Development Approach

A focus group discussion (FGD) is a qualitative, participatory method of collecting information in which a small group of people with similar background or experience discuss a specific topic under the guidance of a trained facilitator (moderator). It is widely used in PRA and in community development and social research.

Features:

• Group size of about 6–12 participants, usually homogeneous (e.g. only women, only farmers, only youths) so that people speak freely.
• A facilitator guides the discussion using a checklist of open-ended questions; a note-taker records the discussion.
• Usually lasts 1–2 hours in a comfortable local place.
• Participants interact with each other, so opinions, beliefs and reasons come out, not just yes/no answers.

Steps: define the objective → select participants → prepare the guide questions → conduct the discussion (introduction, main questions, summary) → record → analyse and report.

Uses: identifying community needs and problems, getting feedback on a proposed project (e.g. a drinking water scheme or road alignment), evaluating a project, understanding attitudes about health and sanitation.

Advantages: quick and low-cost; gives in-depth views; involves people and builds ownership; useful for illiterate respondents.

Limitations: dominant persons may control the discussion; results cannot be generalised statistically; needs a skilled facilitator; sensitive issues may not be discussed openly.

The LEP approach (Labour-based, Environment-friendly and Participatory approach) is a development approach for local infrastructure (rural roads, trails, bridges, irrigation, drinking water) that uses local labour as the main resource, protects the environment and involves the local community in all stages of the project. In Nepal it is adopted in the Local Infrastructure Development Policy, 2061 (2004) and applied in rural road and trail programmes.

Components

• L – Labour-based: local labour is the main resource; light equipment is used only where labour cannot give the required quality (e.g. compaction). Money spent goes to local workers as wages.
• E – Environment-friendly: the work causes minimum damage to nature: balanced cut and fill, no dumping of spoil down slopes, proper drainage, bio-engineering (planting grass, bamboo, shrubs on slopes), gradual construction to let slopes stabilise, and use of local materials.
• P – Participatory: the beneficiaries take part in all stages – selection, planning, design, construction, monitoring, and operation and maintenance – usually through a users' committee, with public hearings and public audits.

Examples

• Green roads in Nepal: rural roads built by local labour with balanced cut and fill, side drains and bio-engineering, introduced in the hills (e.g. in Dhading and other districts with support from GTZ and SDC) and later applied by DoLIDAR programmes such as the Rural Access Programme and DRILP.
• Trail bridges: local communities carry materials and provide labour; users' committees maintain the bridge.
• Community drinking water schemes and small irrigation canals built by users' committees with local labour and cost sharing.
• Rural Community Infrastructure Works (RCIW) using food/cash for work.

Advantages

1. Creates local employment and cash income; reduces poverty.
2. Low cost and less foreign exchange (fewer imported machines and fuel).
3. Environment protection: fewer landslides and less erosion, less forest damage.
4. Ownership and sustainability: people who build it maintain it.
5. Skill development of local workers and capacity of users' committees.
6. Transparency and good governance through public audits.
7. Suits remote, steep terrain where machines cannot reach.
8. Inclusion of women, poor and marginalised groups through job quotas.
9. Projects match the real needs of the community.

Disadvantages

1. Slow progress; not suitable for large, urgent or highly technical works.
2. Quality control is difficult if workers are unskilled or supervision is weak.
3. Needs strong management and social mobilisation; more time spent in meetings.
4. Possible political interference and capture by local elites in users' committees.
5. Labour shortage in villages due to foreign migration; wage rates rise.
6. Work may be seasonal (farming seasons, monsoon).
7. Not suitable for heavy works like highways, tunnels, large bridges.
8. Risk of misuse of funds if public auditing is weak.

The participatory development approach is an approach in which the people affected by a development activity take an active part in all its stages: need identification, planning, decision making, resource mobilisation, implementation, monitoring and evaluation, and operation and maintenance. It is a bottom-up approach, in contrast to the top-down approach in which plans are made by central authorities and imposed on people.

Principles and features

• People-centred: development is done with people, not for them.
• Felt needs: projects come from the community's own priorities.
• Use of local knowledge, labour and resources.
• Inclusion and equity: women, Dalits, poor, indigenous and disabled people are included.
• Transparency and accountability: public hearing, public audit, open accounts.
• Cost sharing in cash, labour or materials, building ownership.
• Empowerment: capacity building and leadership development of local people.
• Flexibility: learning by doing and adjusting plans.

Stages of participation

1. Identification of problems and needs (PRA, FGD, mapping)
2. Planning and design (with technical help from engineers)
3. Formation of users' committee and resource mobilisation
4. Implementation using local labour
5. Monitoring and public audit
6. Operation and maintenance by users
7. Evaluation and learning

Tools used

Participatory Rural Appraisal (PRA), focus group discussion, social and resource mapping, transect walk, wealth ranking, seasonal calendar, Venn diagram, key informant interview.

Examples from Nepal

• Community forestry: community forest user groups (CFUGs) protect and manage national forests handed over to them; forest cover has improved in the middle hills.
• Drinking water schemes: users' committees build gravity-flow water schemes with their labour and maintain them through user fees (e.g. RWSSFDB/ Fund Board model).
• Farmer-managed irrigation systems (FMIS): farmers build and run canals themselves.
• Rural roads and trail bridges under the LEP approach.
• Micro-hydro owned and operated by communities.
• Ward-level planning: municipalities prepare annual plans through settlement- and ward-level meetings.

