Maddy
As a Robotic Engineer, I am fond of creating robots and buildig the models, this is where it all started I started to design and learn more about how to design a good and well structured models. Which made me who I am right now. This is just an basic Robot model created by me. (External)
Here is the link for the model to look in - 3D view .
Hex-bot
The hexapod design is a marvel of robotics, featuring six articulated legs that mimic the versatility of natural arthropods. Each leg is equipped with multiple joints for precise movement and adaptability to diverse terrains. The hexapod's symmetrical body ensures stability and efficient weight distribution, enabling agile navigation. With sensors for environmental awareness and a centralized control system, the hexapod exhibits remarkable coordination and responsiveness. This design embodies the future of robotic mobility, showcasing the potential for hexapods in exploration and various applications (External - Internal)
Here is the link for the model to look in - 3D view .Robotic cook
This cutting-edge model, co-created by myself and a peer, features three robotic arms seamlessly orchestrating culinary magic. With one arm gracefully immersed in the cooking process, the other two stand perpendicular, one for precise dispensing and the other dedicated to efficient area cleaning, elevating kitchen automation. The patent pending status underscores the uniqueness of this innovation, promising a paradigm shift in culinary technology for a more efficient and enjoyable cooking experience. (External)
Here is the link for the model to look in - 3D view .
Afforestation Bot
The AfforestationBot, a cutting-edge robotic solution, autonomously digs and plants trees with precision. Using AI algorithms, it analyzes soil conditions, ensuring optimal tree species selection. Operating on renewable energy, it navigates diverse terrains, adapting to obstacles seamlessly. This innovative technology addresses deforestation, promoting ecological restoration for a greener planet. The AfforestationBot represents a crucial step towards sustainable environmental conservation. (External - Internal)
Here is the link for the model to look in - 3D view .Smart water-level monitoring
A water monitoring prototype has been developed to detect water levels and purity in dams. Floating on the water surface, the compact model utilizes sensors for precise data collection, incorporating wireless connectivity for real-time monitoring and data transmission. This innovative solution enhances dam management, enabling early issue detection and promoting water quality control for sustainable resource management. The floating design ensures versatile deployment across various water bodies. (External)
Here is the link for the model to look in - 3D view .
Cruise Repair Bot
My peers and I have collaboratively developed an innovative submersible equipped with two robotic arms, specifically designed for efficient underwater ship repairs. This groundbreaking technology incorporates precision engineering, allowing the robotic arms to perform intricate maintenance tasks beneath the water's surface. Enhanced with state-of-the-art sensors and cameras, our submersible ensures optimal visibility and navigation in challenging underwater environments. Together, we envision this advancement as a pivotal step forward in maritime repair capabilities, significantly improving the efficiency and safety of underwater ship maintenance operations. (External)
Here is the link for the model to look in - 3D view .Road heater
Equipped with a hot air system, this innovative bot swiftly navigates roads, efficiently melting ice and preventing hazardous conditions. The automated heat application ensures precise and timely response to weather changes, offering a proactive solution for safer winter driving. With real-time sensors, the bot adapts its heating intensity based on road conditions, providing a cost-effective and environmentally friendly approach to ice management. This creation aims to revolutionize winter road maintenance, promoting enhanced safety and efficiency.(External)
Here is the link for the model to look in - 3D view .
Toilet converter
This versatile accessory seamlessly adapts to existing toilet fixtures, offering users the option to modify their toilet experience. The foot platform, when raised, provides a comfortable squatting position, aligning with traditional Indian toilet preferences. This user-friendly attachment aims to bridge cultural preferences, catering to diverse needs without requiring extensive bathroom renovations. With this invention, I aspire to enhance toilet accessibility and comfort, fostering inclusivity in sanitation solution. patent pending. (External and Internal)
Here is the link for the model to look in - 3D view .Space Rover
My ISRO Rover Challenge project features an external design for lunar or Martian exploration. While internal designs remain confidential, the rover incorporates advanced materials, propulsion, and communication for extraterrestrial missions. Inspired by space exploration rovers, it prioritizes robustness and functionality. The ongoing project emphasizes refining internal components like navigation, scientific instruments, and energy sources, contributing to cutting-edge space exploration technology. This initiative reflects a commitment to innovative design and functionality in the field of space rovers. (External and internal)
Here is the link for the model to look in - 3D view
SPS
My personal project Suicide Prevention System (SPS), a compassionate innovation designed to enhance safety. This discreet system easily attaches to ceiling fans, incorporating load cell technology to detect unusual weight fluctuations. In the event of sudden or abnormal loads, the SPS triggers an immediate alert, facilitating timely intervention and support. This device aims to contribute to mental health awareness by providing an additional layer of protection, demonstrating the potential of technology in fostering well-being and suicide prevention. (External and Internal)
Here is the link for the model to look in - 3D view .Accessories
I have done good amount of random designs, eg - flower wases, fans, broken phone stands, boxes, conatiners and more. 3D printed most of them. (External and internal)
Here is the link for the model to look in - 3D view
ROBOTIC ARM
One of my major projects I have ever done till now is designing of an fully functional Robotic arm with designing from connection of links to creating a new end-effector. fully well planned and well strucutred roboic arm. At its core, a complex network of actuators, sensors, and precision mechanics allows for intricate and coordinated movements. The internal structure comprises multiple joints and linkages, ensuring flexibility and accurate positioning. As the complexity transforms into a visually appealing exterior, sleek materials, and streamlined shapes are often employed. The outer design prioritizes user interface, with intuitive control panels and ergonomic considerations for human interaction. Attention to detail in the finishing touches enhances both functionality and aesthetics, creating a harmonious balance between technological sophistication and visual elegance. The final result is a robotic arm that seamlessly integrates advanced engineering with a polished and inviting exterior.(External and Internal)
Here is the link for the model to look in - 3D view .