acceptance test in The development of filling dessert from Cassava in bakery products for 100 tester found that most testers are more than 95 percent acceptance in the product of The development of filling dessert from Cassava in bakery products. For the Technology propagation of The development of filling dessert from Cassava in bakery products project at the Faculty of Home Economics Technology. All participant are most satisfied in all aspects of Technology propagation. According to the research results the maximum enhance can be at 30-60%. Increasing the replacement amount will have an effect on the appearance value. And color features as well as satisfaction with the sensory characteristics. Therefore additional production methods should be studied in order to make the filling more appetizing Which may be good for the development of high fiber diet products to help improve the sensory characteristics in which these characteristics affect product acceptance.

Durian has been very popular not only local people but also tourists. As a result there are many durian peels wasted so this research is explored the utilization of durian peels. Durian rind is a biological waste but contains high amount of crude fiber. This research aims to study using durian rind powder to replace wheat flour in butter cakes at 5 10 and 15 % (w/w) (DRB-5 DRB-10 and DRB-15). Physical properties chemical composition and sensory evaluation of the butter cakes were analyzed. The results showed that durian rind powder contained 51.43 % of crude fiber. Increasing of durian rind powder in butter cakes showed significant decreasing of lightness (L*) blue–yellow component (b*) springiness and cohesiveness values while green–red component (a*) hardness and gumminess values were significantly higher than the control sample (BC) (p≤0.05). Dietary fiber content of the products shown significantly increased by 13.98% for DRB-5 48.92 % for DRB-10 and 54.84% for DRB-15 as compared with BC (p≤0.05). The acceptance scores of DRB-5 including appearance odor taste texture and overall liking scores were highest. There are 300.28 kcal for 1 serving of butter cake which contain 1.70 gram of dietary fiber. However durian rind powder can be used as a food ingredient and source of dietary fiber in other food recipes for further studies.

The objective of this research to study the basic 3 formulas of tamarind gummy products physicals and chemical properties of final product of this research by 9- point hedonic scale of 30 examiner laboratory. The results show the basic formula of tamarind gummy be recognized to study in the next step. The results show the basic formula of tamarind gummy accept on the like moderately (7). Then tamarind pulp substituted at 0 25 52 75 and 100 by weight of tamarind. At 0 percentage of tamarind pulp substituted renewable panelists for the most respected. However estimates replacing the 50 percent level still has to accept the product tasting of tamarind gummy. The chemical composition of tamarind gummy were 371.25 Kcals of total energy 4.05 of energy from fat 0.64 of protein 0.45 of fat 3.44 of ash 91.16 of carbohydrate and 4.56 of crude fiber. For the technology transfer of tamarind gummy at community enterprise the participants were satisfied in all of all aspects. However substituted of tamarind pulp in tamarind gummy can be extra consideration of chemical composition of ingredients such as sugar and fiber for acceptance of tamarind gummy of these features may affect to physical properties such as in color and texture of production should be intensive studied.