AIRSC ACADEMY OF SAFETY AND DISASTER MANAGEMENT
A UNIT OF:ALL INDIA RAIL SAFETY COUNCIL
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NATIONAL VISION ALIGNMENT VIKSIT BHARAT RAILWAYS 2047 – A DEVELOPED INDIA VISION The All India Rail Safety Council aligns its long-term strategy with the national mission of Viksit Bharat 2047, supporting the transformation of Indian Railways into a world-class, safe, smart, and resilient transportation system. AIRSC envisions a future where railway safety is technology-driven, globally benchmarked, and centered on human life and national progress. Key Focus Areas • Advancing the Zero-Accident Railway Vision for a safer India • Adoption of world-class railway safety standards and global best practices • Integration of advanced digital, intelligent, and predictive safety systems • Strengthening disaster resilience and emergency preparedness across the network • Enhancing passenger safety, reliability, and public confidence • Building a future-ready, highly skilled railway safety workforce • Developing a smart, data-driven, and technology-enabled railway safety ecosystem Make in India – Self-Reliant Railway Safety Systems AIRSC actively supports the national Make in India initiative by encouraging indigenous development, innovation, and deployment of railway safety technologies. The Council promotes self-reliance and strengthens India’s capability to design, manufacture, and implement advanced safety solutions. Key Focus Areas • Promotion of indigenous railway safety technologies and innovation • Support for domestic manufacturing of safety equipment and protection systems • Encouragement to Indian research institutions, startups, and safety innovators • Localization of modern safety tools, monitoring systems, and diagnostics • Capacity building and skill development for Indian safety professionals and engineers • Strengthening India’s global leadership in railway safety and safety engineering Net Zero 2070 – Sustainable & Green Railway Safety AIRSC integrates environmental sustainability into its safety framework, aligning with India’s Net Zero Carbon Emission 2070 commitment. The Council promotes safe, sustainable, and climate-resilient railway operations to protect both people and the environment. Key Focus Areas • Promotion of environmentally responsible railway safety practices • Energy-efficient and sustainable safety infrastructure development • Climate-resilient railway safety and disaster management systems • Reduction of environmental and operational risks • Adoption of eco-friendly materials and green safety technologies • Integration of safety, sustainability, and long-term resilience planning Introduction The All India Rail Safety Council (AIRSC) is a premier national forum dedicated to strengthening railway safety, risk reduction, accident prevention, and disaster resilience across the Indian railway ecosystem. Through research, training, technology promotion, and stakeholder collaboration, AIRSC plays a pivotal role in advancing a Zero-Accident Vision for India’s rail transport system. AIRSC works closely with railway professionals, safety regulators, academic institutions, industry experts, and disaster management authorities to develop practical, technology-driven, and human-centric safety solutions. Major AIRSC Projects & Initiatives 1. National Rail Safety Research & Development Programme AIRSC promotes scientific and evidence-based approaches to railway safety through dedicated research initiatives. Key Focus Areas • Accident causation analysis and risk mapping • Track, signaling, and rolling stock safety studies • Human factors and safety behaviour research • Safety performance benchmarking • Data-driven accident prevention models Impact • Supports policy makers and railway administrators • Improves predictive safety planning • Strengthens evidence-based decision making 2. Railway Disaster Management & Emergency Preparedness Programme This flagship initiative enhances preparedness and response capability for railway emergencies and disasters. Core Components • Disaster response planning and simulation exercises • Incident Command System (ICS) training • Multi-agency coordination frameworks • Fire, derailment, collision, and natural disaster response strategies • Emergency evacuation and rescue procedures Outcome • Improved response time and coordination • Enhanced resilience of railway systems • Reduced loss of life and property 3. National Railway Safety Training & Capacity Building Mission AIRSC conducts specialized safety education and professional training for railway personnel, contractors, and safety practitioners. Training Domains • Railway safety management systems (SMS) • Workplace safety and hazard control • Track and infrastructure safety • Electrical and mechanical safety • Safety leadership and safety culture • Occupational health & industrial safety Key Achievements • Thousands of safety professionals trained • Promotion of safety-first work culture • Standardized safety competency frameworks 4. Rail Safety Awareness & Public Safety Campaigns AIRSC runs nationwide campaigns to improve safety awareness among railway staff, passengers, and the general public. Major Campaign Themes • Level crossing safety • Anti-trespassing awareness • Passenger safety and emergency preparedness • Fire safety and onboard safety awareness • Safety behaviour and responsibility Social Impact • Reduction in preventable incidents • Improved public cooperation in safety matters • Strengthened community safety engagement 5. Technology Promotion & Safety Innovation Initiative AIRSC actively supports adoption of modern safety technologies in railway operations. Focus Areas • Automatic Train Protection (ATP) systems • Collision prevention and signaling modernization • Safety monitoring and predictive analytics • AI-based safety surveillance systems • Smart inspection and safety diagnostics Objective • Encourage modernization and digital safety transformation • Promote innovation-driven accident prevention 6. Rail Safety Audit, Risk Assessment & Consultancy Services AIRSC provides expert advisory and safety audit services for railway organizations and infrastructure projects. Services Include • Comprehensive safety audits • Risk identification and mitigation planning • Safety compliance evaluation • Accident investigation and root cause analysis • Safety improvement roadmaps Value • Strengthens organizational safety governance • Helps achieve regulatory and operational safety excellence 7. National Rail Safety Conference & Knowledge Forum AIRSC organizes annual conferences, seminars, and knowledge-sharing platforms bringing together leading safety experts and institutions. Objectives • Exchange of best practices and innovations • Presentation of research and safety case studies • Policy dialogue and strategic discussions • Networking among safety professionals Contribution • Builds a national safety knowledge ecosystem • Encourages continuous learning and collaboration 8. Safety Standards, Policy Advocacy & Strategic Advisory AIRSC contributes to development of safety frameworks, guidelines, and policy recommendations. Areas of Work • Safety standards and procedural guidelines • Safety culture and leadership development • Strategic safety planning • Advisory to institutions and safety bodies Outcome • Strengthened national safety framework • Alignment with global best practices 9. Occupational Safety, Health & Industrial Risk Reduction Programme AIRSC promotes safe working environments for railway employees and contractors. Focus • Workplace hazard management • Industrial accident prevention • PPE and safe work procedures • Health, fatigue, and human performance • Safety behaviour and leadership Result • Safer workforce and improved operational reliability 10. Vision Zero – National Railway Accident Prevention Mission AIRSC’s long-term strategic initiative aimed at achieving Zero Fatalities and Zero Major Accidents in railway operations. Strategic Pillars • Prevention through technology • Competency through training • Awareness through education • Resilience through preparedness • Leadership through safety culture Future Strategic Directions AIRSC continues to expand its role in: • Smart and Digital Railway Safety Systems • AI-based Predictive Risk Management • Advanced Disaster Simulation & Response Systems • National Safety Competency Certification • International Collaboration & Knowledge Exchange • Sustainable and Climate-Resilient Railway Safety The All India Rail Safety Council remains committed to building a Safer, Smarter, and More Resilient Railway System for India. Through its integrated approach combining research, training, technology, policy support, and public awareness, AIRSC continues to contribute significantly toward national railway safety excellence and the realization of Vision Zero – Towards Accident-Free Railways, while aligning with the national aspirations of Viksit Bharat 2047, Make in India, and Net Zero 2070.
