What does it mean to be truly healthy? This question has puzzled philosophers, physicians, and public health experts for centuries. The answer has evolved dramatically-from viewing health simply as the absence of illness to understanding it as a dynamic interplay between body, mind, society, and environment. Understanding these philosophical shifts is essential for anyone working in healthcare, urban planning, or smart city development, where community wellbeing is a central concern.

Table of Contents

The traditional medical concept of health

The oldest and most influential framework for understanding health is the biomedical model. This approach, which dominated Western medicine from the 19th century onward, defines health purely as the absence of illness. Under this model, the physician’s primary role is to identify specific diseases and treat them using biological interventions such as surgery, medication, or other therapies aimed at correcting physical dysfunction.

The biomedical model gained momentum during the Scientific Revolution when advances in germ theory and cellular pathology transformed medicine. Pioneers like Louis Pasteur and Rudolf Virchow demonstrated that diseases could be traced to specific biological causes-bacteria, viruses, or damaged cells. This discovery was revolutionary: if you could identify and eliminate the pathogen, the patient would be healthy again.

Core assumptions of the biomedical approach

The traditional medical model rests on several key assumptions. First, it maintains that all illness has a single underlying cause, which is always biological. Second, it views the body as a machine-when something breaks, a medical professional fixes it. Third, it creates a strict separation between mind and body, assuming that physical ailments do not significantly interact with mental states.

This reductionist view also placed responsibility for health squarely on clinical professionals. Curing disease became exclusively a task for medical professionals and technology, with patients as passive recipients of treatment rather than active participants in their own wellbeing.

Limitations of the disease-focused view

While the biomedical model has contributed to remarkable medical advances-vaccines, antibiotics, surgical techniques-it leaves no room for social, psychological, and behavioural dimensions of illness. Psychiatrist George Engel famously highlighted a troubling paradox: under this model, some people with positive laboratory findings are told they need treatment when they feel perfectly well, while others who feel genuinely sick are assured nothing is wrong.

The model also struggles to explain conditions without clear physiological markers-chronic pain syndromes, mental health disorders, or the simple reality that people can feel ill without having any detectable disease. By focusing exclusively on eliminating pathogens, it often overlooks why people became vulnerable to illness in the first place.

The World Health Organization’s revolutionary definition

In 1948, the newly formed World Health Organization proposed a definition that fundamentally challenged the disease-centred view. The WHO Constitution declared health to be “a state of complete physical, mental and social well-being and not merely the absence of disease or infirmity.” This was radical: for the first time, an authoritative global body acknowledged that health encompasses far more than functioning organs.

The WHO definition introduced several groundbreaking ideas. It explicitly linked health with wellbeing and conceptualised health as a human right requiring both physical and social resources to achieve. The word “wellbeing” signalled something positive-not just the absence of problems, but the presence of something good.

What “complete” really means

Critics have sometimes accused the WHO definition of being utopian. If health requires complete wellbeing, doesn’t that leave most people unhealthy most of the time? However, scholars argue that “complete” was intended qualitatively, not quantitatively. Rather than demanding perfect health, the definition suggests that true health must address all three dimensions-physical, mental, and social-together. Think of it like a complete meal: it needs protein, vegetables, and carbohydrates, but no single portion needs to be unlimited.

This interpretation frames the WHO definition as advocating for holistic health rather than perfect health. It recognises that treating a broken leg while ignoring depression, or addressing anxiety while neglecting malnutrition, produces incomplete care.

Mental health as integral, not optional

One profound implication of the WHO framework is that mental health is more than just the absence of mental disorders. Mental wellbeing means that individuals can realise their abilities, cope with normal life stresses, work productively, and contribute to their communities. This perspective has driven the global movement toward “parity of esteem”-treating mental health as equally important as physical health in policy and practice.

From state to resource: The Ottawa Charter evolution

The WHO revisited its definition in 1984 and again in 1986 with the Ottawa Charter for Health Promotion. This document reframed health as “a resource for everyday life, not the objective of living”-emphasising social and personal resources alongside physical capabilities. Health became something that helps people live well, rather than an end goal in itself. This shift acknowledged that health is dynamic: people move toward and away from optimal wellbeing throughout their lives, and the goal is to build resilience and adaptive capacity.

The ecological concept of health

While the WHO definition expanded health beyond the physical body to include mental and social dimensions, the ecological concept goes further still-positioning health within the broader context of environmental systems. This perspective recognises that human health has ecological foundations and that our wellbeing is intimately connected to the health of the environments we inhabit.

The ecological approach views health as fundamentally relative and contextual. What constitutes good health for one person in one environment may differ significantly from another. A subsistence farmer in a rural village and an office worker in a dense city face different environmental challenges, have access to different resources, and define flourishing in different ways.

The environment-health interrelationship

Ecological models recognise multiple levels of influence on health behaviours, including individual factors, interpersonal relationships, institutional policies, community norms, and broader public policy. This framework highlights how people constantly interact with their physical and sociocultural environments, and how those interactions shape health outcomes.

