A passionate designer and a collaborative team player, with expertise in product designing and interior designing, who seeks innovative challenges and enjoys working with talented fellow designers to create impactful and captivating projects.
The portable power generator project began with the concept of creating a versatile energy solution for outdoor and emergency use, integrating both solar and hand-crank power sources. The design process involved developing prototypes to test electrical functionality, user experience, and form, ensuring the product was both efficient and user-friendly. Technical aspects focused on using ABS plastic for its durability and lightweight properties, while the generator’s components were carefully selected to optimize performance. User testing played a crucial role, providing insights that led to ergonomic improvements, particularly in the hand crank design. Cost considerations were balanced with technical requirements to ensure the product remained affordable while meeting high standards of functionality and durability.
Key Features
Dual Power Sources: Utilizes both solar panels and a hand-crank mechanism for generating electricity, ensuring versatility in power generation.
Durability: Constructed with ABS plastic that offer resistance to water and dust, enhancing its suitability for rugged environments.
Portability: Designed to be lightweight and easy to carry, making it suitable for outdoor activities and emergency situations.
User-Friendly Design: Emphasizes comfort and ease of use, with ergonomic considerations for the hand crank.
Eco-Friendly: Operates without disposable batteries, reducing environmental impact.
Efficient Charging: Capable of charging small electronic devices, such as smartphones, efficiently.
1st place (as a team) in Student Innovation Competition held by Henkel and OE-A
