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Local Government Engineering Department

The Local Government Engineering Department (LGED) is a specialized public sector agency under Bangladesh's Local Government Division, tasked with planning, implementing, and maintaining local-level infrastructure projects, including rural roads, bridges, markets, growth centers, and small-scale water resources, through participatory, bottom-up approaches that prioritize labor-based technologies and local materials to enhance rural connectivity and socio-economic conditions.^[1] Originating from rural development initiatives in the 1960s—such as the Rural Works Program, Thana Irrigation Program, and Thana Technical Development Committee—LGED evolved from a ministerial cell established in the 1970s, becoming the Works Program Wing in 1982, the Local Government Engineering Bureau in 1984, and achieving its current departmental status in August 1992.^[1] As one of Bangladesh's largest engineering organizations, it oversees thousands of kilometers of road networks and supports local governance by integrating environmental safeguards, social mobilization, and cost-effective construction methods that leverage community involvement for sustainable development.^[1] LGED has garnered recognition for its operational efficiency and project delivery speed relative to other Bangladeshi public institutions, contributing significantly to poverty reduction and economic integration in underserved regions through targeted infrastructure investments.

Overview and Mandate

Establishment and Legal Basis

The Local Government Engineering Department (LGED) was established in 1992 through the upgrading of the preceding Local Government Engineering Bureau (LGEB), functioning as a specialized attached department under the Local Government Division of the Ministry of Local Government, Rural Development and Co-operatives.^[2] This elevation marked a shift to a more formalized structure for overseeing rural infrastructure projects, building on earlier initiatives such as the LGEB formed in October 1984 and an engineering cell created in the Ministry during the 1970s to coordinate rural development activities.^[3] The department's formation addressed the growing need for technical expertise in local infrastructure amid post-independence expansion of rural works programs originating in the 1960s under the Rural Works Programme.^[3] LGED's legal framework derives primarily from administrative directives of the Government of Bangladesh, without a standalone founding statute, positioning it as an executive agency accountable to the Ministry's oversight and general civil service regulations.^[2] Its mandate aligns with constitutional provisions in Articles 59 and 60 of the Constitution of the People's Republic of Bangladesh, which vest authority in the state to organize local government bodies and devolve powers for administrative efficiency. Operationally, LGED adheres to sector-specific instruments such as the Rural Infrastructure Development Policy, National Water Policy, Public Procurement Act 2006 (with Rules 2008), and its own Recruitment Rules 2009, ensuring compliance in procurement, staffing, and project execution while filling gaps in dedicated governance mechanisms like independent audit protocols.^[2] These policies emphasize decentralized implementation but have been critiqued for concentrating discretionary powers in the Chief Engineer, potentially limiting accountability.^[2]

Core Objectives and Scope

The Local Government Engineering Department (LGED) in Bangladesh has as its primary objective the enhancement of agricultural and non-agricultural productivity through the planning, construction, and maintenance of rural infrastructure, thereby fostering economic growth and poverty reduction in underserved areas.^[4] This mandate emphasizes technical support to local government institutions, enabling them to execute development projects that connect rural communities to markets and essential services.^[5] The department's scope extends to a broad array of infrastructure initiatives, including the design and upkeep of over 200,000 kilometers of rural roads, bridges, culverts, and earthen embankments, as well as the development of growth centers, haats (markets), and sanitary facilities to improve accessibility and sanitation.^[6] LGED also addresses small-scale water resources management, such as river training works and flood control structures, prioritizing cost-effective, labor-intensive methods to generate employment and align with national development plans like the Five-Year Plans and Sustainable Development Goals.^[7] In operational terms, LGED functions as the principal executing agency for rural infrastructure under the Ministry of Local Government, Rural Development and Co-operatives, coordinating with development partners for project funding and implementation while ensuring participatory planning involving local stakeholders to maximize sustainability and relevance.^[8] This scope excludes urban-centric projects, focusing instead on upazila- and union-level interventions that directly impact approximately 80% of Bangladesh's rural population.^[4]

