Dynamic Hackathon

Innovating Safety Solutions for material handling industry.

Empowering Innovators to Revolutionize Safety and Efficiency in Crane Operations and material handling industry. 


Transforming Safety Standards in the Heavy Machinery Industry

The DYNAMIC HACKATHON, was innovative challenge designed to address critical safety in material handling and operational issues in crane operations. Organized by Dynamic Crane Engineers and powered by i4C, sponsored by HEFT cranes International and Pune Logitech Services , this hackathon gave opportunity to solve real-world problems using cutting-edge technologies like IoT, AI, predictive analytics, and LIDAR systems.

Congratulations to the Winners!

We extend our heartfelt congratulations to the winners of the Dynamic Hackathon 2025 – an event that brought together innovation, collaboration, and a shared passion for solving real-world industrial challenges.

Keep building. Keep innovating!

What is Dynamic Hackathon About?

This is an industry-focused event aiming to revolutionize crane safety solutions by fostering innovation. Participants will have the chance to collaborate with industry experts, learn from mentors, and present their ideas to an esteemed jury panel, all while solving real-world challenges that impact the heavy machinery and construction industries. There would be areas such as:

Why Participate in Dynamic Hackathon?

This is more than just a competition—it’s a launchpad for students to dive into real-world challenges, gain hands-on experience, and collaborate with industry experts. Here's why you as a student should participate:

Solve Real Industry Problems

Work on cutting-edge challenges in crane safety and heavy machinery operations.

Win Rewards

Compete for cash prizes, certificates, and exclusive accolades like Most Innovative Idea.

Showcase Skills​

Gain expertise in AI, IoT, and LIDAR-based systems while showcasing your talent to industry leaders.

Collaborate with Experts

Learn from industry mentors and gain practical insights to sharpen your solutions.

Boost Your Career

Compete for cash prizes, certificates, and exclusive accolades like Mavost Innovative Idea.

problem statement

Develop an integrated safety system tailored for crane operations that combines proximity monitoring and obstacle detection to enhance material handling safety. Using advanced technologies such as LIDAR, GPS, ultrasonic sensors, and AI-powered image recognition, the system should prevent collisions by continuously monitoring proximity, defining geofenced hazardous zones around cranes, and detecting obstacles in real-time. The solution should automatically trigger slowdowns or emergency stops in crane operations and provide immediate alerts to crane operators, ensuring safer and more efficient material handling processes.
Design an IoT-enabled platform specifically for crane and material handling equipment operations that aggregates real-time data into a centralized dashboard. The system should monitor key metrics such as vibration levels, fuel consumption, operating hours, and temperature of cranes and related equipment. Additionally, it should provide predictive maintenance alerts to preempt breakdowns, perform trend analysis for operational efficiency, and maintain historical records to optimize equipment performance and reduce downtime in crane operations and material handling processes. SVG image
Create an AI-driven system tailored for cranes and material handling equipment that combines predictive maintenance with consumable monitoring. The system should analyze real-time performance data from components such as brakes, filters, and cables to detect wear patterns and predict potential failures. It should proactively schedule maintenance tasks and alert operators or maintenance teams about consumable replacement needs. This solution aims to minimize downtime, enhance operational efficiency, and ensure the reliability of crane operations in material handling environments. SVG image
Develop a drone-based system to enhance real-time aerial surveillance of crane lift zones and material handling sites. The drones should provide live video feeds and leverage AI-powered analytics to detect hazards, obstacles, or unsafe conditions within the operational area. This system should assist crane operators and site managers in planning and executing complex lifts with improved situational awareness, reducing risks, and ensuring safe and efficient crane operations. SVG image
Design a comprehensive system tailored for crane operations that combines automated pre-operational diagnostics with a centralized digital maintenance logbook. Using IoT sensors, the system should assess critical parameters such as vibration levels, fuel levels, and structural integrity of the crane before operations. It should consolidate maintenance records, inspection results, and IoT-collected data into a user-friendly digital logbook. The system should also generate automated reports to provide real-time insights, ensuring operational safety, minimizing downtime, and improving overall efficiency in crane and material handling operations. SVG image
Develop an IoT-based system specifically designed to monitor and optimize energy and fuel consumption for cranes and other material handling equipment in real-time. The system should analyze operational data, identify inefficiencies in crane operations, and provide actionable recommendations for optimizing energy usage. Additionally, it should issue alerts for refueling or charging to prevent operational interruptions, ensuring seamless and efficient crane performance while reducing energy waste. SVG image
Design a system specifically for cranes and material handling equipment to monitor critical load parameters such as weight distribution, lifting radius, wind speed, and operational stability. The system should deliver real-time feedback to crane operators, ensuring safe and balanced lifting operations. Additionally, it should automatically halt operations if unsafe conditions, such as instability or overload, are detected to prevent accidents and ensure operational safety. SVG image
Design a web-based platform, similar to platforms like CarDekho or Cars24, but focused on crane operations and material handling. The system should enable users to compare cranes based on operational parameters such as maximum lift capacity, radius, wind tolerance, and speed. It should also analyze load distribution during crane operations and provide recommendations for safe lifting procedures, ensuring optimal equipment usage in material handling scenarios. SVG image