Advantages

• Projects match real needs; better use of funds
• Ownership and sustainability; better maintenance
• Lower cost; local employment
• Empowerment, social inclusion and transparency

Limitations

• Time consuming; slow decisions
• Elite capture and political influence
• Conflicts within the community
• Needs skilled facilitators

The participatory approach makes development sustainable because the people who benefit are also the ones who plan, build and care for it.

Resource mapping is a PRA (Participatory Rural Appraisal) tool in which local people themselves draw a map of their village or area showing natural and physical resources such as land, forest, water sources, rivers, farmland, grazing land, roads, trails, schools and health posts. It is drawn on the ground or on paper using local materials and is then copied by the facilitator.

Why resource mapping is carried out

1. To know the available resources: location, amount and condition of land, water, forest and infrastructure.
2. To understand resource use and ownership: who uses which resource, and which are community or private.
3. To identify problems and needs: e.g. lack of drinking water, landslide-prone areas, eroded land, missing trail bridges.
4. To plan development projects: helps choose sites for water schemes, irrigation canals, roads and schools.
5. To use local knowledge: villagers know their area better than outsiders.
6. To encourage participation: even illiterate people can take part; it starts discussion and builds ownership.
7. For natural resource management and conflict resolution: shows boundaries and areas of competition.
8. Baseline for monitoring: later maps show change over time.

Example: Before designing a gravity-flow water supply, villagers map all springs, existing taps, settlements and households so the engineer can plan intake and tap locations fairly.

Key features of the LEP approach

The LEP (Labour-based, Environment-friendly and Participatory) approach is used in Nepal for local infrastructure (Local Infrastructure Development Policy, 2061).

• Labour-based: local labour as main input; light equipment only where needed; wages stay in the community.
• Environment-friendly: balanced cut and fill, proper drainage, bio-engineering, no spoil dumping, use of local materials (e.g. green roads).
• Participatory: community involved in planning, implementation, monitoring and maintenance through users' committees.
• Low cost, low import dependence.
• Transparency through public hearing and public audit.
• Inclusion of women and poor in jobs and committees.
• Local ownership and sustainability.

Engineers as facilitators in community management

• Technical guidance: survey, design and cost estimates simplified for users.
• Listening and need assessment: using PRA, FGD and mapping to understand local priorities.
• Training: building skills of workers and users' committees in construction, quality control, book-keeping and maintenance.
• Bridging: linking community with government, local bodies and donors.
• Supervision and quality control while letting the community lead.
• Conflict resolution and promoting inclusion and transparency.
• Handover of operation and maintenance to the users.

Community

A community is a group of people living in a common area or sharing common interests, culture, resources or problems, who interact with each other and have a sense of belonging. Example: a village, a ward, or the users of a drinking water scheme.

Community management

Community management is the process in which the community itself takes responsibility and authority for planning, building, operating, maintaining and managing a development facility or resource, usually through a users' committee or group. Example: community forest user groups and drinking water users' committees in Nepal.

Community empowerment

Community empowerment is the process of increasing the capacity, confidence, knowledge and decision-making power of the community so that they can identify their own problems, mobilise resources and control their own development. It includes awareness, organisation, skills, access to resources and participation in decisions.

Role of engineer as facilitator (with examples)

An engineer in community development should not only design and build but should facilitate, i.e. help the community to make and carry out its own decisions.

1. Need identification: uses PRA tools (FGD, resource mapping, transect walk) to find real priorities. Example: in a hill village, mapping shows drinking water is the top need, not a road.
2. Technical advice in simple language: explains options, costs and risks so users can choose. Example: explaining gravity-flow vs lift water supply.
3. Appropriate technology: chooses low-cost, locally maintainable designs such as micro-hydro or gabion structures.
4. Training and capacity building: trains masons, caretakers and committee members in construction, quality checks, book-keeping and maintenance. Example: training a village maintenance worker for a water scheme.
5. Organising users' committees with inclusion of women and marginalised groups.
6. Mobilising local resources: labour, materials and cost sharing.
7. Linking with outside agencies: municipalities, government offices and NGOs for funds and approvals.
8. Supervision and quality control while leaving management to the community.
9. Promoting transparency: public hearings, public audits and display boards.
10. Conflict management: resolving disputes over alignment, land or water sharing.
11. Handover and follow-up: ensuring an O&M fund and plan exist.

Through this role, the engineer makes the project technically sound and socially owned, so it lasts longer.

Community management is the approach in which the beneficiary community takes ownership, responsibility and control of a development project or resource – deciding, planning, building, operating, maintaining and financing it – usually through a users' committee or user group. Examples in Nepal: community forest user groups, drinking water and sanitation users' committees, farmer-managed irrigation systems and community micro-hydro.

Key elements: community ownership, local decision making, cost sharing, local O&M, transparency (public audit), inclusion of women and marginalised people.