Consider how air quality affects respiratory health, how access to green spaces influences mental wellbeing, how neighbourhood safety determines physical activity levels, or how social cohesion supports resilience during crises. Health is ecological in that it is fundamentally linked to the places we live.

From individual to system

The ecological perspective challenges the notion that health is purely an individual responsibility. Integrating human, animal, and ecosystem health disciplines offers a better response to today’s complex health challenges-from climate change affecting disease patterns to biodiversity loss disrupting food systems to urbanisation creating new mental health pressures.

This systems thinking has given rise to concepts like “One Health” and “Planetary Health,” which recognise that human wellbeing cannot be separated from the health of animals and ecosystems. When we pollute waterways, deforest landscapes, or destabilise climate systems, we are not only harming nature-we are undermining the ecological foundations of our own health.

Implications for smart cities and communities

For planners and policymakers working on smart city development, the ecological health perspective is particularly valuable. It suggests that healthy communities require more than hospitals and clinics-they need clean air, safe water, accessible green spaces, walkable neighbourhoods, strong social networks, and sustainable relationships with surrounding ecosystems. Technology can support these goals, but only when guided by an understanding of health as emerging from the complex interplay between people and their environments.

Moving toward integration

These three philosophical approaches-biomedical, holistic, and ecological-are not mutually exclusive. Modern public health increasingly recognises that effective care requires all three lenses. The biomedical model remains essential for diagnosing and treating specific diseases. The WHO’s holistic framework reminds us to address mental and social dimensions alongside physical ones. And the ecological perspective situates all of this within environmental and systemic contexts that shape health outcomes.

The evolution from viewing health as merely the absence of disease to understanding it as dynamic wellbeing within social and ecological systems represents one of the most important conceptual shifts in modern medicine and public health. It calls for collaboration across disciplines-medicine, psychology, sociology, urban planning, environmental science-and for policies that address root causes rather than just treating symptoms.

What do you think? How might your local community better integrate these different dimensions of health-physical, mental, social, and ecological-into its planning and services? And as smart technologies increasingly shape our cities and villages, how can we ensure they serve all aspects of human wellbeing rather than just efficiency?

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References
  1. https://en.wikipedia.org/wiki/Biomedical_model
  2. https://pmc.ncbi.nlm.nih.gov/articles/PMC535463/
  3. https://link.springer.com/chapter/10.1007/978-3-030-41239-5_5
  4. https://pmc.ncbi.nlm.nih.gov/articles/PMC5746722/
  5. https://www.who.int/about/governance/constitution
  6. https://www.healthknowledge.org.uk/public-health-textbook/medical-sociology-policy-economics/4a-concepts-health-illness/section2/activity3
  7. https://pmc.ncbi.nlm.nih.gov/articles/PMC10849326/
  8. https://www.who.int/data/gho/data/major-themes/health-and-well-being
  9. https://www.ncbi.nlm.nih.gov/books/NBK591719/
  10. https://en.wikipedia.org/wiki/Ecological_health
  11. https://www.ruralhealthinfo.org/toolkits/health-promotion/2/theories-and-models/ecological
  12. https://www.urbanhealthcouncil.com/what-is-ecological-health
  13. https://pmc.ncbi.nlm.nih.gov/articles/PMC7089083/

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Introduction to Smart Regions (Smart Cities and Smart Villages)

1 City Planning โ€“ History and Theory

  1. Concept of Region and Regional Planning
  2. Urban and Rural (Village) Settlements
  3. Theories and Models
  4. Historical Background of Cities

2 Socio-Economic Basis for Cities

  1. Concept and Introduction of Socio-economic Basis of Cities
  2. Community and Settlements
  3. Concept of Micro and Macro Economics
  4. Social Problems of Slums and Squatter Communities
  5. Marginalization and the Concept of Inclusive Planning
  6. Gender Concerns in Planning
  7. Social Planning and Policy
  8. National Commission on Urbanisation
  9. Nature and Function of the Urban Real Property Market
  10. Some Macroeconomic Identities

3 Concepts for Cities

  1. Concepts of Sustainability
  2. Energy Efficient City
  3. Climate Change
  4. Resilient Cities
  5. Livability
  6. Inclusivity
  7. Safety and Security in City
  8. Organizational Setup- Governance and Administration
  9. Basic Infrastructure Provision in City
  10. CSR
  11. Carbon Credits

4 Smart City

  1. Introduction
  2. What is a Smart City?
  3. Definition of Smart City
  4. Key Features of Smart City
  5. Components of Infrastructures needed for Smart City
  6. Smart Solutions for a Smart City
  7. E-governance and Citizen Services
  8. Land Use
  9. Objectives of a Smart City
  10. Steps towards a Smart City
  11. Governance, Management and Operations
  12. Framework of Data and Information
  13. Connectivity, Accessibility and Security Framework
  14. Smart City and Technology Infrastructure Layer
  15. Leveraging the Smart City Framework
  16. Applicability of a Smart City
  17. Essential Features of a Smart City Proposal
  18. Additional Preferable items to be added in the Application
  19. Smart Challenges and Opportunities
  20. Evaluating the Effectiveness on Investments
  21. Smart City Management and Governance
  22. Barcelona: World’s Smart City