Organizational Structure

Administrative Hierarchy

The Local Government Engineering Department (LGED) operates under the Local Government Division of the Ministry of Local Government, Rural Development and Co-operatives, with its internal administrative hierarchy headed by a single Chief Engineer stationed at the headquarters in Dhaka.^[9] The Chief Engineer serves as the overall technical and administrative authority, overseeing policy formulation, strategic planning, and coordination with development partners.^[10] Supporting the Chief Engineer are typically five Additional Chief Engineers, each managing specialized portfolios such as development coordination, implementation, planning and evaluation, and regional oversight.^[9] These positions handle high-level supervision of projects, financial management, and inter-agency liaison, ensuring alignment with national infrastructure priorities. Below this tier, Superintending Engineers (SEs) lead functional circles or zones, focusing on areas like monitoring and evaluation, administration, or specific engineering domains such as roads and water resources.^[10]^[11] LGED's structure emphasizes decentralization, with Executive Engineers (XENs) directing operations at the district level across Bangladesh's 64 districts, each managing local project execution, procurement, and maintenance activities in coordination with upazila nirbahi officers.^[12] At the sub-district (upazila) level, which covers approximately 495 units, Assistant Engineers and Sub-Assistant Engineers oversee field-level implementation, including site supervision, community engagement, and routine infrastructure upkeep, comprising the bulk of the department's operational workforce.^[10] This tiered setup facilitates rapid response to rural development needs, with support staff such as accountants, stenographers, and drivers embedded at district and upazila offices to handle administrative and logistical functions.^[12] The hierarchy incorporates specialized units under SEs, such as mechanical sections for equipment maintenance and planning units for feasibility studies, ensuring technical expertise flows from headquarters to grassroots levels.^[11] Promotion and staffing follow civil service norms, with engineers progressing through grades based on seniority and performance, though occasional administrative delays have affected transitions at senior levels like Additional Chief Engineer.^[13] Overall, this structure supports LGED's mandate by balancing centralized policy control with localized execution, employing thousands of personnel dedicated to engineering and support roles nationwide.^[9]

Key Units and Divisions

The Local Government Engineering Department (LGED) operates through a hierarchy of specialized functional units at its headquarters, each led by Additional Chief Engineers (ACEs) reporting to the Chief Engineer, focusing on core areas such as planning, implementation, and sector-specific infrastructure.^[9] The Planning and Design Unit coordinates project initiation, feasibility studies, and technical specifications for rural infrastructure, including roads, bridges, and markets, ensuring alignment with national development goals.^[14] The Implementation Unit oversees on-ground execution of schemes, managing procurement, construction supervision, and coordination with local government bodies across thousands of upazila-level projects annually.^[9] Complementary units address maintenance, urban, educational, and water sectors. The Maintenance and Asset Management Unit maintains over 200,000 kilometers of rural roads and associated structures, employing periodic resurfacing and rehabilitation to extend asset life amid heavy monsoon usage.^[9] The Urban Management Unit handles municipal roads, drainage, and growth center development in smaller towns, integrating with national urbanization policies.^[9] Specialized divisions include Primary Educational Infrastructure Management for school buildings and sanitation facilities, and Integrated Water Resources Management for small-scale irrigation, embankments, and drainage systems serving rural agriculture.^[9] Support units such as Quality Control, Training, and Design (including bridge and road sections) ensure standards compliance and capacity building, with the Design Unit producing standardized blueprints for over 1,000 bridge projects yearly.^[11]^[9] LGED's regional structure comprises eight divisional offices, each headed by an ACE, mirroring Bangladesh's administrative divisions: Barishal, Chattogram, Dhaka, Khulna, Mymensingh, Rajshahi, Rangpur, and Sylhet.^[15] These divisions supervise district and upazila engineering offices—totaling 64 districts and 495 upazilas—for decentralized project delivery, with Superintending Engineers managing field clusters within each region.^[9] This setup enables LGED to implement over 30,000 infrastructure schemes biennially, prioritizing rural connectivity and local governance support.^[9]

Historical Development

Origins in Post-Independence Era

In the aftermath of Bangladesh's independence on December 16, 1971, the government focused on rebuilding war-devastated rural areas, where infrastructure destruction had severely hampered agriculture and local economies. The Rural Works Programme (RWP), originally part of the pre-independence Comilla Model initiated in the 1960s for rural infrastructure like roads and embankments, was adapted and continued to address these needs. This programme emphasized labor-intensive projects to generate employment and improve connectivity in thanas (sub-districts).^[16] To institutionalize these efforts, an Engineering Cell was established in the early 1970s within the Local Government Division under the Ministry of Local Government, Rural Development and Cooperatives. This cell provided specialized technical support for planning, design, and supervision of rural works, marking the direct precursor to the modern Local Government Engineering Department. By centralizing engineering functions, it enabled coordinated implementation of projects funded through national budgets and aid, focusing initially on essential links like feeder roads and growth centers to stimulate non-farm activities.^[1]^[17] The cell's operations in the 1970s laid foundational expertise, training local engineers and standardizing low-cost construction techniques suited to Bangladesh's flood-prone terrain. It handled thousands of small-scale initiatives, contributing to gradual restoration of rural access amid resource constraints, though challenges like funding shortages and institutional overlaps persisted. This era's developments directly influenced subsequent expansions, transitioning from ad-hoc responses to structured departmental functions by the 1980s.^[8]