How an engineer can facilitate community management

• Participatory need assessment using PRA tools (FGD, resource mapping, transect walk).
• Explaining technical options in simple language so the community can choose.
• Choosing appropriate technology that local people can operate and repair.
• Helping form an inclusive users' committee and define roles.
• Training workers, caretakers and committee members in construction, quality control, record keeping and maintenance.
• Mobilising local labour and materials and linking with municipalities, government and NGOs for funds.
• Supervising quality while letting the community lead.
• Ensuring transparency via public hearings, public audits and information boards.
• Resolving conflicts and helping set up an O&M fund and plan before handover.

Example: For a gravity water scheme, the engineer surveys sources with villagers, designs it, trains a local maintenance worker, and helps the committee fix a monthly tap fee for repairs.

The participatory approach is a bottom-up development approach in which the local people take an active part in identifying needs, planning, decision making, implementation, monitoring and maintenance of development activities. It treats people as partners and builds their ownership and capacity.

Four participatory tools used in community empowerment

1. Focus group discussion (FGD): a guided discussion with 6–12 people of similar background (e.g. women or farmers) to learn their views, needs and problems. It gives voice to groups who may not speak in large meetings.
2. Resource mapping: villagers draw a map of their area showing land, forests, water sources, roads and services. It helps identify resources, problems and sites for projects, using local knowledge.
3. Social mapping and wealth ranking: villagers map households and rank them by wealth/wellbeing using local criteria. This identifies poor and marginalised families so that benefits and jobs can be targeted to them.
4. Transect walk: facilitators and villagers walk across the area, observing and discussing land use, soil, water, crops and problems. It verifies the maps and shows real conditions.

Other tools: seasonal calendar, Venn (chapati) diagram, timeline/historical profile, key informant interview, problem ranking.

How they empower: people analyse their own situation, set priorities, gain confidence and skills, and make decisions themselves.

The participatory approach is a development approach in which the community (beneficiaries) is actively involved in all stages of a project – need identification, planning, decision making, implementation, monitoring, evaluation and operation and maintenance. It is a bottom-up approach where people are partners, not passive receivers.

How it empowers the community

1. Decision-making power: people choose their priorities and plans through meetings, PRA and users' committees.
2. Awareness and knowledge: participation in surveys, trainings and discussions increases knowledge of rights, resources and technical matters.
3. Skills and capacity: members learn construction, management, book-keeping and maintenance.
4. Leadership: committee roles develop local leaders, including women and Dalits.
5. Control of resources: communities manage funds, forests, water or infrastructure (e.g. community forest user groups in Nepal).
6. Ownership and self-reliance: cost sharing and labour contribution create ownership; people maintain assets without depending on government.
7. Transparency and accountability: public hearings and public audits let people hold leaders responsible.
8. Social inclusion: reserved positions and targeted benefits raise the voice of marginalised groups.
9. Income: local labour and enterprise raise household income.

Example: In a drinking water users' committee, villagers decide tap locations, contribute labour, collect user fees and repair the system, gaining confidence to take up further projects.

LEP

LEP stands for Labour-based, Environment-friendly and Participatory approach. It is a development approach for local infrastructure (rural roads, trails, bridges, small irrigation and water supply) that uses local labour as the main resource, causes minimum harm to the environment, and involves the beneficiary community in all stages of the project. Nepal adopted it in the Local Infrastructure Development Policy, 2061 (2004).

• L – Labour-based: local labour is the main resource; light equipment is used only where labour cannot give the required quality (e.g. compaction). Money spent goes to local workers as wages.
• E – Environment-friendly: the work causes minimum damage to nature: balanced cut and fill, no dumping of spoil down slopes, proper drainage, bio-engineering (planting grass, bamboo, shrubs on slopes), gradual construction to let slopes stabilise, and use of local materials.
• P – Participatory: the beneficiaries take part in all stages – selection, planning, design, construction, monitoring, and operation and maintenance – usually through a users' committee, with public hearings and public audits.

LEP creates local jobs, lowers cost and imports, reduces landslides and erosion, and builds ownership for maintenance. Example: green rural roads and trail bridges in Nepal.

Ethnographic approach

Ethnography is a qualitative research method in which the researcher studies the culture, customs, beliefs, social structure and daily life of a community by living with or closely observing the people over a period of time (participant observation). It describes the community "from the inside".

Methods: participant observation, in-depth and key informant interviews, life histories, informal conversations, field notes, photographs and recordings.

Use in community management:

• Understanding social structure, caste, gender roles and power relations before a project.
• Identifying local customs and taboos that may affect a project (e.g. beliefs about water sources).
• Learning indigenous knowledge and traditional management systems (e.g. guthi, farmer-managed irrigation).
• Designing projects that are culturally acceptable, and avoiding conflict.

Limitations: time consuming, depends on the researcher's skill, may be biased, results not easily generalised.

Participatory approach

The participatory approach is a bottom-up approach in which community members actively take part in need identification, planning, decision making, implementation, monitoring and operation and maintenance.

Tools: PRA, focus group discussion, social and resource mapping, transect walk, wealth ranking, seasonal calendar, Venn diagram.

Use in community management:

• Projects reflect felt needs; local knowledge and resources are used.
• Users' committees manage construction and maintenance.
• Public hearing and public audit ensure transparency.
• Creates ownership, sustainability and empowerment.

Example: community forest user groups and drinking water users' committees in Nepal.