5 Planning Techniques and Analysis

  1. Survey Techniques and Mapping
  2. Geographic Information System
  3. Analytical Methods
  4. Planning Standards

6 Physical Infrastructure-I- Water Supply, Stormwater, and Solid Waste Management

  1. Smart Infrastructure
  2. Smart Water Management
  3. Smart Stormwater Management
  4. Smart Waste Management

7 Physical Infrastructure-II- Roads and Transportation, Energy and ICTs

  1. Smart Transportation Systems
  2. Smart Energy Systems
  3. Information and Communication Technologies for Smart Cities

8 Social Infrastructure

  1. Health: Meaning and Philosophy of Health
  2. Urban Lifestyle and Health Issues
  3. Health Status in Urban India
  4. Medical and Health Facilities in Urban Areas
  5. National Health Policy
  6. National Health Programmes in Urban India
  7. Challenges of Healthy Urbanites-Geriatric Care
  8. Education: Meaning and Philosophy of Education
  9. Professional, Vocational and Technical Education in Urban India
  10. Education for Slum Areas
  11. Education Institutions in Urban Areas
  12. National Education Policy
  13. Education for Increasing Civic Sense
  14. Challenges Before Educational Administration in Urban India
  15. Health and Education Infrastructure Standards as oer URDPFI Guidelines
  16. What are Healthy Cities, Liveable and Lovable Communities?
  17. Security Alarm Systems
  18. CCTV Surveillance
  19. Video Door Phone
  20. Perimeter Fencing
  21. Non-Emergency Alerts
  22. Fire Protection Systems
  23. Mobile App Based Solutions: Hybrid Intrusion Alarm Systems & Sim Based Solutions: Wireless Intrusion Alarm Systems
  24. AI And IoT Applications for Safety and Security in Smart Cities

9 Village Planning- History & Theory, Socio-economic Basis for Villages

  1. Strategies for Rural Development
  2. Structure of Rural Economy
  3. Society in Rural India
  4. Land Reforms in Independent India
  5. Green Revolution and its Socio-Economic Consequences
  6. Transformations in Rural Society after Independence
  7. Circulation of Labour And Rural-Urban Migration
  8. Globalisation, Liberalisation and Rural Society

10 Concepts of Villages and Smart Villages

  1. Definition and Characteristics of a Village
  2. Classification of Rural Settlements
  3. Settlement System: Models and Theories
  4. Spatial and Economic Problems of Rural Settlements
  5. Smart Village
  6. Initiatives Taken by The Indian Government
  7. Smart Villages and The Role of Innovation

11 Physical Infrastructure in Smart Villages

  1. Infrastructure Provision and Rural Development
  2. Water and Sanitation
  3. Rural Roads
  4. Electricity
  5. Health and Education Infrastructure in Rural Areas
  6. Some Initiatives by the Government and Community to Develop Rural Infrastructure
  7. Benchmarking

12 Community Participation in Development of Smart Villages

  1. Panchayati Raj System
  2. Constitutional Provision for Planning at Block and District Level
  3. Decentralized Planning in India
  4. Gram Panchayat Development Plan (GPDP)
  5. Planning by Intermediate Panchayat (IP) and District Panchayat (DP)
  6. Importance of Planning at Block and District Levels
  7. Convergence of Panchayat and SHG Collectives for Participatory Planning at Block and District Levels: Important Step for Smart Village Development
  8. Support Systems
  9. Process for District Development Plan
  10. Methods for Participatory Planning
  11. Schemes in Rural Areas and their Expected Outcomes

13 Public Policies and Acts

  1. Smart City Framework: Where to Start?
  2. Smart City Framework
  3. Regulatory Framework
  4. Governance
  5. Public Policy
  6. Policy Principles for Smart Cities
  7. Policies and Acts
  8. Transportation Policy

14 Public Schemes- GOI

  1. Smart Cities Mission
  2. Digital India
  3. Atal Mission for Rejuvenation and Urban Transformation (AMRUT)
  4. Deendayal Antyodaya Yojana – National Urban Livelihoods Mission (DAY-NULM)
  5. Heritage City Development and Augmentation Yojana (HRIDAY)

15 Energy Policy

  1. Energy Policy: An Introduction
  2. Considerations underlying Energy Policy Formulation
  3. Energy Policy vis-a-vis Environment and Development
  4. International Environmental and Energy Policies
  5. Energy Policies in the SAARC Region

16 Clean Water and Wastewater Policies

  1. Water and Health
  2. Economic and Social Effects of Water
  3. Challenges in Water Management
  4. Opportunities in Wastewater Management
  5. Need for Wastewater Treatment
  6. Effects of Wastewater Pollutants
  7. Role of Wastewater in Cities
  8. Role of Wastewater in Industries
  9. Role of Wastewater in Agriculture
  10. United Nations Water Policies
  11. World Health Organisations Role on Water Quality
  12. Water Enforcement by USEPA
  13. European Legislation