Expansion During 1980s–2000s

During the 1980s, the Local Government Engineering Bureau (LGEB), the precursor to LGED, underwent significant reorganization and expansion to address rural infrastructure deficits, originating from the Works Programme Wing established in 1982 under the development budget of the Local Government Division.^[18] This period saw the introduction of Labour Contracting Societies (LCSs) in 1980, enabling community-based construction with groups of up to 30 members focused on fair wages and skill development for rural roads and related works.^[19] By the mid-1980s, LGEB emphasized labour-intensive technologies for cost-effective infrastructure, expanding its mandate to include technical support for local institutions and management of projects like rural roads and markets, which laid the groundwork for broader rural connectivity.^[18] In 1984, the entity was formally upgraded to LGEB, marking a shift toward a more autonomous bureau with enhanced capacity for planning and execution, followed by its full departmental status as LGED in 1992 under the Ministry of Local Government, Rural Development and Cooperatives.^[19]^[18] Organizational growth accelerated, with staff numbers increasing from approximately 3,000 in 1992 to nearly 10,000 by the late 1990s, supporting decentralized operations across districts and upazilas.^[19] Budget allocations reflected this expansion, rising from Tk. 3.97 billion in 1991/92 to Tk. 24.27 billion in 2000/01, a six-fold increase that funded extensive infrastructure programs.^[18]^[19] Infrastructure development surged in the 1990s and early 2000s, with LGED managing a growing network of rural roads, including 19,490 km of Feeder Road Type B by 2001, alongside cumulative paving of 9,177 km of roads between 1996/97 and 2000/01.^[18] Key achievements included the construction of 161,662 meters of bridges and culverts and development of 728 growth centers during the same period, contributing to over 2,100 markets nationwide.^[18]^[19] These efforts, implemented through projects like Rural Development Programmes (RDPs), generated substantial employment, from 63 million person-days in 1995/96 to 110 million in 2000/01, while incorporating community participation via Project Implementation Committees (PICs) and LCSs for quality oversight.^[18] The adoption of Geographic Information Systems (GIS) in the 1990s further enhanced planning precision for rural transport and water resources initiatives.^[18]

Milestones Post-2010

In 2018, the Local Government Engineering Department initiated the Rural Connectivity Improvement Project (RCIP), funded by the Asian Development Bank and the Government of Bangladesh, to upgrade approximately 1,700 kilometers of rural roads to all-weather standards across 34 districts in five divisions, thereby enhancing access to markets and services for rural populations.^[20] Subsequent additional financing in the project extended rehabilitation efforts to another 930 kilometers, generating 5.88 million person-days of employment through road improvement works, with a focus on inclusive participation including women.^[21]^[22] The department also advanced rural bridge infrastructure through the Operation for Supporting Rural Bridges Program, appraised in 2018 by the World Bank, which targeted maintenance, rehabilitation, and construction of bridges to address aging structures and improve load-bearing capacity, building on LGED's oversight of around 380,000 linear meters of coastal concrete bridges and culverts.^[23] Under related initiatives like the Under 100m Bridge on Upazila, Union & Village Road Project (UHBP), LGED constructed multiple spans to connect remote areas, aligning with national goals for resilient transport networks.^[24] From 2016 onward, LGED contributed to urban and peri-urban development via the Second City Region Development Project, rehabilitating roads, bridges, and drainage systems in areas like Araihazar and Chalna to mitigate flooding and support economic hubs, as part of broader efforts under the Seventh Five Year Plan (FY2016–FY2020).^[25]^[26] These activities helped elevate Bangladesh's rural access index to approximately 84 by 2020, reflecting improved road quality from 43% classified as good in 2016 toward an 80% target.^[23]^[27]

Functions and Operations

Rural Infrastructure Planning

The Local Government Engineering Department (LGED) in Bangladesh conducts rural infrastructure planning primarily through its Planning Unit, which develops master plans, databases, and prioritization models to guide the expansion of road networks, markets, and growth centers. This unit maintains a comprehensive rural road master plan that outlines road priorities and phased implementation frameworks, supported by detailed segment inventories in road and structure databases. These tools enable systematic assessment of existing infrastructure, incorporating factors such as traffic volumes differentiated by market and non-market days, road conditions, and connectivity to essential services like schools and health facilities.^[14]^[28] LGED's rural road planning emphasizes economic connectivity, with a 20-year master plan from 2005 to 2025 targeting the development of approximately 36,000 kilometers of rural roads at an estimated investment of $26 billion. Prioritization models integrate geospatial data via GIS mapping and Schedules of Rates for cost estimation, focusing on high-impact links that enhance access to markets, reduce transport costs, and stimulate rural economies. For instance, planning classifies roads based on traffic characteristics, safety risks, and alignment with national development goals, including special networks for tourism and disaster-prone areas. The department also develops 4,500 growth centers and markets by 2025 to bolster local commerce, using data-driven criteria to select sites that maximize socio-economic benefits.^[29]^[30]^[14] Implementation strategies incorporate local resource-based approaches to ensure sustainability, such as using regional materials for construction to minimize costs and environmental impact while building resilience against floods and other hazards. LGED's planning process involves collaboration with district-level offices for on-ground surveys and stakeholder input, though challenges like funding constraints and overloading on major roads necessitate ongoing refinements to models for safety and maintenance. Recent initiatives, including climate-resilient infrastructure planning via centers like CReLIC, integrate vulnerability assessments into rural road designs to address rising disaster risks.^[31]^[32]^[33]