NATIONAL INTEGRATED RAILWAY SAFETY RESEARCH PRIORITIES (NIRSRP) DRIVING NEXT-GENERATION RESEARCH FOR SMART, SAFE, SUSTAINABLE, AND FUTURE-READY RAILWAY INFRASTRUCTURE A FLAGSHIP RESEARCH FRAMEWORK OF THE RAIL SAFETY RESEARCH AND DEVELOPMENT FORUM (RSRDF) A UNIT OF THE ALL INDIA RAIL SAFETY COUNCIL (AIRSC) The National Integrated Railway Safety Research Priorities (NIRSRP) is the principal research framework of the Rail Safety Research and Development Forum (RSRDF), a unit of the All India Rail Safety Council (AIRSC). It establishes a comprehensive roadmap for multidisciplinary research that supports the continuous advancement of railway safety, infrastructure resilience, operational excellence, digital transformation, and sustainable transportation. The framework identifies strategic research priorities that will shape the future of railway engineering, intelligent infrastructure, advanced technologies, asset management, and transportation innovation. It serves as a common platform for researchers, engineers, railway professionals, policymakers, academic institutions, technology providers, industry partners, and international organisations to collaborate on solutions that address the evolving challenges of modern railway systems. With India's railway sector undergoing rapid transformation through High-Speed Rail, Metro Rail expansion, Dedicated Freight Corridors, Digital Railways, Artificial Intelligence, predictive maintenance, smart infrastructure, and sustainable mobility, the need for coordinated, research-driven innovation has never been greater. The National Integrated Railway Safety Research Priorities provide a structured and future-oriented approach for developing technologies, engineering solutions, safety standards, operational strategies, and evidence-based policies that contribute to a safer, smarter, greener, and globally competitive railway ecosystem. The programme aligns with the national priorities of Viksit Bharat 2047, Atmanirbhar Bharat, Digital India, Make in India, PM Gati Shakti, the National Rail Plan, and the United Nations Sustainable Development Goals (SDGs). Vision To establish India as a global centre of excellence in railway safety research by creating an integrated research ecosystem that drives technological innovation, engineering excellence, operational safety, and sustainable infrastructure development. Mission The National Integrated Railway Safety Research Priorities aim to: • Define strategic research directions for future railway development. • Promote multidisciplinary collaboration across engineering, technology, management, and public policy. • Encourage indigenous innovation and scientific excellence. • Accelerate the adoption of advanced digital technologies. • Improve infrastructure reliability and operational resilience. • Support evidence-based decision-making and international best practices. • Build a knowledge-driven railway sector capable of meeting future transportation demands. Strategic Research Priorities Smart Railway Infrastructure Engineering Research on intelligent railway infrastructure incorporating advanced materials, smart sensors, digital monitoring, resilient engineering, and integrated asset management to improve long-term safety, durability, and operational performance. High-Speed Rail Infrastructure Development of engineering standards, track technologies, bridge systems, signalling integration, vibration control, and maintenance strategies to support safe, reliable, and high-performance high-speed rail operations. Metro Rail Systems Research focusing on urban rail mobility, automated operations, passenger safety, energy efficiency, intelligent stations, and integrated multimodal transportation solutions for rapidly growing metropolitan regions. Structural Health Monitoring Application of advanced sensing technologies, fibre optic systems, AI-based diagnostics, and real-time monitoring for continuous assessment of bridges, tunnels, viaducts, stations, and other critical railway structures. Intelligent Asset Management Development of lifecycle asset management frameworks using predictive analytics, digital engineering, condition-based maintenance, and risk-informed investment planning to optimise infrastructure performance. Artificial Intelligence Applications Research into Artificial Intelligence and Machine Learning for predictive maintenance, intelligent signalling, operational optimisation, anomaly detection, decision-support systems, and safety risk management. Digital Twins Development of digital replicas of railway infrastructure and operational systems to enable simulation, performance analysis, predictive maintenance, engineering optimisation, and strategic planning. Internet of Things (IoT) Integration of connected sensors and smart devices to provide real-time monitoring of railway assets, environmental conditions, equipment performance, and operational safety. Predictive Maintenance Research on advanced maintenance methodologies using AI, IoT, digital twins, and analytics to predict equipment failures, reduce maintenance costs, minimise downtime, and enhance system reliability. Robotics and Automation Application of robotic technologies for infrastructure inspection, maintenance operations, tunnel assessment, hazardous environment monitoring, automated construction, and emergency response. Drone Technologies Research into unmanned aerial systems for efficient inspection of railway tracks, bridges, overhead electrification, stations, construction projects, and remote infrastructure. Satellite Monitoring Use of satellite imagery, remote sensing, and geospatial technologies for infrastructure surveillance, land management, environmental monitoring, disaster assessment, and strategic planning. Railway Cyber-Physical Systems Development of secure and integrated cyber-physical systems connecting digital platforms with physical railway assets to improve automation, operational control, safety, and cybersecurity. GIS and BIM Applications Research on Geographic Information Systems (GIS) and Building Information Modelling (BIM) for infrastructure planning, digital asset management, lifecycle engineering, project execution, and operational decision-making. Climate Adaptation Engineering research addressing the impacts of climate change through resilient infrastructure design, flood protection, landslide mitigation, heat-resistant materials, and adaptive maintenance strategies. Sustainable Engineering Promotion of environmentally responsible engineering practices, green construction materials, renewable energy integration, circular economy principles, and sustainable infrastructure management. Energy-Efficient Infrastructure Research into energy optimisation, regenerative technologies, renewable energy systems, smart power management, and low-carbon railway infrastructure to improve environmental performance. Safety Risk Analytics Development of