The COVID-19 pandemic has indeed forced people to do more activities from home, including the learning process. The learning from home policy is not accompanied by rules and regulations such as what this learning process should be carried out. As a result, various learning processes emerged, from what they are to complex things. This study aims to find innovations and learning solutions during a pandemic, to support learning from home. Online learning is the only option. It's just that, based on the problems and constraints revealed, this online learning must be packaged like traditional face-to-face learning. The choice then turned to blended learning, with various adjustments. Face-to-face learning is carried out via video conference if needed only. The shortcomings are then overcome by compiling learning materials in the form of problem-based, text-based, video, or multimedia practical guides. The learning process is complemented by the opening of active interactive communication channels. Learning evaluation is carried out not only on results but also considering the process and self-evaluation. All of this learning process should be as optimal as possible using a mobile device or smartphone.

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Applied Mathematics is a basic skill that determines the success of students in pursuing their education in the Department of Mechanical Engineering. Besides having to understand concepts and be able to solve cases according to the topics taught, students are also required to be able to solve mathematical engineering problems in the application of mechanical engineering. This makes it a difficult subject for the majority of students. This difficulty is overcome by applying blended learning. This is done by integrating curriculum design with strategy and use of learning technology so that innovation and teaching excellence are formed to support the learning process of students. Learning strategies that can be applied include explanations of concepts, problem-based learning, problem-solving and case discussions. This learning strategy is supported by multimedia technology and internet-based, namely video tutorials, discussion of material and examples of online-based cases and online discussion forums. The process of face-to-face learning in class is still being carried out. The key to the success of this learning lies in the ability to create interactions between students and fellow students, with teachers, with the community, with the material with the use of existing technology.

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This study aims to determine the feasibility of a model of blended learning applied mathematics using Schoology for vocational education. Research using the 4D model development method includes: Define, Design, Develop, and Disseminate, conducted at the Politeknik Negeri Bali. Data was collected using a validation sheet and student response questionnaire sheet. Data were analyzed descriptively. As a result, the design of applied mathematics blended learning using Schoology achieved: feasibility level of 84.91% (high enough), practicality 78.84% (quite practical), and compliance was 88.02% (very high). Blended learning applied mathematics is very appropriate to be used as a model of learning in vocational education. Feasible to use as a learning strategy in vocational education in the new normal era. Needs to be refined and the development process can be continued to the stage of test effectiveness, program evaluation, and dissemination.

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Every construction project is always faced with the possibility of problems in the project. In reality, the implementation of construction projects always experiences obstacles that result in delays in the completion of work, so that the completion time of the work is not in accordance with the work plan that has been set. Delays that occur will cause losses for related parties, especially owners and contractors, because they are generally accompanied by conflicts, demands for time and costs, and deviations in the quality of project completion. Based on the thoughts and problems mentioned above, a research was conducted to determine the dominant factor causing delays in the execution time of work on the Denpasar Living World Mall Building Project which may be different from other projects and provide alternatives for handling the delay factor. This research was conducted at the Living World Mall Denpasar. Taking the research location based on consideration of the factor that has the most dominant influence on the delay in the implementation of the Living World Mall Development project based on the results of descriptive analysis is the Labor Factor (X2) with an RI value of 0.89.