Implementation and Maintenance

The Local Government Engineering Department (LGED) implements rural infrastructure projects through decentralized project management units (PMUs) at headquarters in Dhaka and project implementation units (PIUs) at district levels, headed by senior civil engineers deputed as project directors.^[34]^[35] These units oversee planning alignment with national visions, five-year plans, and sustainable development goals; tendering; construction supervision; and coordination by the chief engineer to ensure timely execution.^[36] Local stakeholders, including communities and upazila parishads, participate in scheme selection, implementation, and handover to promote ownership and sustainability.^[37] Projects often span multi-year terms, with provisions for amendments to address evolving needs, though this can extend timelines.^[2] Maintenance responsibilities encompass routine and periodic upkeep of rural roads, bridges, culverts, and growth centers, guided by prioritization frameworks based on road condition surveys, traffic volume, and economic impact.^[38]^[8] LGED conducts repairs, widening, and rehabilitation; for instance, in fiscal year 2024-2025, district offices reported maintaining 387.37 kilometers of roads alongside repairs on 694.18 kilometers and widening of 456.19 kilometers in select areas.^[39] Operation and maintenance guidelines emphasize community involvement post-handover, with LGED retaining oversight for strategic assets to prevent deterioration and support agricultural and economic connectivity.^[40]^[41] Programs like the Asian Development Bank's Rural Infrastructure Maintenance Program integrate LGED's efforts to rehabilitate and sustain road networks in underserved districts, focusing on climate-resilient techniques.^[42]

Water Resources and Urban Initiatives

The Local Government Engineering Department (LGED) manages small-scale water resources through its Integrated Water Resources Management (IWRM) Unit, established in 2003 to oversee flood control, drainage, and irrigation projects in areas up to 1,000 hectares, aligning with Bangladesh's National Water Policy of 1999 and National Water Management Plan of 2001.^[43] From fiscal year 2009–2010 to 2021–2022, LGED implemented 1,120 sub-projects under IWRM, including re-excavation of 5,931.95 kilometers of canals, construction or repair of 1,741.51 kilometers of earthen dams, installation of 994 regulators and sluices, and development of 426.82 kilometers of irrigation canals, primarily through participatory approaches with local stakeholders to enhance agricultural productivity and mitigate flood risks.^[43] Annual funding for these initiatives grew from 350 lakh taka in 2009–2010 to 3,000 lakh taka in 2022–2023, supporting surface water conservation and submersible embankment repairs in rural and peri-urban zones.^[43] LGED's water efforts extend to climate-resilient projects, such as the Climate and Disaster Resilient Small-Scale Water Resources Management Project, which modernizes irrigation systems, improves drainage, and addresses flood and drought vulnerabilities in vulnerable regions.^[44] Earlier initiatives, like the Participatory Small-Scale Water Resources Sector Project funded by the Asian Development Bank (ADB), focused on poverty reduction through enhanced agricultural output via community-led khal (canal) excavation and regulator construction, covering thousands of hectares in coastal and haor areas.^[45] These projects emphasize empirical flood risk mapping and hydrological data to prioritize interventions, avoiding large-scale dams in favor of decentralized, low-cost structures that integrate with local topography.^[46] In urban initiatives, LGED's Urban Management Unit, formed in 2002, coordinates infrastructure development across 329 municipalities (pourashavas) and 12 city corporations, contributing to over 60% of national GDP from urban areas by addressing housing, water supply, and sanitation deficits amid rapid urbanization.^[47] The unit aids in master plan preparation, capacity building for urban local bodies, and governance enhancements, including training programs for 88 pourashavas under the Global Center on Adaptation's urban climate resilience initiative to bolster service delivery against sea-level rise and cyclones.^[48] Key projects include the Urban Development and City Governance Project (UDCGP), which upgrades roads, drains, and markets in secondary cities to improve functionality and reduce congestion, and the ADB-supported Improving Urban Governance and Infrastructure Program (2024–2028), benefiting 7 million residents through better water systems and waste management in municipalities.^[49]^[50] LGED executes urban water and sanitation upgrades, such as the $300 million ADB-financed projects announced in October 2025 for Mymensingh and Rajshahi city regions, focusing on piped water supply, sewerage, and solid waste systems via feasibility studies and infrastructure builds.^[51] Complementary efforts, like the Important Urban Infrastructure Development Project (Phase 2), integrate water-sensitive designs into road and drainage networks, promoting "roads that work with water" through community redesigns in flood-prone municipalities to minimize erosion and enhance resilience.^[52]^[53] These initiatives prioritize verifiable hydrological modeling over unsubstantiated projections, ensuring cost-effective outcomes like reduced urban flooding incidence by 20–30% in targeted areas based on post-implementation monitoring.^[50]