LEP

LEP stands for Labour-based, Environment-friendly and Participatory approach. It is a development approach for local infrastructure (rural roads, trails, bridges, small irrigation and water supply) that uses local labour as the main resource, causes minimum harm to the environment, and involves the beneficiary community in all stages of the project. Nepal adopted it in the Local Infrastructure Development Policy, 2061 (2004).

• L – Labour-based: local labour is the main resource; light equipment is used only where labour cannot give the required quality (e.g. compaction). Money spent goes to local workers as wages.
• E – Environment-friendly: the work causes minimum damage to nature: balanced cut and fill, no dumping of spoil down slopes, proper drainage, bio-engineering (planting grass, bamboo, shrubs on slopes), gradual construction to let slopes stabilise, and use of local materials.
• P – Participatory: the beneficiaries take part in all stages – selection, planning, design, construction, monitoring, and operation and maintenance – usually through a users' committee, with public hearings and public audits.

Example: green rural roads and trail bridges in Nepal built by local users' committees.

Ethnographic approach

Ethnography is a qualitative research method in which the researcher studies the culture, customs, beliefs, social structure and daily life of a community by living with or closely observing the people over a period of time (participant observation). It describes the community "from the inside".

Methods: participant observation, in-depth and key informant interviews, life histories, informal conversations, field notes, photographs and recordings.

Use in community management:

• Understanding social structure, caste, gender roles and power relations before a project.
• Identifying local customs and taboos that may affect a project (e.g. beliefs about water sources).
• Learning indigenous knowledge and traditional management systems (e.g. guthi, farmer-managed irrigation).
• Designing projects that are culturally acceptable, and avoiding conflict.

Limitations: time consuming, depends on the researcher's skill, may be biased, results not easily generalised.

Participatory approach

The participatory approach is a bottom-up approach in which community members actively take part in need identification, planning, decision making, implementation, monitoring and operation and maintenance.

Tools: PRA, focus group discussion, social and resource mapping, transect walk, wealth ranking, seasonal calendar, Venn diagram.

Use in community management:

• Projects reflect felt needs; local knowledge and resources are used.
• Users' committees manage construction and maintenance.
• Public hearing and public audit ensure transparency.
• Creates ownership, sustainability and empowerment.

Example: community forest user groups and drinking water users' committees in Nepal.

Role of an engineer in community development

• Need assessment with the community using PRA, FGD and mapping.
• Technical planning and design using appropriate, low-cost and maintainable technology.
• Explaining options in simple language so people can decide.
• Facilitating users' committees with inclusion of women and marginalised groups.
• Training and capacity building of local workers and caretakers.
• Mobilising local labour and materials; linking with municipalities, government and donors.
• Supervision and quality control.
• Environmental care: bio-engineering, drainage, minimum cutting.
• Transparency: public hearings, public audits.
• Conflict resolution and handover with an O&M plan.
• Ethical conduct: honesty, safety and public welfare first.

LEP approach for the development of Nepal

LEP stands for Labour-based, Environment-friendly and Participatory approach. It is a development approach for local infrastructure (rural roads, trails, bridges, small irrigation and water supply) that uses local labour as the main resource, causes minimum harm to the environment, and involves the beneficiary community in all stages of the project. Nepal adopted it in the Local Infrastructure Development Policy, 2061 (2004).

• L – Labour-based: local labour is the main resource; light equipment is used only where labour cannot give the required quality (e.g. compaction). Money spent goes to local workers as wages.
• E – Environment-friendly: the work causes minimum damage to nature: balanced cut and fill, no dumping of spoil down slopes, proper drainage, bio-engineering (planting grass, bamboo, shrubs on slopes), gradual construction to let slopes stabilise, and use of local materials.
• P – Participatory: the beneficiaries take part in all stages – selection, planning, design, construction, monitoring, and operation and maintenance – usually through a users' committee, with public hearings and public audits.

Why LEP suits Nepal:

• Nepal has abundant labour but scarce capital; LEP creates rural jobs and keeps money in villages.
• Steep, fragile hills and monsoon rains make machine-built roads landslide-prone; green roads with drainage and bio-engineering are more stable.
• Remote areas lack access for heavy machines.
• Users' committees and local governments under federalism can manage small infrastructure.
• Ownership improves maintenance and sustainability.

Examples: green roads in the hills (Dhading and others, supported by GTZ/SDC), DoLIDAR rural road programmes, trail bridge programmes, community drinking water and irrigation schemes.

Community empowerment process of the participatory approach

Community empowerment means increasing the community's capacity, confidence and control over its own development. In the participatory approach it happens in stages:

1. Entry and rapport building: facilitators/engineers meet local leaders and people and build trust.
2. Awareness raising: people learn about their problems, rights and possible solutions.
3. Participatory need assessment: using PRA tools (FGD, resource and social mapping, wealth ranking), the community identifies and ranks its problems.
4. Organisation: formation of inclusive users' committees or groups with clear roles.
5. Participatory planning: the community prepares the plan, chooses technology, and agrees on cost sharing.
6. Capacity building: training in construction, leadership, accounting and maintenance.
7. Implementation and resource mobilisation: community provides labour and materials and manages work.
8. Participatory monitoring and public audit: ensures transparency and accountability.
9. Operation and maintenance: community runs the facility with an O&M fund.
10. Self-reliance and scaling up: confident groups take up new initiatives and link with other agencies.