advanced analytical models for identifying, evaluating, predicting, and mitigating safety risks through data science, artificial intelligence, and quantitative risk assessment. Infrastructure Lifecycle Management Research focused on planning, design, construction, operation, maintenance, renewal, and disposal of railway assets to maximise long-term performance, safety, sustainability, and cost-effectiveness. Future Mobility Systems Exploration of emerging transportation technologies including autonomous rail systems, connected mobility, intelligent transportation networks, multimodal integration, hydrogen propulsion, battery-electric rail systems, and next-generation passenger mobility solutions. Cross-Disciplinary Research Framework The National Integrated Railway Safety Research Priorities encourage collaboration across multiple disciplines, including: • Railway Engineering • Civil Engineering • Mechanical Engineering • Electrical Engineering • Electronics and Communication • Artificial Intelligence • Computer Science • Cybersecurity • Data Science • Environmental Engineering • Disaster Management • Transport Planning • Urban Mobility • Economics • Public Policy • Human Factors Engineering • Safety Management • Sustainability Studies Research Implementation Strategy The framework supports: • National Collaborative Research Projects • Pilot Demonstration Programmes • Technology Validation and Field Trials • Innovation Incubation • Industry-Academia Partnerships • International Research Collaboration • Centres of Excellence • Research Fellowships • Technical Publications • Standards Development • Policy Research • Knowledge Repositories • Capacity Building and Professional Development The National Integrated Railway Safety Research Priorities are designed to deliver: • World-class railway safety research. • Intelligent and resilient railway infrastructure. • Faster adoption of advanced technologies. • Stronger operational safety and reliability. • Improved asset performance and lifecycle management. • Sustainable and climate-resilient railway systems. • Enhanced passenger and workforce safety. • Increased indigenous innovation and technological self-reliance. • Greater collaboration between government, academia, and industry. • Internationally benchmarked engineering and safety practices. The future of railway transportation depends on the ability to integrate engineering excellence with digital innovation, scientific research, sustainability, and collaborative knowledge. By defining clear national research priorities, RSRDF provides a strategic framework that supports the continuous evolution of India's railway sector while addressing future mobility challenges and strengthening national infrastructure. These priorities will help create a railway ecosystem that is safer, smarter, more efficient, environmentally responsible, and globally competitive. The Rail Safety Research and Development Forum (RSRDF), under the All India Rail Safety Council (AIRSC), is committed to advancing research that delivers practical, scalable, and impactful solutions for the railway sector. Through the National Integrated Railway Safety Research Priorities, we seek to unite researchers, engineers, academic institutions, technology companies, industry leaders, policymakers, and international partners in a shared mission to shape the future of railway safety and infrastructure. Together, we are building a national research ecosystem that promotes innovation, strengthens resilience, enhances operational excellence, and contributes to India's vision of Viksit Bharat 2047—creating a railway network that is recognised worldwide for its safety, intelligence, sustainability, and engineering excellence. "Research with Purpose • Innovation with Impact • Safety without Compromise." "Advancing Knowledge to Build the Railways of Tomorrow." Dr. R. Padmanabhan Chairman All India Rail Safety Council Website: www.railsafety.co.in
RAILWAY HUMAN FACTORS RESEARCH PROGRAMME (RHFRP) ENHANCING HUMAN PERFORMANCE • STRENGTHENING SAFETY CULTURE • ADVANCING RESEARCH FOR SAFER RAILWAYS A FLAGSHIP RESEARCH INITIATIVE OF THE RAIL SAFETY RESEARCH AND DEVELOPMENT FORUM (RSRDF) A UNIT OF THE ALL INDIA RAIL SAFETY COUNCIL (AIRSC) The Railway Human Factors Research Programme (RHFRP) is a flagship multidisciplinary research initiative of the Rail Safety Research and Development Forum (RSRDF), a unit of the All India Rail Safety Council (AIRSC), established to advance scientific understanding of the human elements that influence railway safety, operational performance, organisational resilience, and decision-making. While modern railway systems increasingly rely on advanced technologies such as Artificial Intelligence, Intelligent Signalling, Predictive Maintenance, Digital Railways, High-Speed Rail, and Smart Infrastructure, people remain central to every aspect of railway operations. Human judgement, communication, leadership, teamwork, competency, situational awareness, and organisational culture continue to play a decisive role in maintaining safe and efficient railway services. The Railway Human Factors Research Programme provides a national platform for research, innovation, education, policy development, and professional collaboration to better understand how human behaviour interacts with technology, infrastructure, and operational systems. Through evidence-based research and practical recommendations, the programme aims to minimise operational risks, improve workforce wellbeing, strengthen safety leadership, and foster a proactive safety culture across the railway sector. The programme aligns with the national priorities of Viksit Bharat 2047, Atmanirbhar Bharat, Digital India, Skill India, Make in India, and the United Nations Sustainable Development Goals (SDGs) by promoting research that places people at the centre of safe, resilient, and future-ready railway systems. Vision To establish India as a global leader in railway human factors research by promoting scientific excellence, behavioural safety, leadership development, and human-centred innovation that enhances the safety, reliability, and sustainability of railway transportation. Mission The Railway Human Factors Research Programme aims to: • Advance multidisciplinary research on human performance and railway safety. • Promote evidence-based strategies for reducing human error and operational risk. • Strengthen safety leadership and organisational culture. • Improve workforce wellbeing, competence, and resilience. • Support the design of human-centred technologies and work environments. • Encourage collaboration among railway organisations, academia, industry, and research institutions. • Develop practical recommendations that improve railway operations and public safety. Strategic Objectives Human-Centred Safety Promote research that integrates engineering, psychology, ergonomics, management, and behavioural