Major Projects and Achievements

Road and Bridge Networks

The Local Government Engineering Department (LGED) manages Bangladesh's primary rural road network, encompassing upazila roads, union roads, and village roads that form the core of non-urban connectivity. As of 2021, this includes 37,800 km of upazila roads, 44,750 km of union roads, and 215,750 km of village roads, representing over 298,000 km in total rural infrastructure under LGED oversight.^[54] These roads prioritize linking rural production areas to markets and urban centers, with upazila roads achieving 92.96% paving coverage (34,130 km paved out of 36,712 km total) and union roads at approximately 78.5% (32,862 km paved out of 41,879 km) as of 2023.^[8] LGED's bridge construction efforts complement this road system by addressing topographic barriers, particularly in flood-prone and riverine regions. The department maintains roughly 380,000 linear meters of concrete bridges and culverts in rural coastal zones alone, supporting year-round access for agricultural goods transport.^[23] Key projects demonstrate scale: a northern regional initiative completed 105.70 km of upazila roads, 323 km of union roads, 502.74 km of village roads, and 1,060 meters of bridges and culverts.^[55] Maintenance activities further sustain the network, with recent efforts repairing 694.18 km, widening 456.19 km, and routinely servicing 387.37 km of roads.^[39] Programs such as the Supporting Rural Bridges (SuPRB) initiative focus on rehabilitating existing structures to prevent connectivity disruptions, emphasizing periodic inspections and upgrades for spans critical to freight movement.^[56] These developments have incrementally expanded paved access, reducing earthen road dependency from higher historical levels, though challenges like overloading and monsoon damage necessitate ongoing investments.^[8]

Market Centers and Growth Hubs

The Local Government Engineering Department (LGED) has prioritized the construction and upgrading of rural market centers, known as haats or bazaars, and growth centers to enhance trade, reduce urban migration, and stimulate local economies in Bangladesh's rural regions. These facilities serve as periodic marketplaces for agricultural produce, livestock, and non-farm goods, typically operating one or two days weekly, while growth centers act as semi-permanent hubs integrating markets with basic services like shops, storage, and access roads. By 2023, LGED had developed 4,924 such growth centers and rural hats nationwide, contributing to improved market access for over 70% of rural populations in targeted areas.^[8]^[57] Key achievements include the identification and development of approximately 2,100 growth centers since the 1980s, with initial efforts from 1984 to 1993 establishing 1,400 rural markets as core growth nodes, followed by additions of 700 more to expand coverage.^[58]^[57] LGED's projects, such as the Rural Roads and Markets Improvement and Maintenance Project, have focused on infrastructure like sheds, drainage, lighting, and connectivity to union roads, enabling higher transaction volumes—often exceeding 500 metric tons of goods per major hat annually—and supporting non-farm employment growth.^[59] In districts like Bhola, LGED constructed or upgraded 51 growth centers and hat-bazaars between 2009 and 2018, while in Pirojpur, 17 of 23 centers were developed under rural development initiatives.^[60]^[61] Recent expansions underscore LGED's role in scaling these hubs into economic drivers, with proposals in 2022 for modernizing 1,689 existing centers and converting 236 into townships to foster urban-rural linkages.^[62] Ongoing efforts, including 100 new growth centers/rural hat-bazaars budgeted for fiscal year 2023-2024, integrate these with transport networks to boost agricultural marketing efficiency and regional competitiveness, though challenges like maintenance funding persist.^[63]^[39] These developments have demonstrably increased local incomes by facilitating better price realization for producers, with studies attributing up to 20-30% rises in household earnings in connected growth areas.^[19]

Socio-Economic Impacts

The infrastructure developments spearheaded by the Local Government Engineering Department (LGED) in Bangladesh have demonstrably enhanced rural connectivity, thereby reducing transportation costs and expanding market access for agricultural produce and goods. Empirical analyses reveal that such improvements correlate with increased household incomes, particularly through diversified non-farm enterprises; for example, a study examining rural road upgrades found that proximity to upgraded infrastructure raised non-farm participation rates by facilitating labor mobility and input access, leading to average income gains of 10-15% in affected areas.^[64] Similarly, LGED's construction of growth centers—identified as pivotal hubs by the Planning Commission—has amplified local trade volumes, with evidence from district-level implementations showing boosted economic activities in 69 upgraded rural markets as of 2025, including heightened entrepreneurship in small-scale processing and services.^[57]^[39] These projects have contributed to poverty alleviation by targeting underserved regions, as evidenced by initiatives like the Asian Development Bank's Sustainable Rural Infrastructure Improvement Project, which operates across 21 districts in northwest and southwest Bangladesh to elevate incomes among low-income populations through resilient road and bridge networks.^[65] Employment effects are notable, with LGED incorporating female labor in maintenance efforts, thereby generating decent work opportunities amid broader infrastructure expansion; reports from 2024 highlight this as a mechanism for inclusive growth, though sustained impacts depend on skill development to counter seasonal fluctuations.^[31] Long-term assessments by the Bangladesh Institute of Development Studies underscore that LGED's rural transport and trade infrastructure investments yield enduring socio-economic benefits, including reduced rural-urban income disparities, albeit with causal chains mediated by complementary factors like agricultural productivity enhancements.^[66] Socially, LGED's water resources and urban-rural linkage projects have improved access to essential services, indirectly supporting health and education outcomes via better mobility; World Bank evaluations of rural infrastructure strategies link these to broader poverty metrics, such as lowered vulnerability in flood-prone areas through elevated roadways completed post-2010.^[67] However, while aggregate contributions to national GDP from rural infrastructure hovered around 12% in transport-related sectors as of mid-2000s data, recent attributions must account for macroeconomic confounders like remittances and urbanization, with peer-reviewed transport impact studies affirming a 10% sectoral GDP uplift from road networks alone.^[68] Overall, these impacts affirm LGED's role in causal poverty reduction pathways, grounded in empirical connectivity gains rather than isolated interventions.^[69]

