Blended Body Wings

Krishna Sah, through the Project Incubation Series by SOMAES, is developing a Blended Wing Body (BWB) UAV—an advanced, fuel-efficient aircraft for mapping and surveillance. This groundbreaking design reduces emissions and increases payload capacity, paving the way for sustainable aviation.
For support, expertise, materials, or funding to bring this visionary project to life.
Contact:
Susil Chhetri( Innovation Coordinator): +977-9847719019(Whatsapp)

Bipedal robot with ostrich inspired leg mechanism

Ankit Sangroula, Shiva Ram phuyal, Bisheyshwor acharya, Shristi Adhikari are currently developing the project. This project aims to develop a spring-powered robotic leg inspired by avian biomechanics. Using a multiarticular spring-tendon network and a self-engaging clutch mechanism, the design achieves energy-efficient walking and running with minimal control. It leverages elastic energy storage and release to reduce actuator reliance, paving the way for lightweight, robust, and economical legged robotics.

Susil Chhetri( Innovation Coordinator): +977-9847719019(Whatsapp)

Design and Development of an Anthropomorphic Multi-Fingered Robotic Hand

This project focuses on creating a robotic hand designed to mimic the dexterity and functionality of a human hand. The multi-fingered design incorporates independently controlled fingers, enabling precise and versatile movements. This adaptability allows the robotic hand to perform a wide range of tasks, from delicate object manipulation to complex operations requiring fine motor control. The project aims to combine advanced actuation systems, sensor integration, and ergonomic design principles to achieve natural and efficient hand motions. Potential applications include robotics in healthcare, manufacturing, and assistive devices.

Highway Wind Turbine

The Highway Wind Turbine project, spearheaded by Shivashankar Pandit and Shivashankar Thakur, aims to harness the kinetic energy generated by vehicular movement on highways. The project focuses on developing innovative, small-scale wind turbines that can be strategically positioned along highways to capture the airflow caused by passing vehicles.

This initiative is part of the project incubation series and highlights the potential of renewable energy solutions to contribute to sustainable infrastructure. The turbines are designed to be compact, cost-effective, and capable of generating electricity to power nearby facilities, highway lights, or recharge electric vehicle stations.

The project emphasizes innovation, energy efficiency, and environmental sustainability, showcasing the potential for utilizing everyday dynamics in modern transportation systems to produce clean energy.