sciences to improve the interaction between people, technology, and railway operations. Operational Excellence Enhance human performance through better training, communication, teamwork, competency management, and decision-support systems. Safety Culture Development Strengthen organisational values that encourage accountability, learning, reporting, continuous improvement, and shared responsibility for safety. Workforce Wellbeing Support research on occupational health, mental wellbeing, fatigue management, stress reduction, work-life balance, and employee engagement to improve long-term operational performance. Leadership and Decision-Making Develop leadership models and decision-support frameworks that enable managers and frontline personnel to respond effectively to routine operations, emergencies, and complex operational environments. Core Research Areas The programme promotes research in: • Human Factors Engineering • Behavioural Safety • Human Reliability Analysis • Safety Culture Assessment • Leadership and Organisational Behaviour • Crew Resource Management • Human-Machine Interface (HMI) • Ergonomics and Workplace Design • Fatigue and Alertness Management • Cognitive Workload Analysis • Situational Awareness • Decision-Making Under Pressure • Communication and Team Coordination • Safety Reporting and Learning Systems • Occupational Health and Wellbeing • Competency Management • Training Effectiveness • Emergency Response Behaviour • Passenger Behaviour and Public Safety • Human Factors in High-Speed Rail and Metro Rail • Human Factors in Digital Railway Systems • Artificial Intelligence and Human Interaction • Change Management and Digital Transformation Flagship Research Initiatives The Railway Human Factors Research Programme includes: • National Human Factors Research Mission • Railway Safety Behavioural Science Initiative • Human Performance Improvement Programme • Fatigue Risk Management Research Project • Railway Leadership Excellence Programme • Safety Culture Assessment Framework • Human-Machine Interface Innovation Project • Crew Resource Management Development Initiative • Passenger Behaviour and Public Safety Study • Workforce Wellbeing Research Programme • Railway Cognitive Safety Research Centre • Human Factors Knowledge Repository Research Methodology The programme adopts an evidence-based approach using: • Field Studies • Behavioural Observation • Accident and Incident Analysis • Human Reliability Assessment • Risk Assessment Techniques • Surveys and Questionnaires • Simulation-Based Research • Laboratory Studies • Case Studies • Data Analytics • Artificial Intelligence-Based Modelling • Operational Performance Evaluation • International Benchmarking Technology Integration The programme explores how emerging technologies can support human performance through: • Artificial Intelligence Decision Support • Digital Twins for Human-Centred Operations • Virtual Reality (VR) Training • Augmented Reality (AR) Learning • Smart Wearable Technologies • Human Performance Analytics • Intelligent Fatigue Monitoring • Predictive Safety Analytics • Advanced Driver Assistance Systems • Digital Competency Assessment Platforms These technologies complement human expertise by improving awareness, decision-making, training effectiveness, and operational safety. Capacity Building The programme supports professional development through: • Professional Certification Programmes • Executive Development Courses • Human Factors Leadership Training • Research Fellowships • Faculty Development Initiatives • Technical Workshops • National and International Conferences • Student Research Competitions • Internship Programmes • E-Learning Platforms • Behavioural Safety Seminars • Knowledge Exchange Forums Research Collaboration The programme encourages collaboration with: • Indian Railways • Metro Rail Corporations • Railway Production Units • Railway Public Sector Undertakings • Research Designs and Standards Organisation (RDSO) • IITs, NITs, Universities, and Engineering Institutions • Medical and Occupational Health Experts • Psychology and Human Behaviour Research Centres • Technology Companies • Professional Engineering Institutions • Government Departments • International Railway Organisations Collaborative research ensures that findings are scientifically robust, operationally relevant, and aligned with national and international best practices. Knowledge Dissemination The programme promotes the publication and sharing of knowledge through: • Research Journals • Technical Papers • White Papers • Human Factors Guidelines • Safety Bulletins • Best Practice Manuals • Case Studies • Technical Reports • National Conferences • International Symposia • Digital Knowledge Repository • Webinars and Expert Forums Expected Outcomes The Railway Human Factors Research Programme aims to achieve: • Stronger safety culture across railway organisations. • Improved human performance and operational reliability. • Reduction in human-factor-related safety risks. • Better leadership and decision-making capabilities. • Enhanced workforce health, wellbeing, and resilience. • Improved training systems and competency management. • Human-centred technology integration. • Greater collaboration between engineering, behavioural science, and operational disciplines. • Evidence-based policy recommendations for railway safety. • Internationally recognised research in railway human factors. National Significance Human performance remains one of the most critical elements of railway safety. By understanding how people interact with technology, infrastructure, procedures, and organisational systems, India can build a railway network that is not only technologically advanced but also safer, more resilient, and more responsive to operational challenges. The Railway Human Factors Research Programme contributes to national development by creating a scientific foundation for improving safety, strengthening workforce capability, enhancing public confidence, and supporting sustainable railway growth. The Rail Safety Research and Development Forum (RSRDF) is committed to promoting research that recognises people as the cornerstone of railway safety. Through the Railway Human Factors Research Programme, we seek to unite engineers, psychologists, safety professionals, railway administrators, academic institutions, researchers, healthcare experts, and policymakers in developing practical, research-driven solutions that improve human performance and operational excellence. By combining behavioural science, engineering innovation, and professional leadership, the programme will help shape a future where every railway employee is empowered, every operational decision is informed, and every journey is safer. As India moves towards Viksit Bharat 2047, RHFRP will play a pivotal role in building a world-class railway system founded on knowledge, competence, innovation, and an enduring commitment to protecting human life. "PEOPLE FIRST • PERFORMANCE ALWAYS • SAFETY WITHOUT COMPROMISE." "UNDERSTANDING HUMAN BEHAVIOUR TO BUILD SAFER RAILWAYS." Dr. R. Padmanabhan Chairman All India Rail Safety Council Website: www.railsafety.co.in
