
Learn sustainable packaging design through a practical, real time case study led by an experienced mechanical engineer and product designer.
Explore sustainable packaging design by using real printing waste to create real-time prototypes of paper-based packaging, guided by a printing design faculty, with team research and paper-property studies.
Define the project objective by studying paper properties, run an egg‑drop test to design break‑proof packaging, and plan real‑time packaging using paper blended with other materials for sweets.
Explore the final design for sustainable sweets packaging using mashed paper strengthened with banana and water hyacinth fibers. Cinnamon and clove deter ants; fiber-strength insights guide scalable packaging.
Explore a real-time experiment crafting sustainable paper from banana fibers, water hyacinth, and cinnamon-clove blends, detailing shredding, pulping, frame-based formation, sun drying, and pressing for strength.
Develop a sustainable packaging paper by blending banana fibers, water hyacinth, cinnamon, and clove; grind, pulp, frame, press, sun-dry, and test strength while documenting challenges.
Explore the ideation and prototyping of a sustainable, display-ready paper packaging for sweets, from cinnamon paper concepts to laser-cut, modular egg-shell packaging.
Explore heating and pouring a polymer-fiber mixture into a frame to form a molded composite, noting viscosity changes and fiber concentration for portfolio-ready documentation.
Leverage natural fiber reinforced plastic for roadside and garden barriers, leveraging fiber strength and impact resistance, while molding and coloring plastics to shape exterior objects and enhance aesthetics.
Explore practical applications of frp materials across industrial, commercial, and defense sectors. Use cases include lightweight helmets, barriers, modular bridges, and chemical storage tanks.
This course provides an in-depth exploration of sustainable packaging design, focusing on polymer fiber innovations and eco-friendly materials. Participants will learn step-by-step packaging design principles, conduct hands-on experiments, and explore groundbreaking materials like tree paper and banana fibers. This course emphasizes practical experimentation, material analysis, and creative problem-solving, making it an essential guide for designers, entrepreneurs, and sustainability advocates.
Course Highlights:
End-to-End Sustainable Packaging Design – From concept to production
Material Science for Packaging – Understanding the strengths and weaknesses of eco-friendly materials
Crash Testing & Practical Insights – Egg drop test, break test, and fiber durability analysis
Tree Paper Innovation – Exploring banana fibers, paper meshes, and natural material integration
Hands-on Prototyping – Crafting packaging with wood frames, paper mache, and polymer fibers
Cross-Industry Innovation – Applying textile banana fiber techniques to packaging materials
Natural and Enhanced Fibers – Understanding their advantages and practical applications
Creative Problem Solving in Packaging – Innovating with materials like cinnamon and cloud fibers
Why Take This Course?
Learn how to design sustainable packaging with innovative materials
Develop expertise in eco-conscious material selection and testing
Gain practical experience with real-world case studies and hands-on experiments
Master the techniques to prototype and refine packaging solutions quickly
Join a community of sustainability innovators and learn industry best practices
Who Is This Course For?
Product Designers and Packaging Engineers
Sustainability Advocates and Eco-conscious Entrepreneurs
Material Scientists and Textile Innovators
Students and Professionals in Design, Manufacturing, and Sustainability
Enroll now to master sustainable packaging design and material innovation. Explore polymer fiber possibilities, conduct hands-on experiments, and redefine eco-conscious design for the future.
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