Rapport -> Awareness -> Need assessment
   -> Organisation -> Planning -> Training
   -> Implementation -> Monitoring/Audit
   -> O&M -> Self-reliant community

The LEP approach – Labour-based, Environment-friendly and Participatory – is a strategy for building local infrastructure (rural roads, trails, trail bridges, irrigation, drinking water, school buildings) that uses local labour as the main input, minimises environmental damage and involves the community at every stage. Nepal adopted it in the Local Infrastructure Development Policy, 2061 (2004), and it is applied by local governments and rural infrastructure programmes.

1. Labour-based

• Local labour is the main resource; light equipment (rollers, tractors for haulage) is used only where labour cannot give the required quality or is uneconomic.
• Quality and cost are kept comparable to machine-based work.
• Benefits: jobs and cash income for poor households, skill development, money stays in the local economy, less import of machines and fuel.
• Example: earthwork, stone masonry walls, gabion walls and drains of rural roads done by local workers.

2. Environment-friendly

• Balanced cut and fill: excavated soil is reused, not dumped down the slope.
• Proper drainage: side drains, cross drainage, cascades to control runoff.
• Bio-engineering: grass, shrubs, bamboo and trees planted on slopes to prevent erosion.
• Phased construction: road is opened in stages, letting slopes settle through a monsoon.
• Minimum tree cutting and use of local materials (stone, timber).
• Example: "green roads" in Nepal's hills, which cause far fewer landslides than bulldozer-built roads.

3. Participatory

• Community identifies needs and priorities.
• A users' committee is formed, including women and marginalised groups.
• Community contributes labour, materials or cash (cost sharing).
• Public hearings during work and public audit at the end ensure transparency.
• Users take responsibility for operation and maintenance.

Steps in an LEP project

Need identification (PRA)
  -> Users' committee formation
  -> Survey and design (engineer + users)
  -> Agreement and cost sharing
  -> Construction with local labour
  -> Monitoring and public audit
  -> Handover, O&M by users

Advantages

• Employment and poverty reduction
• Low cost and low import dependence
• Less landslide and erosion; sustainable
• Local ownership; better maintenance
• Transparency and empowerment

Limitations

• Slower construction
• Quality control needs good supervision
• Labour shortage due to foreign migration
• Elite capture and political interference
• Not suitable for large highways, tunnels and big bridges

LEP thus links infrastructure building with employment, environmental care and local empowerment, making it well suited to rural Nepal.

Sustainable development is "development that meets the needs of the present without compromising the ability of future generations to meet their own needs" (Brundtland Commission report Our Common Future, 1987). The UN's Sustainable Development Goals (SDGs), 17 goals for 2015–2030, are the current global framework.

Components (pillars) of sustainable development

1. Environmental sustainability: use natural resources within their regeneration capacity, reduce pollution and waste, conserve biodiversity, use renewable energy, address climate change.
2. Economic sustainability: steady economic growth, productive employment, efficient use of resources, poverty reduction, without depleting natural capital.
3. Social sustainability: equity, inclusion, health, education, gender equality, human rights, cultural preservation and community participation.

Some textbooks add institutional/governance (good governance, transparency, participation) and technological sustainability (appropriate, clean technology).

        Social
        /    \
       / SD   \
  Economic -- Environment
 (development is sustainable only
  where all three overlap)

Relation of LEP with sustainable development

The LEP approach (Labour-based, Environment-friendly, Participatory) directly supports each pillar:

• Economic: money spent as local wages reduces poverty and keeps costs low; local O&M reduces future expenses.
• Environmental: green roads and eco-friendly works protect slopes, forests and water, so the asset and nature last longer.
• Social: women, Dalits and poor people get jobs and committee roles; communities gain confidence and skills.
• Institutional: users' committees, public hearings and public audits build local governance.
• Long-term sustainability: because people own the infrastructure, they maintain it, so benefits continue for future generations.

Example: a green rural road in Nepal built by local labour with bio-engineering and a users' committee provides access, income and stable slopes – meeting present needs without harming future ones.

Hence LEP is a practical way of achieving sustainable development at the local level, especially in a labour-rich, fragile mountain country like Nepal.

Infrastructure development policies of Nepal are the guiding principles the government follows to plan, build, finance and maintain roads, bridges, irrigation, drinking water, energy, airports and communication. They are set out mainly in the Constitution of Nepal (2072) (directive principles on balanced and sustainable infrastructure), the Local Infrastructure Development Policy (LIDP), 2061, the National Transport Policy, 2058, the Public-Private Partnership and Investment Act, 2075, the Local Government Operation Act, 2074 and the periodic plans (the 15th Plan, 2076/77–2080/81, and the 16th Plan from 2081/82).