NATIONAL RAILWAY & METRO JANAUSHADHI HEALTHCARE NETWORK PROJECT ALL INDIA RAIL SAFETY COUNCIL (AIRSC) Project Title: "National Railway and Metro Station Janaushadhi Healthcare Network Initiative" Vision Statement To establish a nationwide network of Pradhan Mantri Bhartiya Janaushadhi Kendras (PMBJKs), Railway Health Support Centres, Emergency Medical Assistance Units, and Passenger Healthcare Facilitation Services across Indian Railways and Metro Rail Systems, ensuring affordable healthcare access, emergency medical preparedness, passenger safety, and public welfare. The All India Rail Safety Council (AIRSC) proposes the establishment of Janaushadhi Kendras and integrated healthcare support facilities at: • Major Railway Stations across India • Junction Stations • Divisional Headquarters Stations • Metro Rail Stations in major metropolitan cities • Multi-modal Transport Hubs • Suburban Railway Networks The project seeks to utilize India's vast railway and metro infrastructure to deliver affordable medicines, emergency healthcare support, first-aid services, telemedicine facilities, preventive healthcare programs, and occupational health services to millions of passengers and railway employees. The initiative supports the national objectives of: • Viksit Bharat 2047 • Ayushman Bharat • Atmanirbhar Bharat • Digital India • National Health Mission • National Rail Safety Vision PROJECT JUSTIFICATION Indian Railways transports more than 23 million passengers daily. Metro Rail Systems in cities such as: • Delhi • Mumbai • Chennai • Bengaluru • Hyderabad • Kolkata • Pune • Ahmedabad • Kochi • Nagpur collectively serve millions of passengers every day. Large passenger volumes create continuous demand for: • Affordable medicines • Emergency healthcare services • Accident response support • Preventive healthcare systems • Medical assistance for elderly passengers • Women's healthcare support • Chronic disease medication availability • Occupational healthcare services for railway and metro employees The proposed network directly addresses these requirements. PROJECT OBJECTIVES Passenger Healthcare • Provide affordable generic medicines. • Offer first-aid and emergency support. • Improve passenger confidence and travel safety. • Support vulnerable passengers during travel. Railway Employee Healthcare • Occupational health monitoring. • Medical screening support. • Periodic health examinations. • Medical certification assistance. Emergency Preparedness • Railway accident response support. • Metro emergency response support. • Disaster management integration. • Medical logistics coordination. Public Health Mission • Affordable healthcare for nearby communities. • Reduced healthcare expenditure. • Improved medicine accessibility. • Increased awareness of preventive healthcare. PROPOSED INFRASTRUCTURE MODEL Tier-I Mega Railway Healthcare Centres Location: • New Delhi • Mumbai Central • Howrah • Chennai Central • Secunderabad • Bengaluru • Ahmedabad • Lucknow • Patna Facilities: • Janaushadhi Kendra • 24×7 Medical Room • Telemedicine Centre • Emergency Observation Beds • Ambulance Support • Diagnostic Services • Digital Health Records Tier-II Junction Station Healthcare Centres Facilities: • Janaushadhi Medical Store • First Aid Unit • Telemedicine Kiosk • Emergency Response Desk Tier-III Metro Station Healthcare Units Facilities: • Compact Janaushadhi Store • Emergency Medicine Counter • Health Information Desk • Automated External Defibrillator (AED) • Emergency Medical Kit NATIONAL IMPLEMENTATION PLAN Phase-I (Pilot Project) 100 Major Railway Stations 20 Metro Interchange Stations Duration: 12 Months Phase-II 500 Railway Stations 100 Metro Stations Duration: 24 Months Phase-III All Major Railway Stations Across India All Metro Networks Duration: 36–60 Months DIGITAL HEALTHCARE INTEGRATION The project should incorporate: • AI-based passenger health assistance • Digital prescription management • QR-code medicine verification • Mobile health application • Electronic medical records • Telemedicine consultations • Emergency alert integration EMPLOYMENT GENERATION Expected Direct Employment: • Pharmacists • Medical Officers • Nurses • Health Assistants • Telemedicine Operators • Data Entry Personnel • Ambulance Staff Estimated Direct Jobs: 25,000–50,000 Estimated Indirect Jobs: 1,00,000+ FINANCIAL MODEL Revenue Sources: • Janaushadhi medicine sales • Diagnostic services • Health screening programs • Telemedicine consultations • CSR partnerships • Government healthcare support schemes Potential Funding Sources: • Government of India • CSR Contributions • Public Sector Undertakings • Railway Institutions • Healthcare Partners • Development Finance Institutions RISK MANAGEMENT FRAMEWORK Key Risks: • Supply chain disruptions • Medicine stock shortages • Regulatory approvals • Cybersecurity threats • Emergency surge demand Mitigation Measures: • Multi-level inventory management • Central monitoring systems • Disaster recovery plans • Cybersecurity compliance • Medical audit mechanisms STRATEGIC RECOMMENDATIONS 1. AIRSC may establish a dedicated National Railway Healthcare Mission Cell. 2. AIRSC may seek collaboration with: • Indian Railways • Railway Board • Bureau of Pharma PSUs of India • Ministry of Health and Family Welfare • Metro Rail Corporations • State Governments 3. A National Railway Health and Medical Advisory Committee may be formed. 4. Every major railway station should have a Railway Health Support Centre integrated with the Janaushadhi outlet. 5. Metro rail systems should adopt standardized passenger healthcare protocols. 6. Emergency medicine availability should be mandatory at major stations. 7. Telemedicine services should be linked with district hospitals and railway hospitals. 8. Railway stations should become public healthcare access points under a unified national model. The proposed National Railway and Metro Janaushadhi Healthcare Network represents a transformative public welfare initiative that integrates railway safety, passenger healthcare, emergency preparedness, affordable medicines, and national healthcare accessibility under a single framework. By leveraging the reach of Indian Railways and Metro Rail Systems, AIRSC can help create one of the world's largest transport-linked public healthcare networks, benefiting passengers, railway employees, senior citizens, women, economically weaker sections, persons with disabilities, and local communities. The project directly contributes to the vision of Viksit Bharat 2047, Universal Healthcare, Safer Railways, and a Healthier India. "Every Passenger Safe, Every Journey Secure, Every Citizen Healthy."
