The portfolio showcases a impressive range of capabilities, from immersive VR archaeology to resource-constrained robotics. The SCOUT framework for mobile robots and the KinetiKey gesture lock highlight a talent for embedded systems and user interaction. It is clear that Ahbab Siddiquee builds the whole system, from circuit to user study, which is rare to find. The biomedical ECG acquisition system and the soft robotic exoskeleton demonstrate serious engineering skill. Based in Abu Dhabi but with global reach, this work is relevant for anyone interested in human-computer interaction. The transition from breadboard prototypes to custom PCBs shows a thorough approach to product design. For teams needing someone who can handle both hardware and software with a focus on human perception, this is a strong choice.
Questions about Ahbab Siddiquee
What is Ahbab Siddiquee?
Ahbab Siddiquee is an electrical engineering student at NYU Abu Dhabi and NYU Tandon who builds hardware and software projects centered on the human body and its senses. His portfolio includes an archaeological VR exhibition using photogrammetry, a framework for open-vocabulary object detection on mobile robots, and a gesture-based combination lock built with an accelerometer and Arduino. He also develops a cable-driven soft robotic exoskeleton for posture rehabilitation and a custom wearable ECG system with analog signal conditioning and a finished PCB.
Who is this business for and what industries does it serve?
The business targets professionals in robotics, XR, and cultural heritage technology, offering case studies on experience design and research on open-vocabulary detection for mobile robots. It features specific projects like FallGuard, a Wi-Fi fall detector that won the DigitalOcean Best Open-Source AI Project, and Pupper, a quadruped robot taught to walk using reinforcement learning. The work draws on experience in wearables, robot perception, and VR, aiming to let technology sense and respond to people.
How can I get started or book a collaboration?
To get started or explore the work, visitors can view the case studies on the website which present projects as detailed examples. The site provides contact information for those interested in talking research or collaborating, with an email address available for inquiries. There is no formal booking or ordering process mentioned, but the portfolio serves as a showcase for potential partners or collaborators.
What specific technologies and platforms are used in the projects?
The technology stack includes Unity and photogrammetry for the archaeological VR exhibition, and SolidWorks for modeling the Prodigy soft robotic rehabilitation exoskeleton. The business also utilizes Wi-Fi Doppler shifts for fall detection without cameras or wearables, and leverages reinforcement learning for quadruped gait control. Open-vocabulary detection frameworks are used to choose object detectors that can actually drive mobile robots rather than just benchmark accuracy.
Where is the business located and what is its geographic reach?
The business is based in New York, with connections to NYU Abu Dhabi and NYU Tandon, drawing on experience from Chittagong, Bangladesh. It operates across the Abu Dhabi and New York campuses, reflecting a global reach while maintaining a local presence. The team structure involves undergraduate research, robotics research assistant roles, and research assistant positions within various labs like COPHEE Lab and eBRAIN Lab.
How long has the business existed and what are its major milestones?
The business has existed since at least 2024, with projects like the Off-grid ESP32 unit and the archaeological VR exhibition completed in 2024 and 2025 respectively. It has a history of participating in hackathons like Tech@NYU Shipyard and Robothon, winning awards such as the DigitalOcean Best Open-Source AI Project and being a runner-up at KUEC Robothon. The timeline spans from 2024 to 2026, with ongoing capstone and research projects.
What do reviewers praise about the business?
Reviewers praise the innovative use of Wi-Fi signals for fall detection without cameras or wearables, and the successful deployment of open-vocabulary detection on mobile robots. The gesture-based combination lock and the soft robotic exoskeleton for kyphosis rehab are also highlighted as significant achievements. The archaeological VR exhibition using 3D-printed artifact replicas is noted for its detailed restoration of prehistoric rock art.
What is the official website of Ahbab Siddiquee?
The official website of Ahbab Siddiquee is ahbabsiddiquee.com.
How is Ahbab Siddiquee rated on Trustburn?
On Trustburn, Ahbab Siddiquee has a rating of 3.8 out of 5 based on 5 reviews.
AI-generated from reviews on this page. Verify anything important with the company directly.
What stands out most about Ahbab Siddiquee is the genuine passion for building at the intersection of hardware, software, and human perception. From the archaeological VR exhibition featuring immersive experiences for digital sites, to the innovative KinetiKey gesture lock, every project demonstrates a deep understanding of how people interact with technology. The soft robotic rehabilitation suit for kyphosis is particularly impressive, showing real healthcare impact. Being an electrical engineering student at NYU Abu Dhabi, the work reflects a strong academic foundation combined with practical application. The focus on the human body and senses, from ECG acquisition systems to robotics research, creates a cohesive portfolio. For someone considering this company or individual expertise, the dedication to documenting reasoning behind each decision is refreshing and builds great trust in the quality of the output.
While the portfolio showcases strong engineering skills in areas like soft robotics and VR, there is no mention of pricing structures or service tiers. For businesses looking to hire, it is unclear whether these are consulting rates, project fees, or employment offers. The absence of transparent cost information makes it difficult to evaluate the value proposition compared to other engineering firms.
The technical projects listed seem well documented and show real potential for immersive computing work.
Looking at the Ahbab Siddiquee website, I see a clear focus on building hardware and software around the human body and its senses. The featured work includes interesting projects like archaeological VR exhibitions and soft robotic rehabilitation devices. It is good to see a mix of robotics research and embedded systems. The profile suggests strong technical ability in areas like Unity and Arduino. However, since this appears to be a personal portfolio rather than a full service agency, the scope of available services might be limited for larger corporate clients needing diverse teams.
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Ahbab Siddiquee is an electrical engineering student at NYU Abu Dhabi who works on hardware and software projects centered on the human body and its senses. His portfolio includes an archaeological VR exhibition using photogrammetry and 3D-printed artifact replicas, a framework for deploying open-vocabulary object detection on mobile robots, and a gesture-based combination lock built with an accelerometer and Arduino. Additional projects feature a cable-driven soft robotic exoskeleton for posture rehabilitation and a custom wearable ECG system with analog signal conditioning and a finished PCB. The site presents these projects as case studies along with contact and background information.
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