Criticisms and Challenges

Governance and Corruption Risks

The Local Government Engineering Department (LGED) operates under the Local Government Division of Bangladesh's Ministry of Local Government, Rural Development and Co-operatives, with a decentralized structure involving district and upazila-level offices responsible for infrastructure procurement, tendering, and project execution. This setup introduces governance risks, including fiduciary vulnerabilities in contract awarding and fund disbursement, as highlighted in the World Bank's Operational Risk Assessment (ORA) for LGED, which categorizes risks into those directly mitigable by the department—such as internal controls—and indirect ones like political interference in staffing and approvals.^[70] The ORA emphasizes that weak oversight in rural postings exacerbates exposure to collusion between officials and contractors, potentially leading to inflated costs and substandard work.^[71] Corruption risks have materialized in numerous high-profile cases, often involving embezzlement through fictitious projects and bill manipulations. In Pirojpur district, the Anti-Corruption Commission (ACC) filed eight cases in April 2025 against 23 individuals, including LGED engineers, for siphoning Tk 1,079 crore from road and bridge works, with an additional Tk 91 crore suspected in related projects; five suspects were arrested amid evidence of collusion with local contractors.^[72] ^[73] Similarly, in September 2025, investigations revealed Tk 343 crore disbursed for three LGED road and bridge projects with negligible actual construction, involving unauthorized withdrawals by relatives of officials in league with executive engineers.^[74] These incidents underscore systemic procurement flaws, where abnormally high item rates are approved pre-tender, as seen in the Tk 1,909 crore B-STRONG post-flood recovery project, prompting ACC raids in April 2025.^[75] Broader graft trails, including a Tk 300 crore scandal uncovered in October 2025, implicate senior LGED officials in bribery, fraudulent recruitments, and transfer manipulations, with internal probes revealing amassed illicit wealth in properties and bank accounts.^[76] ^[77] The ACC's enforcement drives across 36 LGED offices in April 2025 and subsequent lawsuits against engineers and contractors indicate reactive measures, but persistent anomalies suggest inadequate preventive governance, such as insufficient digital auditing or independent verification.^[78] ^[79] World Bank assessments recommend enhanced risk mitigation through capacity building and third-party audits to address these vulnerabilities, though implementation remains uneven.^[70]

Political and Administrative Hurdles

The Local Government Engineering Department (LGED) in Bangladesh encounters significant political hurdles, primarily through interference by members of parliament (MPs) and local political leaders in project selection and execution. MPs from the ruling party often influence the prioritization of project locations and work orders to favor their constituencies, leading to the allocation of unnecessary infrastructure in politically aligned areas while sidelining needs-based assessments.^[2] For instance, districts controlled by the ruling party receive up to eight times more investment in rural roads compared to opposition-held areas, distorting resource distribution and undermining meritocratic planning.^[80] Local leaders further exacerbate this by manipulating tender processes and contractor selections, fostering patronage networks that prioritize loyalty over efficiency.^[2] Such interventions have prompted recommendations to amend laws explicitly restricting MP involvement in departmental activities to preserve operational independence.^[2] Administrative challenges compound these political pressures, manifesting in protracted bureaucratic processes that delay project timelines. Proposal preparation alone requires 2-3 months, followed by up to 8 months for approvals, with full implementation often extending 5-6 years due to repeated amendments and inefficient feedback loops.^[2] Poor inter-ministerial coordination and top-down planning approaches hinder stakeholder alignment, while delayed fund releases from the finance division—often tied to fiscal bottlenecks—stall on-ground work.^[81] Inadequate staffing, low salaries (e.g., Tk 12,000 per month for assistant engineers), and limited promotion opportunities demotivate personnel, contributing to capacity gaps and reliance on informal practices.^[80] These hurdles intersect in governance risks, where political demands for project deviations clash with administrative rigidity, resulting in incomplete feasibility studies and resource misallocation.^[81] Transparency International Bangladesh has highlighted the absence of displayed citizen charters and underdeveloped e-governance as enablers of such opacity, urging enhanced monitoring and digital procurement to mitigate delays and undue influences.^[2] Despite LGED's relative autonomy compared to other public entities, these persistent issues erode public trust and operational efficacy, as evidenced by audit objections totaling Tk 13,694 million in irregularities.^[2]

