Assistant Professor | Researcher | Innovator | Product & Technology DeveloperDr. Vinayak Majhi is an Assistant Professor associated with the Amity Innovation & Design Centre (AIDC), Amity University Uttar Pradesh, Noida, working at the intersection of Artificial Intelligence, Robotics, Drone Technology, Embedded Systems, Automation, and Product Innovation. His work focuses strongly on translating academic research and emerging technologies into practical prototypes, deployable products, and socially relevant solutions.
With a multidisciplinary approach to innovation, Dr. Majhi has been involved in the development of intelligent systems spanning AI-powered education, interactive robotics, document digitization, autonomous and remotely operated systems, IoT, sensor-based monitoring, assistive technologies, and drone applications. His work emphasizes not only technical development but also product usability, commercialization potential, field implementation, and real-world impact.
Research & Innovation Focus
His major areas of interest include:
Artificial Intelligence and Generative AI
Robotics and Human–Machine Interaction
Drone Technology and FPV Systems
Embedded Systems and IoT
Computer Vision and Intelligent Automation
AI-enabled Educational Technologies
Natural Language and Voice-based Interfaces
Product Design and Rapid Prototyping
Sensor-based Monitoring Systems
Digital Transformation and Intelligent Document Processing
AI and Product Development
Dr. Majhi is actively involved in building AI-driven products designed to address practical challenges across education, healthcare, institutional services, digital documentation, media automation, and public-facing applications.
Among the notable systems developed under his research and innovation activities are:
Professor AURA – Adaptive Understanding and Reasoning Assistant
An AI-powered educational platform designed to transform conventional presentation-based learning into an interactive teaching experience. Professor AURA can interpret educational content, generate explanations, deliver lectures using AI-generated voice, perform virtual board work, and present concepts in multiple languages. The platform is envisioned for use across schools, colleges, universities, coaching institutes, skill-development centres, remote learning environments, and situations where access to specialized faculty is limited.
MIRA – AI-Powered Interactive Robotic Kiosk
MIRA is an interactive AI-enabled robotic kiosk designed for intelligent communication and service assistance. It combines conversational AI, voice interaction, visual expressions, mobility, and physical control systems to create a more engaging human-machine interface. MIRA is being developed for applications such as institutional assistance, visitor interaction, hospitals, exhibitions, public information systems, and customer engagement.
TrueText Digitization
An AI-assisted intelligent digitization platform developed for converting complex scanned and historical documents into structured, editable, and searchable digital content. The system is designed to handle multilingual documents, degraded scans, multiple columns, historical records, and complex page structures while maintaining document fidelity. It has potential applications in archives, libraries, government departments, universities, research organizations, and organizations engaged in large-scale document digitization.
VIDORA – AI-Powered Automated Video Creation and Publishing Platform
VIDORA is an automated content-generation platform designed to streamline the process of transforming information into publishable video content. The system integrates AI-assisted content preparation, narration, visual generation, video creation, and publishing workflows, reducing the effort required for regular digital content production.
Robotics and Embedded System Development
Dr. Majhi has worked extensively with integrated hardware-software systems involving Raspberry Pi, Arduino, ESP32, sensors, cameras, microphones, motors, wireless communication systems, and AI APIs. His projects explore how intelligent software can interact directly with physical machines and real-world environments.
His work includes robotic movement systems, expressive robotic interfaces, speech-responsive systems, sensor networks, LoRa-based communication, interactive kiosks, autonomous prototypes, and intelligent monitoring platforms.
A key focus of his work is developing systems that are technically capable while remaining cost-effective, practical, modular, and suitable for deployment in Indian conditions.
Drone Technology
Drone technology is another important area of his academic and practical work. Dr. Majhi is a DGCA-certified drone pilot and has been engaged in drone development, FPV systems, assembly, flight training, research, and technology demonstrations.
He has also contributed to training and outreach activities involving drone technologies, helping participants understand drone assembly, system architecture, flight principles, practical operation, and emerging applications.
His interests extend toward the use of unmanned systems for research, surveillance, inspection, communication, monitoring, education, and specialized field applications.
Innovation, Prototyping & Technology Translation
A major characteristic of Dr. Majhi's work is his emphasis on moving beyond conceptual research toward working prototypes and usable products.
He works across the complete innovation cycle:
Problem Identification → Concept Development → System Design → Hardware/Software Integration → Prototype Development → AI Integration → Testing → User Evaluation → Product Refinement → Deployment & Commercialization Planning
This approach enables research ideas to be evaluated not only for academic novelty but also for scalability, affordability, usability, and potential impact.
Teaching & Student Innovation
As an academician, Dr. Majhi actively promotes learning through experimentation, prototyping, and problem-solving. He encourages students to move beyond textbook knowledge and understand how engineering, AI, electronics, design, and software can be combined to solve real problems.
His academic involvement includes mentoring students in areas such as:
He has also contributed to innovation-oriented activities, competitions, demonstrations, workshops, outreach programmes, and interdisciplinary projects involving students from different technical and academic backgrounds.
Outreach & Technology Awareness
Dr. Majhi is actively involved in outreach initiatives intended to make emerging technologies understandable and accessible to wider audiences.
Through programmes related to AI, robotics, drones, innovation, and emerging technologies, he works to expose school students, university students, faculty members, professionals, and other stakeholders to the practical possibilities of modern technology.
A particular area of interest is making Artificial Intelligence easier to understand for non-technical users and demonstrating how AI can move beyond chat-based applications into education, robotics, automation, physical products, and everyday services.
Industry & Startup Orientation
Alongside academic research, Dr. Majhi has a strong interest in technology commercialization and startup-driven innovation. His work involves evaluating product-market fit, deployment models, pricing, customer requirements, pilot implementation, and commercialization strategies for emerging technologies.
This academic-industry interaction allows him to approach research from both perspectives: scientific and technical feasibility on one side, and practical adoption and market requirements on the other.
Vision
Dr. Majhi's broader vision is to build affordable, intelligent, and locally relevant technologies that can move successfully from laboratories into classrooms, institutions, industries, public services, and society.
His work is driven by the belief that the real value of emerging technology lies not simply in demonstrating what AI or robotics can do, but in designing systems that people can actually use.
Through interdisciplinary research, student mentorship, product development, entrepreneurship, and outreach, he continues to explore ways of transforming new technologies into practical solutions with measurable real-world impact.