TI Forge

Rules and Guidelines: Hactivate – Titanium’26 & TiForge National Level Tech Fest Organised by Rajalakshmi Engineering College, Thandalm, Chennai Minimum one female member per team is mandatory  Eligibility: Hactivate is open to students for UG students from recognized universities, colleges, and institutions across India. Participants must carry a valid college ID during the event. Registration: Participants must register online through the official registration platform before the deadline. Team Rules: Team size: 4 - 5 members No team member changes after registration Reporting & Timing: Participants must report at the venue at least 30 minutes before the scheduled start time. Late entries may not be permitted once the event has commenced. Format & Duration: Mode: Offline Duration: 28 continuous hours( 29 - 30 January 2026) Including mentoring, development, final presentation & evaluation. Hactivate (TiForge Hackathon): Originality: All projects, prototypes, and solutions presented must be original. Plagiarism or use of pre-built solutions without proper acknowledgment will lead to disqualification. Theme Alignment: Projects and innovations must align with one or more of the following official themes: IoT and Industrial Automation: Develop IoT-driven automation solutions that reduce manual intervention, optimize industrial processes, and improve efficiency, safety, and productivity across manufacturing and allied industrial sectors. Overview: This theme focuses on applying IoT sensors, embedded systems, and automation platforms to modernize industrial operations. Participants are expected to design systems that collect real-time data, enable intelligent decision-making, and minimize human dependency in repetitive or hazardous tasks. Solutions may target manufacturing lines, warehouses, utilities, or process industries, with emphasis on scalability, reliability, and cost-effectiveness in real-world industrial environments. Key Points/Ideas: Use of IoT sensors (temperature, pressure, vibration, gas, motion, etc.) Real-time monitoring and predictive maintenance Automation to reduce manpower and human error Data-driven optimization of industrial workflows Integration with dashboards, alerts, or control systems Tech for Government: Create technology-driven solutions that enhance transparency, accountability, and efficiency in governance systems such as voting, public service delivery, and policy implementation. Overview: This theme encourages participants to rethink governance using modern technologies such as blockchain, data platforms, AI, computer vision and secure digital systems. Solutions may focus on transparent voting mechanisms, efficient distribution of government schemes, grievance redressal, or citizen engagement platforms. The goal is to strengthen democratic processes, improve trust between governments and citizens, and ensure that public services are accessible, traceable, and corruption-resistant. Key Points/Ideas: Transparent and tamper-resistant voting or decision systems Citizen-centric platforms for governance and public services Secure data handling and identity verification Improved tracking of schemes, funds, or benefits Technology-enabled accountability and auditability Robotics in Healthcare: Design robotic or automated healthcare systems that assist in patient care, monitoring, or emotional support when continuous human presence is not possible. Overview: This theme focuses on robotics and intelligent systems that support patient well-being beyond traditional hospital care. Participants can explore solutions for remote patient monitoring, assistive robotics, rehabilitation, or emotional and psychological support. The emphasis is on providing continuous, reliable care in scenarios where medical staff or caregivers cannot be present 24/7, while ensuring patient safety, comfort, and dignity. Key Points/Ideas: Robotic or automated patient monitoring systems Assistive devices for mobility, rehabilitation, or daily tasks Emotional or psychological support through intelligent systems Remote healthcare and tele-assistance integration Patient safety, reliability, and ease of use Transport and Logistics During Disasters: Develop resilient transport and logistics solutions that enable rescue, communication, and essential supply delivery during disasters with limited infrastructure and connectivity. Overview: This theme addresses challenges faced during natural or man-made disasters where conventional transport and communication networks fail. Participants are expected to design systems that could help locate people, coordinate rescue efforts, and deliver food, medicine, or essentials under extreme constraints. Solutions should prioritise robustness, adaptability, and operation in low-connectivity or infrastructure-damaged environments. Key Points/Ideas: Emergency logistics and supply chain coordination Rescue and evacuation support systems Solutions for low or no network connectivity scenarios Use of drones, autonomous systems, or decentralized networks Real-time situational awareness and coordination Sustainability and Energy Management: Build innovative solutions that promote environmental sustainability, optimise energy usage, and contribute meaningfully to global sustainable development goals. Overview: This theme encourages participants to address environmental and energy challenges through technology-driven innovation. Solutions may focus on renewable energy management, energy efficiency, waste reduction, emissions monitoring, or sustainable resource utilization. Projects should align with the United Nations Sustainable Development Goals and demonstrate measurable impact toward reducing environmental footprints while supporting long-term economic and social sustainability. Key Points/Ideas: Energy monitoring and optimization systems Renewable energy integration and management Environmental impact tracking and reduction Data-driven sustainability insights Alignment with UN Sustainable Development Goals Open Innovation: Encourage creative, cross-domain solutions that break conventional boundaries, address real-world problems, and foster collaboration between technology, people and ideas. Overview: This theme invites participants to explore bold and unconventional approaches to problem-solving through open-ended innovation. Solutions may span any domain, including technology, social impact, healthcare, education, sustainability or governance. Projects should emphasize originality, scalability, and practical impact, while demonstrating how innovation can create meaningful change across industries and communities. Problem statements must be unique, and the proposed novelty should be well-researched and validated before submission. Key Points/Ideas: Cross-domain and interdisciplinary solutions Real-world problem solving with scalable impact Novel use of emerging technologies User-centric and inclusive innovation Freedom to explore unconventional ideas Prototype & Demonstration: Teams are encouraged to present working models, simulations, or demonstrable prototypes. Software projects must include a functional demo or walkthrough. Hardware projects should be safe, stable, and properly insulated. Resources & Equipment: Participants must bring their own laptops, components, tools, and required accessories. The organizing committee will not be responsible for loss or damage of personal belongings. Code of Conduct: Professional Behavior: All participants must maintain discipline, professionalism, and mutual respect throughout the event. Any form of misconduct, harassment, or inappropriate behavior will result in immediate disqualification. Fair Play: Participants must follow the rules of each event strictly. Any attempt to gain unfair advantage will lead to elimination. Safety & Compliance: Hardware Safety: All hardware setups must comply with basic safety norms. Projects involving high voltage, heat, sharp tools, or chemicals must take necessary precautions. Certificates & Awards: Participation Certificates will be provided to all registered participants. Winners and Runners-up will receive certificates, prizes, and national-level recognition. Special awards may be given for innovation, sustainability, and social impact. Final Authority: The organizing committee of Hactivate – Titanium’26 & TiForge, Rajalakshmi Engineering College, reserves the right to modify rules, schedules, or event structures if necessary. Any updates will be communicated through official channels.