Key features

1. Decentralised planning and ownership – local infrastructure (rural roads, small irrigation, drinking water, trails, bridges) is planned and run by local governments; federal and provincial governments handle national and provincial projects.
2. LEP approach – works should be Labour-based, Environment-friendly and Participatory: use local labour and simple tools wherever technically possible, avoid damage to slopes, forests and rivers, and involve the people in every stage.
3. People's participation and users' committees – users form a committee that helps select, build, monitor and maintain the project; users share part of the cost in cash, labour or materials.
4. Use of local resources, skills and appropriate technology – local stone, timber, labour and know-how reduce cost and keep money in the village.
5. Prioritisation and balanced development – projects are ranked by need, cost-effectiveness and number of beneficiaries; backward, remote and disadvantaged areas get priority to reduce regional imbalance.
6. Social inclusion and gender equality – women, Dalits, Janajatis and the poor must be represented in users' committees and get a share of jobs and benefits.
7. Sustainability and maintenance – a maintenance plan and fund are part of every project; maintenance gets priority over new construction.
8. Transparency and good governance – public hearing, public audit, social audit and display boards at sites.
9. Private sector and foreign investment – large projects (hydropower, highways, airports, transmission lines) may use PPP, BOOT and FDI through the Investment Board Nepal.
10. Strategic national projects – National Pride Projects and "game changer" projects (highways, railways, airports, big hydro and irrigation schemes) get assured budget and fast-track handling.
11. Disaster resilience and environment – EIA/IEE is compulsory (Environment Protection Act, 2076) and structures must follow building codes and climate-resilient design.

Reflection in the FY 2078/79 budget

The budget for FY 2078/79 (first brought by ordinance on Jestha 15, 2078 and later replaced by the new government's budget) was about Rs 16.47 kharab (Rs 1,647 billion), of which roughly a quarter was for capital expenditure. Its infrastructure part reflected the policy features partly:

Assessment: The broad features (decentralisation, strategic projects, private investment) appear in the budget. However, LEP, maintenance and environmental safety were not given equal weight, and low capital spending (usually much less than allocated by the end of the year) meant the policy goals were only partly achieved. Better project selection, multi-year funding and stronger monitoring are needed so that the budget truly follows the policy.

Infrastructure development policies of Nepal are the guiding principles the government follows to plan, build, finance and maintain roads, bridges, irrigation, drinking water, energy, airports and communication. They are set out mainly in the Constitution of Nepal (2072) (directive principles on balanced and sustainable infrastructure), the Local Infrastructure Development Policy (LIDP), 2061, the National Transport Policy, 2058, the Public-Private Partnership and Investment Act, 2075, the Local Government Operation Act, 2074 and the periodic plans (the 15th Plan, 2076/77–2080/81, and the 16th Plan from 2081/82).

Key features

1. Decentralised planning and ownership – local infrastructure (rural roads, small irrigation, drinking water, trails, bridges) is planned and run by local governments; federal and provincial governments handle national and provincial projects.
2. LEP approach – works should be Labour-based, Environment-friendly and Participatory: use local labour and simple tools wherever technically possible, avoid damage to slopes, forests and rivers, and involve the people in every stage.
3. People's participation and users' committees – users form a committee that helps select, build, monitor and maintain the project; users share part of the cost in cash, labour or materials.
4. Use of local resources, skills and appropriate technology – local stone, timber, labour and know-how reduce cost and keep money in the village.
5. Prioritisation and balanced development – projects are ranked by need, cost-effectiveness and number of beneficiaries; backward, remote and disadvantaged areas get priority to reduce regional imbalance.
6. Social inclusion and gender equality – women, Dalits, Janajatis and the poor must be represented in users' committees and get a share of jobs and benefits.
7. Sustainability and maintenance – a maintenance plan and fund are part of every project; maintenance gets priority over new construction.
8. Transparency and good governance – public hearing, public audit, social audit and display boards at sites.
9. Private sector and foreign investment – large projects (hydropower, highways, airports, transmission lines) may use PPP, BOOT and FDI through the Investment Board Nepal.
10. Strategic national projects – National Pride Projects and "game changer" projects (highways, railways, airports, big hydro and irrigation schemes) get assured budget and fast-track handling.
11. Disaster resilience and environment – EIA/IEE is compulsory (Environment Protection Act, 2076) and structures must follow building codes and climate-resilient design.

Short summary

Together these features aim at infrastructure that is cheap, owned by the community, kind to the fragile mountain environment and able to create local jobs.

An ethnographic survey is a qualitative study in which the researcher lives with or closely observes a community to understand its culture, beliefs, social structure, livelihood and problems from the people's own point of view. It answers "how and why people live and think the way they do", which numbers alone cannot show.

Key ethnographic approaches and methods

1. Participant observation – the researcher stays in the village, takes part in daily work, festivals and meetings, and records what people actually do (not only what they say).
2. Key informant interview – long, open talks with knowledgeable people such as elders, teachers, health workers, ward members and local healers.
3. In-depth / semi-structured interview – a checklist of topics is used, but the talk is flexible so that new issues can come up.
4. Focus group discussion (FGD) – 6–12 people of similar background (e.g. women farmers) discuss one topic guided by a facilitator.
5. Case study and life history – detailed story of one household or person, e.g. a migrant worker's family, to show causes and effects.
6. Participatory (PRA) tools – resource mapping, social mapping, transect walk, seasonal calendar, wealth ranking, Venn diagram, time line; people draw and rank things themselves.
7. Field notes, photographs and documents – diaries, sketches, local records and audio/video kept for later analysis.