AIRSC RAIL SAFETY NEWS is the official bi-monthly journal of the All India Rail Safety Council (AIRSC), dedicated to advancing railway safety through knowledge, research, innovation, and professional excellence. The journal serves as a premier national platform for disseminating technical knowledge, research findings, policy perspectives, industry developments, and global best practices across railway, metro rail, high-speed rail, freight transportation, logistics, and integrated mobility sectors. It promotes continuous improvement in railway safety, transport planning, infrastructure development, operational management, signalling, digital railway technologies, artificial intelligence, cybersecurity, disaster management, sustainability, and emerging innovations. Bringing together railway professionals, engineers, researchers, academicians, policymakers, industry experts, technology providers, and students, the journal encourages interdisciplinary collaboration and the exchange of practical solutions that enhance safety, efficiency, reliability, and resilience throughout the railway ecosystem. Aligned with the national visions of Viksit Bharat 2047, Atmanirbhar Bharat, Digital India, Make in India, PM Gati Shakti, the National Rail Plan, the National Logistics Policy, and the United Nations Sustainable Development Goals (SDGs), AIRSC Rail Safety News is committed to building a future-ready, technology-driven, sustainable, and globally competitive railway sector while contributing to safer railways, stronger infrastructure, and national development.
RAIL SAFETY RECRUITMENT BOARD (RSRB) A Unit of ALL INDIA RAIL SAFETY COUNCIL (AIRSC) (An Autonomous National Organization for Rail and Metro Safety Education & Awareness) www.railsafetyrecruitmentboard.com EMPLOYMENT NOTICE – CENTRALIZED VACANCY ANNOUNCEMENT 2025 Ref. No.: HO-AIRSC/CVA-2025/002 The All India Rail Safety Council (AIRSC) invites online applications from eligible Indian citizens for teaching, academic, administrative, and support positions under its national safety education initiatives, including the Rail Vidya – Children’s Safety Awareness Programme. This recruitment supports the national mission of “Safety Education for Every Citizen”, promoting safety culture, awareness, and responsible behavior across schools, institutions, and communities. Available Posts Position Qualification Age Limit Vacancies Teaching Faculty Gr-II Degree/PG in Fire & Safety Engg./Management 18–33 yrs 62 Teaching Faculty Gr-III Degree in Safety Mgmt. / D.T.Ed / B.Ed 18–33 yrs 6800 Front Office Executive Graduate with Computer & English Typing Skills 18–33 yrs 472 Office Assistant Higher Secondary / Graduate with Computer Knowledge 18–33 yrs 1325 Age relaxations as per Government of India and AIRSC norms. Important Dates • Opening Date: 24th October 2025 • Closing Date: 22nd December 2025 • Tentative Exam: January 2026 • Result Declaration: February 2026 • Document Verification & Appointment: March 2026 Application Details Apply Online: https://www.railsafetyrecruitmentboard.com/ragister.aspx Apply Between: 24.10.2025 to 22.12.2025 Application Fee: • General / OBC: ₹750 • SC / ST / Women / Ex-Servicemen: ₹375 • PwBD / Divyang: Exempted Selection Process 1. Application Scrutiny 2. Written Exam / CBT 3. Skill / Teaching Aptitude Test 4. Interview / Viva-Voce 5. Document Verification 6. Medical Fitness Postings may be anywhere across India under AIRSC projects. Important Note • Selection is purely merit-based and transparent. • No agents, middlemen, or coaching centers are authorized by AIRSC/RSRB. • Any influence or unfair means will lead to disqualification and legal action. • All updates and notifications will be published only on the official website. Contact Details Email: info@railsafetyrecruitmentboard.com Website: www.railsafetyrecruitmentboard.com Helpline: Mon–Fri, 10:00 AM – 5:00 PM Issued by: RAIL SAFETY RECRUITMENT BOARD (RSRB) (Under the Aegis of All India Rail Safety Council – AIRSC) “Empowering the Nation through Safety Education and Awareness”
Ref: HO-DEL/Notice/10/11017 Dated: 23rd October 2025 PUBLIC NOTICE IMPORTANT INFORMATION ABOUT UNAUTHORIZED AGENCIES & INDIVIDUALS It has come to the notice of the All India Rail Safety Council (AIRSC) that certain agencies and individuals are falsely claiming to offer Franchisee opportunities on behalf of AIRSC in exchange for money or other benefits. The All India Rail Safety Council hereby clarifies that no agency, company, or individual has been authorized to collect money, fees, or enter into any monetary arrangements for granting or facilitating a Franchisee. Any such claims or offers are fraudulent and unauthorized. The AIRSC will not be responsible for any loss or damages incurred through such transactions. The All India Rail Safety Council reserves the right to initiate legal proceedings, including filing police complaints, against any person or organization found involved in these deceptive activities. If you are approached by anyone requesting money or benefits in the name of AIRSC or claiming to offer a Franchisee, please report such incidents immediately to: Email: contact@railsafety.co.in Issued in the public interest by ALL INDIA RAIL SAFETY COUNCIL (AIRSC
The Central government has officially launched the "One Nation, One Subscription" (ONOS) initiative today (1 January), marking a significant step towards making world-class research and scholarly resources accessible to all government funded higher education institutions (HEIs) and research centres across India.
