A Practical Study on Computer-Aided Drawing in Bionic Product Drawing Design

Different design requirements lead to the adoption of various approaches in computer-aided drawing, impacting the visualization, synthesis, drawing, and output ofmaterials. This study aligns with the requirements of biomimicry, aiming to achieve realistic effects in product surface texture, structure, and motion. Computer-aided drawing and computer-aided design offer numerous benefits for product design, including physical representation and testing, time and cost savings, customization and variability, design communication, and dealing with complexity. Overall, computer-aided design introduces a more efficient, accurate, and innovative product development method, enhancing the efficiency and quality of the entire process. This research focuses on how computer-aided drawing addresses the challenges of biomimetic drawing design in terms of drawing techniques, technical issues, and the realistic effects of product surface texture. This involves an understanding of biological structural and functional principles. The advantages of computer-aided design in biomimetic design contribute to increased efficiency and better results. The study provides rich drawing methods for biomimetic design using computer-aided drawing, offering various presentation approaches. In summary, through a real design drawing practice, this research demonstrates the potential advantages of fully utilizing computer-aided drawing technology, enhancing the realistic effects of biomimetic design drawing processes and providing a reference for future relevant drawing designs.