AMITY SCHOOL OF ENGINEERING & TECHNOLOGY
AMITY UNIVERSITY UTTAR PRADESH
PRESENTS
TECHNVATE 2026
Poster and Project Presentation
Shaping Tomorrow Through Engineering Excellence
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About Technovate 2026
TECHNOVATE is a flagship event where final year engineering students showcase their work through 450+ live projects and research posters across multiple disciplines. Highlights of TECHNOVATE include:
• Working models demonstrating cutting-edge technologies
• Projects in areas like Artificial Intelligence, Robotics, Smart Cities, Sustainability, and more
• Insights into innovation, research, and product development
• Exposure to ideas with potential for startups, patents, and industry applications
Event Details
E2 Auditorium
14th - 15th May 2026
10 am - 5 pm
Highlights
Showcase Technical Skills
Facilitate Peer Learning
Get Industry Engagement
Provide Networking Opportunities
Explore Innovation and patent ready products
Encourage excellence and recognition
Committee
Chair
Prof. (Dr.) Manoj Kumar Pandey Director - Amity School of Engineering and Technology
Core Committee
Prof. (Dr.) Madhuri Kumari Dy. Director - Placement and Industry Relations, ASET
Prof. (Dr.) Nitasha Hasteer Dy. Director - Academics, Professor & Head - Department of IT, ASET
Prof. (Dr.) H P Singh Professor & Center Superintendent - Examinations
Organizing Committee
Dr. Sindhu Hak Gupta
Dr. Vasudha Vashist
Dr. Anjali Jain
Dr. Meeta Sharma
Dr. Kamlesh Pandey
Dr. Richa Sharma
Dr. Prakhar Duggal
Mr. Jitendra S Jadon
Proud Winners
| Department | Project Title | Team Members |
|---|---|---|
| IT | Rooftop Solar Potential Mapping System | Siddharth, Soumya Kukreti |
| IT | Tune Music App: AI-Driven Music Streaming Platform | Alok Raj, Arnav Jha, Dhroov Gupta |
| IT | Heart Disease Prediction Using Machine Learning | Kush Raman Sinha, Prem Yadav |
| AI | Comparison of CNN & Vision Transformers for Widlife | Chirag Jain |
| ECE | Design of IoT based fruit condition monitoring system | Kush Raman Sinha, Shashwat |
| ECE | Design and Development of Autonomous Unmanned Ground Vehicle (UGV) for Enhanced Agricultural Efficiency. | Joel V George, Daksh Sharma |
| ECE | FPGA Implementation of Real-Time Chess Position Evaluation using Deep Learning | Kalyani Paul, Anubhav Gautam |
| CIVIL | Integrated Framework of Digital Twin and BIM for Enhanced Infrastructure Monitoring | Charvi Bagga, Aksheet Kumar |
| EEE | Automated Polyhouse Climate Control System Using Peltier-Based Temperature Regulation and Smart Sensor Integration | |
| ME | Design and Fabrication of Solar Operated Mutti Sieve System for Agricultural Application | Aakash Joshi, Mahesh Giri |
| ME | Deep Learning Based Surface Quality Monitoring in Eco-friendly Automated Grinding | Dhruv Verma, Keshav Gupta |
| ME | Building a Modular GPS Tracking system | Shah Naveed Nisar, E Krishnaraj |
| ME | Design and development of catalytic converter using phase change materials | Yash Saksena |
| Department | Project Title | Team Members |
|---|---|---|
| IT | Quantum-Driven Signal Processing for Classical Communication Enhancement | Ayush Kumar Sharan, Alwin Philip |
| IT | Crime Scene Analysis using Object Detection | Dhairya Dhingra, Parth Sharma, Aditi Sahai |
| IT | Interactive Feedback Portal: Unveiling Emotions and Gestures for Enhanced Service Understanding | Siddharth Tulli, Mahakpreet Kaur Virdi, Avasyu Mishra |
| CE | To study and analyze the different aspects of strength in eco concrete with materials marble and recycled aggregate | Shafaque, Chirag Nagpal |
| ECE | Elevating Security Through AI-Driven Embedded Hardware Mobile Robotics | Mehul Chawla, Rishab Garg |
| ECE | Deep learning methods for Schizophrenia detection using EEG Signals | Sunidhi Singh, Shrishti Singh |
| AI | Multi-Sensory Stress Detection Systems | Hitesh, Nikita |
| AI | Leveraging sentiment features of lyrics for emotive music recommendation | Gauri Tyagi, Avni |