Sustainability and Efficiency Issues

The Local Government Engineering Department (LGED) faces environmental sustainability challenges in its infrastructure projects, particularly related to construction-phase impacts such as dust generation, noise pollution, vibration, tree felling, and improper disposal of solid waste and construction materials, which can lead to temporary water pollution and waterlogging during monsoons.^[82] ^[83] These issues arise despite requirements for Environmental Impact Assessments (EIAs) and adherence to the Department of Environment's project classifications, which mandate clearances for activities affecting air, water, and biotic environments.^[84] LGED's projects, often funded by international bodies like the World Bank and Asian Development Bank, incorporate Environmental and Social Frameworks (ESF) to mitigate risks, but implementation gaps persist, including inadequate coordination with environmental authorities for transparency in impact monitoring.^[85] ^[86] ^[87] Long-term sustainability is undermined by maintenance deficiencies in rural road networks, where limited funding hampers prioritization and routine upkeep, resulting in chronic congestion, deterioration, and vulnerability to climate events like flooding.^[38] ^[88] A 2025 proposal to maintain 91,080 kilometers of rural roads was rejected by the Local Government Division, prompting suggestions for foreign aid to address funding shortfalls, highlighting systemic underinvestment in asset longevity.^[89] Operational risk assessments identify LGED's authority over some mitigable risks, such as poor fencing or sheds in project sites, but persistent non-compliance in post-construction phases exacerbates environmental degradation and reduces infrastructure resilience.^[71] ^[90] Efficiency challenges stem from project delays, with studies attributing over 50% of setbacks to inadequate planning, tendering process lags, and mid-project design changes, which inflate costs and erode socio-economic benefits.^[91] ^[81] While e-Government Procurement (e-GP) has improved tender evaluation speeds through data-driven monitoring, procurement performance indicators reveal ongoing discrepancies compared to national benchmarks, including inefficiencies in resource allocation for sustainable practices like procurement.^[92] ^[93] ^[94] These operational hurdles, compounded by limited integration of nature-based solutions for urban resilience, limit LGED's ability to deliver cost-effective, enduring infrastructure amid Bangladesh's rapid urbanization and environmental pressures.^[95]

Recent Developments and Reforms

Post-2020 Initiatives

In response to the COVID-19 pandemic, the Local Government Engineering Department (LGED) initiated the Local Government COVID-19 Response & Recovery Project (LGCRRP) in April 2022, following approval on March 22, 2022, with implementation extending through December 2025. This project targets urban local government institutions by enhancing their emergency response capacities, including procurement of medical equipment, establishment of isolation facilities, and economic recovery measures to mitigate pandemic impacts on lower-middle-income communities achieving GDP growth amid disruptions.^[96] LGED advanced climate resilience efforts through the Bangladesh Climate Resilience and Livelihood Enhancement Project, launched post-2020 in collaboration with international partners like IFAD, focusing on constructing climate-resilient infrastructure such as embankments, drainage systems, and early warning mechanisms to bolster community well-being and agricultural productivity in vulnerable rural areas. Complementary initiatives include small-scale water resources developments for irrigation and flood control, supporting food security and capacity building under national priorities.^[97]^[8] The PROVATI3 project, an extension of prior resilience programs, emphasizes infrastructure upgrades, skill training, and information dissemination to reduce poverty and enhance disaster preparedness among vulnerable groups, with supervision missions confirming progress in 2025 toward sustainable outcomes. Concurrently, the Rural Employment and Road Maintenance Programme-3 (RERMP-3) sustains post-2020 employment generation via routine rural road upkeep, integrating labor-intensive methods to maintain over 200,000 kilometers of local networks.^[98]^[99] Aligning with Bangladesh's 8th Five Year Plan (2021-2025) and Sustainable Development Goals, LGED prioritized road safety enhancements at rural junctions, need-based primary school infrastructure under NBIDGPS-1, and rehabilitation of flood-damaged roads via FDDRIRP, incorporating updated engineering specifications for durability and efficiency. These efforts also extended to women-focused developments, such as joint programs with NGOs for community infrastructure promoting economic inclusion in rural and urban settings.^[8]^[100]^[101]^[102]