Suitability to collect data and information

Overall suitability: ethnographic methods are most suitable when the aim is to understand culture, social relations, gender roles, traditional knowledge and real needs before planning a project (e.g. a drinking-water or road scheme). They give rich, trustworthy and context-specific information and build rapport with the community. They are less suitable when quick, statistically representative numbers are needed; then they should be combined with a structured questionnaire survey (triangulation).

Ethnography is the study of a people or community by staying among them and observing their way of life, so that their culture, beliefs, social relations and problems are understood from the insider's view. It is mainly qualitative and is used before planning community projects.

How information is collected

1. Entry and rapport building – the researcher introduces the purpose, meets local leaders and gains the trust of people.
2. Participant observation – takes part in daily work, rituals and meetings and notes what people actually do.
3. Key informant interviews – talks with elders, teachers, ward members, priests or healers who know the community well.
4. In-depth and informal interviews – open, flexible conversations with ordinary households.
5. Focus group discussion – small groups discuss a shared issue such as water supply or migration.
6. Participatory tools – social and resource mapping, transect walk, seasonal calendar, wealth ranking.
7. Recording – field notes, diaries, photos, audio, sketches and local documents.
8. Analysis and validation – information is grouped into themes and checked by triangulation (comparing several sources) and by sharing findings back with the community.

Example: before building a micro-hydro plant, an engineer may stay in the village for some weeks to learn how people use water mills, who owns land near the river, and how decisions are made.

Resource mapping is a participatory tool in which villagers themselves draw a map of their area (on the ground, paper or chart) showing natural, physical and social resources such as forests, rivers, springs, farmland, grazing land, roads, schools, health posts, temples and hazard zones. It shows what resources exist, where they are, who uses or controls them and what problems exist.

Importance of ethnographic survey to understand societal dynamics

Societal dynamics means how a society works and changes: its relations, power, values, conflicts and adaptation. An ethnographic survey is important because:

1. Insider's view – it shows how people themselves see their problems and needs, not only how outsiders assume them.
2. Social structure and power – it reveals caste, ethnicity, class, gender roles, kinship and who really makes decisions (elites, local leaders, women's groups).
3. Culture, beliefs and values – it explains customs, rituals and taboos (e.g. sacred forests or springs) that may support or oppose a project.
4. Livelihood and economy – it shows how families earn a living: farming, livestock, wage labour, remittance, seasonal migration.
5. Traditional knowledge – local irrigation systems (kulo), farming practices and disaster coping methods can be used in design.
6. Conflicts and relations – disputes over land, water and forest, and the relations between groups, become visible early.
7. Change over time – life histories and timelines show how migration, roads, mobile phones or remittance are changing the society.
8. Better project design and acceptance – plans based on real dynamics are accepted by people, reduce conflict, include the poor and marginalised, and are maintained well.
9. Builds trust – long contact creates rapport, which helps later participation and community management.

Example: an ethnographic study before a rural road may find that the shortest alignment crosses a cremation site and a poor Dalit settlement's only farmland; a revised alignment avoids conflict and the project succeeds.

Thus ethnographic survey, together with tools like resource mapping, is the base for socially appropriate, inclusive and sustainable development projects.

Resource mapping is a participatory rural appraisal (PRA) tool in which community members draw a map of their village showing the location and condition of their resources. It is done by the people themselves, guided by a facilitator.

Resource mapping

• What is shown: forests, rivers, springs, ponds, farmland (irrigated/rain-fed), pasture, settlements, roads, trails, bridges, schools, health posts, temples, markets, landslide and flood zones.
• Procedure:
  1. Gather a mixed group (men, women, elders, youth, different castes).
  2. Explain the purpose and choose a place (ground or chart paper).
  3. People first draw boundaries and main landmarks, then add resources using sticks, stones, colours or symbols.
  4. The facilitator asks questions: who uses this, is it enough, what are the problems.
  5. The map is copied on paper and checked by a transect walk.
• Uses: shows availability, access and control of resources, identifies problems and potential, and helps plan projects such as irrigation or drinking water.

   [Forest]      ~~ River ~~
      |            |
  [Pasture]   [Irrigated land]
      |            |
  (Temple)--[Village]--(School)
              |
          [Road]--(Health post)

Wealth (well-being) ranking

Wealth ranking groups households of a community by their economic condition, using criteria chosen by the people themselves.

Steps:

1. Prepare a list of all households (from a social map), writing each name on a card.
2. Select 3–4 knowledgeable local people (key informants) who know every household.
3. Ask them to decide local criteria of wealth and poverty, e.g. land owned, food sufficiency months, house type, livestock, job/remittance, education of children, debt.
4. Each informant sorts the cards into piles, e.g. rich, medium, poor, very poor.
5. Repeat with other informants separately; compare and average the results (score).
6. Discuss differences and finalise the ranking in a group.

Uses: targeting the poor for benefits, fixing cost sharing in users' committees, monitoring poverty change and ensuring inclusion. Since criteria come from the community, the ranking is accepted locally; but it must be done carefully because it can be sensitive.

A structured questionnaire is a fixed set of questions, asked in the same order and wording to every respondent, mostly with closed answers (yes/no, multiple choice, rating scales). It is a quantitative survey tool.

Pros (advantages)

• Same questions for all, so answers are easy to compare, code and analyse statistically.
• Can cover a large sample quickly and at low cost; enumerators need little training.
• Gives numerical data (e.g. household income, water use per day) useful for design.
• Less interviewer bias; results can be repeated and checked.
• Can be self-administered, online or by phone.