The AIRSC Academy of Safety and Disaster Management, functioning under the All India Rail Safety Council (AIRSC), is India’s premier institution dedicated to railway, metro, industrial safety, and disaster management education.Recognized for its academic excellence, professional training standards, and research orientation, the Academy serves as a center of excellence for developing skilled manpower capable of addressing modern safety and disaster challenges in the transport and industrial sectors.With a strong focus on Collaborative Industry-Based (CIB) Education Programs, the Academy partners with leading industries, educational institutions, and government bodies to provide students and professionals with cutting-edge learning experiences that blend theory with practical application.Our faculty includes eminent academicians, industry experts, and safety professionals, who bring years of field experience and technical expertise to the classroom.The Academy’s curriculum is aligned with the latest national and international safety protocols, ISO standards, and statutory guidelines, ensuring global relevance and professional competency.The AIRSC Academy continues to uphold the mission of the All India Rail Safety Council (AIRSC) — to build a safer, sustainable, and skilled India through education, research, and innovation in safety management.
The AIRSC Academy of Safety and Disaster Management, functioning under the All India Rail Safety Council (AIRSC), is India’s premier institution dedicated to railway, metro, industrial safety, and disaster management education.Recognized for its academic excellence, professional training standards, and research orientation, the Academy serves as a center of excellence for developing skilled manpower capable of addressing modern safety and disaster challenges in the transport and industrial sectors.With a strong focus on Collaborative Industry-Based (CIB) Education Programs, the Academy partners with leading industries, educational institutions, and government bodies to provide students and professionals with cutting-edge learning experiences that blend theory with practical application.Our faculty includes eminent academicians, industry experts, and safety professionals, who bring years of field experience and technical expertise to the classroom.The Academy’s curriculum is aligned with the latest national and international safety protocols, ISO standards, and statutory guidelines, ensuring global relevance and professional competency.The AIRSC Academy continues to uphold the mission of the All India Rail Safety Council (AIRSC) — to build a safer, sustainable, and skilled India through education, research, and innovation in safety management.
Hawksvale UK Private Limited, with its Noida-based office in Delhi NCR, is a professional organization led by renowned senior safety professionals. Their expertise spans multiple domains within the railway sector, offering solutions for Safety & digitization in Signal & Telecommunications, Engineering, Electrical, Mechanical, Security, Inventory Management for Stores, and Material Handling
This Memorandum of Understanding (MoU) marks the commencement of a strategic partnership between the All India Rail Safety Council (AIRSC) and Medhavi Skills University (MSU) with the shared vision of promoting railway safety, skill development, and academic excellence. The primary objective of this collaboration is to jointly design, develop, and deliver specialized training programs, research projects, and capacity-building initiatives focused on rail safety, modern railway technologies, and workforce development. This partnership is aligned with the evolving demands of the Indian rail sector and aims to contribute significantly to national priorities in transportation safety and vocational education.
About Medhavi Skills University (MSU) Medhavi Skills University, established in 2021 under the Medhavi Skills University, Sikkim Act, is a forward-thinking private institution headquartered in Singtam and Bermiok, Sikkim. The university is spearheaded by Chancellor Mr. Pravesh Dudani, Pro-Chancellor Mr. Kuldeep Sharma, and Vice Chancellor Dr. Amiya Singh. MSU is recognized by the University Grants Commission (UGC), National Council for Vocational Education and Training (NCVET), and the National Skill Development Corporation (NSDC). It proudly holds the distinction of being India’s first Skills University offering industry-immersive degree programs, in alignment with the National Education Policy 2020 (NEP 2020). The university’s innovative academic model is designed to integrate practical, hands on learning with industry collaboration, ensuring that students are equipped with the skills necessary for impactful, real-world careers.
Austin University is a prestigious nonprofit higher education institution based in Silicon Valley, USA. Committed to academic excellence and innovation, the university is approved by the United States Department of Education and holds international accreditation from the UK’s CIQG (Council for International Quality Group). Additionally, Austin University is a proud member of the British Quality Foundation (BQF), demonstrating its dedication to maintaining the highest educational and operational standards. Global Recognition and Accreditation Austin University operates on a global scale, ensuring that its curriculum, faculty, and academic programs meet internationally recognized standards. With accreditations and affiliations spanning the United States, United Kingdom, and beyond, we provide students with an education that is both globally relevant and industry-oriented.
