解决能源问题的仿生方法设计过程中学生专业能力的形成

I. Yakovets, Nataliia Chuhai, I. Kravchenko
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引用次数: 0

摘要

未来工业设计师专业能力的形成是他/她准备从事专业活动的重要条件和指标。基于设计专家专业能力形成的现有需求,考察和分析利用解决能源问题的方法进行仿生设计过程中学生专业能力形成的具体情况。研究表明,由于设计师创造的物品,引入了保护环境的最新技术。现有的跨学科关系与工程专业,特别是电力,电气工程和机电显示。分析了设计中仿生学的概念,明确了仿生学原理。它们是结构,动作,平衡,完美。定义了仿生的理论功能、转化功能、认知功能、反思功能、感觉形成功能、组织功能、工具性功能、启发式功能、主动性功能、交际功能、适应性功能、语义功能、教育功能、信息功能、整合功能、社交功能、价值功能、审美功能。提出了基于仿生学原理的风能变流器的设计方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Professional Competence Formation Among Students In The Design Process Of Biomimicry Methods For Solving The Energy Problem
The professional competence formation of a future industrial designer is an important condition and an indicator of his/her readiness for professional activity. Based on the existing need to form professional competencies of design specialists, the aim is to examine and analyze the specifics of forming students' professional competencies in the process of designing biomimicry by methods for solving energy problems. The study shows that due to the objects created by designers the latest technologies for the preservation of the environment are introduced. The existing interdisciplinary relationship with engineering specialties, in particular, electric power, electrical engineering and electromechanics is shown. The concept of biomimicry in design is analyzed and its principles are defined. These are structure, action, balance, perfection. The functions of biomimicry are defined, such as theoretical, transformative, cognitive, reflective, sense-forming, organizing, instrumental, heuristic, active, communicative, adaptive, semantic, educational, informative, integrative, socializing, value, aesthetic. The development of wind energy converter, the design of which is based on the principles of biomimicry, is offered.
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