Cons (limitations)

• Rigid – cannot explore new issues or the reasons ("why") behind answers.
• Respondents may misunderstand questions or give socially acceptable answers.
• Not suitable for illiterate respondents if self-filled; language problems.
• Poorly designed questions give misleading data; pre-testing is needed.
• Gives little information on culture, power and feelings; low response rate in mail/online surveys.

When to use it

• When the topic is already understood and specific, measurable data are needed (baseline survey, census of households, demand estimate for water supply).
• When the population is large and results must be generalised.
• For monitoring and evaluation, comparing before and after a project.
• After qualitative methods (FGD, key informant interviews) have identified the main issues, so that good questions can be framed.

Focus group meeting (Focus Group Discussion, FGD)

An FGD is a guided discussion among a small group (about 6–12 people) of similar background on a specific topic, led by a facilitator with a checklist, while a note-taker records.

• Procedure: decide topic and checklist → select homogeneous group (e.g. women users, farmers) → introduce purpose, ensure free talk → facilitate discussion for 1–2 hours → record → summarise and share back.
• Advantages: quick, cheap, gives shared views, reasons and disagreements; people stimulate each other's ideas; useful to find needs and priorities.
• Limitations: dominant people may control the talk; not statistically representative; needs a skilled facilitator; sensitive topics are hard to discuss in a group.

Participatory appraisal (Participatory Rural Appraisal, PRA, or Participatory Learning and Action) is an approach in which local people themselves collect, analyse and present information about their own conditions, problems and resources, with outsiders acting only as facilitators. It uses simple visual tools (maps, diagrams, ranking) so that even non-literate people can take part, and it leads to plans that the community owns.

Principles: people's participation, learning from the community, flexibility, triangulation (checking from many sources), "handing over the stick" to the people, and focusing on the poor and women.

Common tools: social and resource mapping, transect walk, seasonal calendar, time line, wealth ranking, Venn (chapati) diagram, matrix ranking, FGD, key informant interview.

Focus group discussion (FGD)

An FGD is a planned discussion among a small, similar group of people (about 6–12, e.g. women water users or landless farmers) on one topic, led by a facilitator using a checklist of questions.

• Steps:
  1. Decide the objective and prepare a checklist.
  2. Select participants with similar background so all can speak freely.
  3. Choose a comfortable place and time; explain purpose.
  4. Facilitator guides discussion (1–2 hours), encourages quiet members; a note-taker records.
  5. Summarise main points and confirm them with the group.
• Uses: finding needs, priorities, reasons behind problems, opinions about a project.
• Strengths: quick, cheap, rich qualitative information, people build on each other's ideas.
• Weaknesses: dominant members, not statistically representative, needs skilled facilitator.

Resources mapping

Resource mapping is a PRA tool in which villagers draw their area on the ground or paper showing natural and physical resources: forests, rivers, springs, farmland, pasture, roads, schools, health posts and hazard areas.

• Steps: gather a mixed group → draw boundary and landmarks → add resources with symbols or local materials → discuss use, access, ownership and problems → copy on paper → verify by transect walk.
• Uses: shows what resources exist and who controls them, finds problems (e.g. drying springs), identifies potential (e.g. site for micro-hydro) and forms the base for village planning.

  [Community forest]   ~~~ Khola ~~~
        |                   |
  [Grazing land]     [Irrigated khet]
        \                 /
         [Settlement]--(School)
              |
          (Spring)--(Health post)

A users' committee (upabhokta samiti) is a group elected from among the beneficiaries of a project (drinking water, irrigation, rural road, micro-hydro, community forest) to plan, implement, operate and maintain it on behalf of all users. In Nepal it is recognised by the Local Infrastructure Development Policy, 2061, the Local Government Operation Act, 2074 and the Public Procurement Regulations.

Role of a users' committee

1. Represent the users – bring the needs and priorities of the community to the local government and project.
2. Planning and selection – take part in project selection, site and alignment decisions.
3. Resource mobilisation – collect users' contribution in cash, labour or local materials.
4. Implementation – carry out works (for projects within the legal limit), hire local labour, buy materials, keep records.
5. Monitoring and quality control – supervise work, check materials and measurements with technicians.
6. Transparency – hold public hearing and public audit, display cost boards, keep accounts open.
7. Conflict management – solve disputes over land, water share and benefits.
8. Operation and maintenance – fix tariff or user fee, collect maintenance fund, appoint caretakers or maintenance workers.
9. Inclusion – ensure women (usually at least 33% members, with a woman in a key post), Dalits and the poor take part and benefit.

Participatory techniques to collect information from a community

Brief notes on the main ones:

• Mapping: people draw their village showing houses and resources; outsiders learn quickly and people see their own situation.
• Transect walk: facilitator and villagers walk across the area, observing and discussing soil, crops, water and problems.
• Seasonal calendar: shows in which months labour is free (best time to build), when rain stops works, and when sickness is high.
• Ranking: the community lists problems and ranks them, so the most needed project is chosen.
• FGD and key informant interviews: give reasons, opinions and history.

Information collected this way is cross-checked (triangulation) and shared back with the community, and the users' committee then uses it to prepare the plan.