THE ALL INDIA RAIL SAFETY COUNCIL (AIRSC) PROVIDES A PREMIER PLATFORM THROUGH ITS CONFERENCES AND SEMINARS FOR THE EXCHANGE OF KNOWLEDGE, EXPERIENCE, AND BEST PRACTICES AIMED AT ADVANCING THE CAUSE OF RAIL SAFETY AND OPERATIONAL EXCELLENCE. THESE EVENTS ARE EXCLUSIVELY DEDICATED TO ADDRESSING CRITICAL SAFETY ISSUES, INNOVATIVE TECHNOLOGIES, AND STRATEGIC APPROACHES WITHIN THE RAIL SECTOR. THROUGH ITS CONFERENCES, AIRSC PLAYS A PIVOTAL ROLE IN CONTRIBUTING TO THE CONTINUOUS IMPROVEMENT OF RAILWAY SAFETY AND PERFORMANCE ACROSS THE NATION
The Viksit Bharat 2047 (Railway Safety Vision) is a long-term strategic roadmap initiated by the All India Rail Safety Council (AIRSC), aligned with the national goal of making India a fully developed nation by the centenary of its independence in 2047. This vision outlines a comprehensive, multi-phased approach to transform Indian Railways into one of the safest, most modern, and globally benchmarked transportation systems in the world
The Indian Railways is not merely a mode of transport—it is a strategic force driving economic growth, urban transformation, and environmental sustainability. Through visionary reforms, technological innovation, and deep-rooted collaboration between public and private stakeholders, we are building a future-ready rail ecosystem that is safe, smart, and sustainable
THE RAIL SAFETY RECRUITMENT BOARD (A UNIT OF ALL INDIA RAIL SAFETY COUNCIL) CAN HELP YOU RECRUIT FOR PERMANENT SAFETY POSITIONS Many companies struggle with recruiting safety professionals. It can be difficult to evaluate which candidates truly have the qualifications to match your needs. The expert safety recruiters at All India Rail Safety Council can help. We will quickly provide you with qualified candidates who have experience in your specific business. Our well-networked safety recruiters fill positions worldwide
RAIL VIDYA is a dedicated child safety education initiative by the All India Rail Safety Council, aimed at nurturing a culture of safety awareness among school childrens. It recognizes that safety education is a collective responsibility of all members of the school community—both teaching and non-teaching staff. Delivered through both formal lessons and informal activities, the programme is designed to make safety an integral part of school life.
The Rail Safety Research & Development Forum Programme stands as a cornerstone initiative of the All India Rail Safety Council, promoting excellence, innovation, and safety leadership in the rail industry
INDIAN RAILWAYS HERITAGE AND RAIL MUSEUMS A STUDENT’S GUIDE Indian Railways is not just a means of transportation—it is a living symbol of India’s progress, unity, and rich cultural legacy. Understanding its heritage gives students valuable insights into the country’s industrial evolution, technological advancement, and historical milestones
Safety and security management is a crucial aspect of metro rail operations, ensuring the well-being of passengers, employees, and infrastructure. Given the high volume of daily commuters and the complexity of metro rail systems, effective safety and security measures are essential for smooth and uninterrupted operations. Below are the key reasons why safety and security management is critical in the metro rail sector.
THE PRIVATE SECURITY OFFICER BASIC TRAINING PROGRAM IS DESIGNED TO PROVIDE FOUNDATIONAL KNOWLEDGE, SKILLS, AND BEST PRACTICES ESSENTIAL FOR INDIVIDUALS ENTERING THE PRIVATE SECURITY INDUSTRY. THE PROGRAM EQUIPS TRAINEES WITH THE TOOLS NECESSARY TO EFFECTIVELY PERFORM THEIR DUTIES WHILE ADHERING TO LEGAL, ETHICAL, AND PROFESSIONAL STANDARDS. THE CURRICULUM EMPHASIZES SAFETY, SITUATIONAL AWARENESS, AND PROACTIVE DECISION-MAKING, ENSURING THAT SECURITY OFFICERS ARE WELL-PREPARED TO ADDRESS A VARIETY OF SCENARIOS IN DIVERSE ENVIRONMENTS
Ensuring safety in industries, workplaces, and communities requires specialized education and training. AIRSC Academy of Safety and Disaster Management is committed to providing cost effective, high-quality education in safety management to equip professionals with the necessary skills and knowledge to prevent and mitigate risks effectively
Fire safety is a critical aspect of workplace safety, and knowledge of proper fire prevention and response measures is essential for all workers. Failure to adhere to established fire safety rules and protocols can lead to catastrophic consequences, including loss of human lives, destruction of property, financial losses, and damage to an organization’s reputation. Recognizing the importance of fire safety in various industries, we have developed a structured and in-depth training program designed to equip individuals with the necessary skills and knowledge to become complete fire safety professionals
At All India Rail Safety Council, we are committed to ensuring the highest standards of safety in the rail industry. Our expert team provides a comprehensive range of services to enhance operational safety, mitigate risks, and ensure compliance with regulatory requirements
The Fire Safety Training Course offered by AIRSC Academy of Safety and Disaster Management is designed to equip participants with essential knowledge and practical skills to effectively manage fire safety in the workplace. This comprehensive training program covers fire prevention, emergency response planning, regulatory compliance, and the proper use of fire safety equipment.
Railways are the lifeline of India's transport infrastructure, moving millions of people and tonnes of freight daily. However, this vast and complex network comes with significant safety challenges. Rail safety courses play a critical role in ensuring that the Indian Railways operate efficiently, securely, and with minimal risk to passengers, staff, and infrastructure. Here’s why rail safety courses are crucial in the Indian context
About the Scheme The “Prime Minister’s Internship Scheme” (PMIS) is a landmark initiative launched by the Ministry of Corporate Affairs, Government of India, aimed at empowering one crore Indian youth through industry-based internship opportunities over the next five years. The All India Rail Safety Council (AIRSC) proudly organizes and facilitates this scheme across the country, ensuring active participation of youth in top 500 reputed Indian companies. This prestigious national internship programme offers a 12-month hands-on learning experience in real-time business environments, providing exposure to diverse sectors and practical employment opportunities. The scheme serves as a bridge between academic education and professional employability, enhancing youth skills, knowledge, and readiness for the modern industry landscape.
CERTIFICATE COURSE IN METRO RAIL SAFETY & SECURITY MANAGEMENT
CERTIFICATE COURSE IN METRO RAIL SAFETY & SECURITY MANAGEMENT
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