| AI | Design and Implementation of an advanced temperature control system for a maglev transport | Vihaan Ravishankar, Md Ibrahim |
| EEE | Design of IOT enabled gesture controlled bionic arm | Akshat Pardeshi, Akshit Tyagi |
| EEE | Design & Development of wired rover for inspection and maintenance of pipelines | Aditya Chaubey, Shivansh Binani |
| EEE | Analysis of a Concentrated Solar Power-Photovoltaic (CSP-PV) Based Power Generation Plant | Atif Irshad and Divyanshu Taxali |
| ME | Moist Air Condensation Enhancement Via Super-Hydrophobic Surfaces | Apoorva Singh |
| ME | Design of Automobile Spoiler and its Aerodynamic Analysis on Automobile Traction | Dhruv Bansal and Nishant Bhosale |
| ME | Symptoms Driven Disease Risk assessment using AI Approach | Anisha Sharma, Smarth Gupta |
| CSE | Predicting Cancer and Risk Assessment using Artificial intelligence | Param Verma, Pragya Pandey |
| CSE | Analysis and Detection of Parkinson's disease using machine learning | Dhwani Vashisth, Ipsha Gupta |
| Department | Project Title | Team Members |
|---|---|---|
| CE | Seismic Analysis of Timber Structure in Zone III and V | Abdul Dhaniyal, Sobia Showkat, Rather Suhail Amin |
| ECE | Ultrasonic based Oil Monitoring System | Sidharth Sahni, Rajat Singh Kohli |
| AI | Exploring the potential of conversational AI for supporting Children with Autism | Kamad Saxena, Ishan Kathuria |
| EEE | Design and Development of Automatic cleaning system for split AC | Tushar Tomar, Aman Kumar |
| ME | Hydrogen powered Sports Car | Kaushal |
| IT | Malware detection using DEEP Learning | Mridul Vohra, Anushka Tiwari, Ayush Jayaswal |
| IT | Tampered image detection using convolutional neural networks | Raghav Gupta, Aditya Nagyal, Nikhil |
| CSE | StoryGenAI: A Generative Model for Genre-Keyword Based Story Generation | Leah Khan, Vibhu Gupta, Srishti Bedi |
| CSE | IOT based Smart Pacifier for infant | Amandeep, Arnav Tiwari, Bhuvan Luthra, Ayush |
Technovate 2026
The abstract should highlight major points of your research and explain why your work is important; what your purpose was, how you went about your project, what you learned, and what you concluded. Following Guidelines should be implemented for preparing abstract for Technovate 2026
- Start with a clear and concise title that reflects the essence of your project.
- Include the names of all project contributors, their affiliations, and contact information.
- Provide a brief abstract of your major project, outlining its Highlights and significance.
- Explain very briefly the methods and techniques used in your project.
- Use diagrams, flowcharts, or bullet points to make this section easy to understand.
- Present your findings clearly and concisely.
- Utilize graphs, charts, tables, and images to illustrate your results.
- Highlight any significant discoveries or outcomes of your project.
- Interpret your results and discuss their implications.
- Compare your findings with existing literature or previous work in the field.
- Address any limitations or challenges encountered during the project.
- Summarize the key points of your project.
- Emphasize the significance of your findings and any future directions for research.
- Use a clean and professional layout for your poster.
- Ensure readability by using clear fonts and appropriate font sizes.
- Maintain a cohesive colour scheme and avoid cluttering the poster with excessive text or visuals.
- Incorporate eye-catching visuals and graphics to engage viewers.
- Arrange the content of your poster in a logical sequence.
- Use headings and subheadings to guide viewers through different sections.
- Proofread your poster carefully to eliminate any spelling or grammatical errors.
- Request your project guides to review your poster for feedback before finalizing it.
- Use high resolution exports and rehearse your project explanation.