Hackthon roadmap

17 JAN 2025

Launch of the Hackathon
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17 JAN 2025

Registration & Idea Submission Open

20 JAN - 10 FEB 2025

Interactive Sessions (Webinars)
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20 FEB 2025

Registration & Idea Submission Close

21 FEB - 27 FEB 2025

Pre Finale Evaluation Round
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28 FEB 2025

Announcement of Shortlisted Teams

3 MAR - 15 MAR 2025

Mentoring Sessions
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29 MAR 2025

Grand Finale (The Demo Day)

Prizes & Recognition

Celebrate brilliance and innovation with exceptional prizes and prestigious recognition!

Total Prize Pool: ₹5,00,000

Meet the Mentors

Dynamic Hackathon is bringing together an elite panel of mentors to guide and support participants throughout the event.

Pratap Sanap

Head - Research & Innovation, Neilsoft | Secretary, i4C

AI and Emerging Tech expert with 23+ years of experience in mechatronics and data science. Specializes in image, speech, and video analytics with expertise in prescriptive analysis and automation strategies. Passionate about driving innovation in emerging technologies.

Dr. B. Venkatalakshmi

Lead Subject Matter Expert, L&T EduTech

An educator with 30+ years of experience in engineering education, specializing in curriculum design and learner-centric content. Recipient of the IBM-US Faculty Innovation Award (2010) for Smarter Planet content development. Expert in Industrial IoT, AI, Edge Computing, 5G, and SoC Design.

Maharshi Malani

Co-founder , Pujam Infrastructure Pvt Ltd

Entrepreneur and technologist with a Bachelor's in Computer Science, specializing in Intelligent Systems. Co-founder of Pujam Infrastructure Pvt Ltd, leveraging AI to solve industry challenges and drive innovation.

Suyog Patil

Director, Arrowsoft Consultancy Pvt Ltd

A technology leader with 22+ years of expertise in software development, specializing in embedded systems and web applications.

Siddharth Sharma

Director at Premier Heavy Lift Pvt Ltd

He is a Northeastern University, Boston graduate in Corporate Finance and Entrepreneurship. He brings expertise in infrastructure projects and innovation. His leadership drives growth and operational excellence.

Bharat Shivaji Kokate

Head - Embedded Systems, Aeron Systems Pvt. Ltd.

Bharat Kokate, Head of Embedded Systems and Certified Scrum Master and an Embedded Software Engineers, brings over 17 years of expertise in embedded technology. As Nodal Head for SIH 2022-2024 and an evaluator in renowned hackathons like UNESCO India Africa Hackathon and Kavach, he actively fosters innovation and mentors future tech talent. His commitment to advancing technology and education is unparalleled.

Harsh Savergaonkar

Founder, Wega Labs Inc

An innovator with experience in building consumer apps, award-winning games, robots, and formula race cars. Harsh specializes in product design, execution speed, and design thinking, sharing his expertise to inspire and guide others.

Manoj Chaudhari

CEO, HEFT Cranes International Pvt Ltd

With 30 years of experience in the crane industry, Manoj Chaudhari has worked with leading organizations like Reliance Industries and Sarens Group. He now leads HEFT Cranes International, driving innovation and operational excellence.

Yogeshwar Bodas

Technical Director, Agragamee Technologies

Yogeshwar Bodas specializes in embedded product design, with extensive experience in creating innovative and reliable technological solutions. His expertise lies in advancing embedded systems for diverse applications.

Rishu Raj Kapoor

Addl GM, Shapoorji Pallonji Co Pvt Ltd

With 28+ years of experience in the construction industry, Rishu specializes in handling construction equipment across diverse projects, including refineries, steel plants, power plants, highways, airports, and metros. His expertise ensures seamless project execution and operational efficiency.

Anand N Pujar

Sany India, Deputy General Manager

A Post Graduate Engineer with 33+ years of experience in construction, manufacturing, and mining industries. Anand specializes in driving innovation and operational excellence. His vast expertise provides valuable insights for solving real-world industrial challenges.

