
Elias wagner
Smart IoT Product Design CAD 3D Modeling for Modern Devices Pro Service
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industrial and product designer
Independent Bank Group
Oct 2025 - Dec 2025 • 2 mos
I am a freelance industrial and product designer specializing in smart home devices, IoT systems, wearable technology, and consumer electronics product design. Over the course of my work, I have developed a strong ability to transform early-stage ideas, sketches, and technical requirements into fully developed, visually compelling, and production ready product designs. My design process begins with understanding the client’s idea, target users, and product functionality. I then move into concept development where I explore multiple design directions through sketches and ideation techniques. Once the concept is refined, I develop detailed 3D CAD models that focus on both aesthetics and engineering feasibility. Every design decision is made with manufacturing constraints, usability, and modern design trends in mind. I have worked on various types of smart devices including IoT control hubs, wearable health monitors, smart sensors, and connected home automation products. My strength lies in creating clean, minimal, and futuristic product designs that are aligned with current industry trends such as smart connectivity, AI integration, and sustainable product development. In addition to modeling, I specialize in high quality product rendering that helps clients visualize their product for presentations, marketing, or investor pitches. My renders are designed to communicate functionality, material quality, and user experience in a visually appealing way. I also support startups and entrepreneurs by helping them turn rough concepts into investor ready product visuals. This includes preparing design presentations that clearly explain the product structure, features, and real-world application. Throughout my experience, I have developed strong attention to detail, especially in areas such as ergonomics, material selection, product assembly logic, and user interaction design.