Prof. Dr. Vijay Mane

Dean - Analytics | Post-Doc Research Fellow | Lead Coordinator - Hackathons, Competitions & Technical Activities, VIT Pune

Prof. Dr. Vijay Mane, Dean of Analytics and Technical Activity Coordinator at VIT Pune, is a renowned mentor and innovation leader with 24+ years of experience in academia and industry. As the SPOC for Smart India Hackathon, he has guided 250+ winning teams, driving technical excellence and student success. With 60+ research papers, 17 patents, and multiple awards, he continues to empower young minds through research, mentorship, and innovation.

With personalized mentorship sessions, participants will gain actionable insights, guidance on technical challenges, and hands-on expertise from these industry leaders.

Why Innovate in Crane Safety & material handling industry?

Safety in the crane and heavy machinery industry is essential for minimizing accidents, improving operational efficiency, and ensuring worker safety.

Accident Prevention

Solutions like collision warning systems save lives.

Operational Uptime

Predictive maintenance tools ensure fewer breakdowns & delays.

Cost Efficiency

Automated safety systems reduce human error and operational costs.

Future Ready Technologies

Your ideas can shape the future of smart industrial solutions.

Take this opportunity to make a real difference in an essential industry

Resources at Your Fingertips

Get all the details about the hackathon, including problem statements, timelines, prize information & FAQ.

Hackathon Details

Download the brochure to know the FAQs of the hackathon.

Hackathon Idea submission Template

Click below to download reference idea submission template.

Problem statement Explanation

Click below to know problem statements in more details.

How to register for hackathon

Click below to know how to register for the hackathon.

Frequently Asked Questions

Still you have any questions?

Students from Higher Education Institutes such as engineering colleges and universities can participate in the hackathon.

  • All participants must be from the same college or school; inter-college/school teams are not permitted.

  • Members from different branches or disciplines within the same institution may form a team.

  • Each team must comprise of minimum 2 students and a maximum of 6 students.

  • We encourage multi-disciplinary teams – which means your team should have a good mix of Computer engineers, Mechanical Engineers, Electronic Engineers, Product Designers, Programmers, etc.

    • Option 1:- Participating colleges can register through the Teachers / Professors of the college, who are called SPOC. The SPOC in turn can create teams of students from within the college, to solve the problem statements assigned.

 

    • Option 2:- Students can register their Teams directly. One student from the team who is the Team leader must register & choose the designation as Team leader as mentioned on the portal and the team members.

 

  • Problem statements have been shared on website and brochure. Teams are free to select any problem statement that appeals to them.

  • Teams may apply to multiple problem statements, however, if multiple submissions are selected and the team gets a chance to go into the finals, then the team may only participate in 1 problem statement for the final event.

  • Participants must submit the idea on the portal. portal@i4c.in
  • Post Idea submission process, the ideas will be evaluated by experts.

  • Evaluation criteria will include novelty of the idea, complexity, clarity, and details in the prescribed format, feasibility, sustainability, the scale of impact, user experience, creativity and simplicity and potential for future work progression.

All updates related to the hackathon will be given on the website itself and email will be sent for ease of communication. We would recommend regularly following the i4C website, to avoid inadvertently missing any emails. Please add support@i4c.into avoid emails from us going into your Spam / Junk folder.

The grand finale of the hackathon may be online or in-person, depending on the circumstances. Selected teams will be notified prior to the grand finale dates.

  • The Prizes will be mentioned in detail on our Landing page andbrochure.

  • If there is a tie between two or more teams, the final decision of the prize money distribution will be taken by the organizer of the event, and all decisions are final.

  • Organizers have right of not announcing the prize money or winner if the idea or solution is not satisfactory or deserving.

  • The team members of every winning team will be individually awarded a certificate.

  • Apart from the winners, all other teams who submitted the idea will get Participation certificate and teams selected for finale will get Finale certificate.
  • Intellectual property (IP) of all submitted ideas shall lie with the student innovators.

  • If the ideas are selected for further development support, IP sharing would be applicable, and details will be decided upon and formalized accordingly.
The ideas or solutions provided/developed/proposed by the team must be new and must not have been present in any previous event/program of any sort. Any IP infringement will not be tolerated and will be dealt with seriously.

DYNAMIC HACKATHON Awaits You!

Are you ready to innovate and make a lasting impact on crane safety standards? Join us at Dynamic Hackathon and showcase your skills to redefine safety in crane operations & material handling industry.

INNOVATE. COLLABORATE. TRANSFORM.

Let’s build the future of crane safety together.

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