Institutional Strengthening Efforts

The Local Government Engineering Department (LGED) has pursued institutional strengthening through targeted capacity-building initiatives, particularly in collaboration with international development partners. A key effort includes the Asian Development Bank's (ADB) Technical Assistance project (51319-001), launched to institutionalize gender equality practices within LGED, focusing on policy integration, staff training, and organizational reforms to enhance equitable service delivery in infrastructure projects.^[103] This initiative emphasizes embedding gender-responsive planning in LGED's operations, addressing gaps in workforce diversity and project implementation identified in prior assessments. Complementing this, the establishment of the Climate Resilient Local Infrastructure Centre (CReLIC) under LGED has advanced institutional development by providing specialized technical expertise and advisory support for climate-adaptive infrastructure, including institutional consultants dedicated to organizational enhancement.^[33] Post-2020 reforms have integrated resilience-building amid challenges like the COVID-19 pandemic, with the Local Government and Climate Resilience Recovery Project (LGCRRP) aiming to bolster urban local government institutions' response capabilities through LGED-led training and recovery planning.^[104] Additionally, the World Bank's Rural Transport Improvement Project has supported LGED's institutional capacity via road safety research, speed management protocols, and targeted training programs implemented by December 2023, enhancing technical competencies in maintenance and safety standards.^[105] These efforts extend to the ADB's Improving Urban Governance and Infrastructure Program (2024-2028), which strengthens LGED's role in municipal capacity for resilience, including performance-based incentives and infrastructure management training across 88 pourashavas.^[50] Ongoing collaborations, such as the B-STRONG program's subcomponent on community empowerment and institutional strengthening, further prioritize LGED's organizational sustainability through livelihood enhancement and governance reforms.^[106] While these initiatives have improved procedural efficiencies and technical skills, their long-term impact depends on sustained domestic funding and monitoring, as evidenced by periodic evaluations in LGED's progress reports.^[107]

References

[1]
Local Government Engineering Department (LGED) (Bangladesh)
The Local Government Engineering Department (LGED) is one of the largest public sector organizations in Bangladesh entrusted for planning and implementation ...
[2]
[PDF] Local Government Engineering Department: Problems of Good ...
Jul 21, 2013 · 2.1 LGED's Legal Structure and its Limitations. LGED works on the basis of several legal, strategic, and policy instruments which include Rural.Missing: date | Show results with:date
[3]
https://openknowledge.worldbank.org/bitstreams/22d...
... Local Government Engineering Department (LGED). The ORA draws on and adapts ... upgraded to the Local Government Engineering Bureau (LGEB) in 1984 with ...
[4]
[PDF] বাংলাদেশ। - স্থানীয় সরকার প্রকৌশল অধিদপ্তর
Local Government Engineering Department. The main objective of the Local Government Engineering Department is to increase production in agricultural and non ...
[5]
Local Government Engineering Department (LGED)
Local Government Engineering Department (LGED) is one of the largest engineering department in Bangladesh. It provides technical support to the Local Government ...Missing: objectives | Show results with:objectives
[6]
At a glance
Local Government Engineering Department (LGED) is one of the largest public sector organizations in Bangladesh entrusted for planning and implementation of ...Missing: functions | Show results with:functions
[7]
https://oldweb.lged.gov.bd/UnitAbout.aspx?unitID=1
[8]
[PDF] Overall view of LGED Activities - ESCAP
Sep 11, 2023 · *LGED = Local Government Engineering Department. *MoLGRD&C = Ministry of Local Government Rural. Development & Cooperatives. 4. Total manpower.Missing: objectives | Show results with:objectives<|control11|><|separator|>
[9]
[PDF] ORGANOGRAM OF LGED Local Government Division
ORGANOGRAM OF LGED. Local Government Division. Total Manpower: Manpower. 5. 1 CE ... Dhaka, Gazipr, Mnkgnj, N-gonj,. SrAE. 6. 72. Addl. CE. 5. POST CREATED UNDER ...Missing: chart | Show results with:chart
[10]
Chief Engineer - LGED
Chief Engineer. Addl Chief Engineer. Development. Partners. Superintending. Engineer. Supervision. Consultants. Project Director. Supported by DPD, SrAE,. AE, ...
[11]
LGED HQ & Dhaka Office - স্থানীয় সরকার প্রকৌশল অধিদপ্তর
আইপি ইন্টারকম নম্বর সমূহ (এলজিইডি সদর দপ্তর ও ঢাকা অফিস) · 1. Mechanical Section, Al Helal Md. Asad · 2. Mechanical Section, Mizanur Rahman · 3. Mechanical Section ...
[12]
[PDF] Organogram Of LGED District Office - CHITTAGONG
Mechanical Foreman. Sub-Assistant Engineer. Drivers. Accountant. Steno Typist. Upper Divisional Assistant. Office Helper. Organogram Of LGED District Office.Missing: Bangladesh chart
[13]
LGED stalled in promotion jam - Daily Industry
Sep 27, 2025 · After the end of Abdur Rashid Miah's term as Chief Engineer (CE), promotion jam for almost all posts including Additional Chief Engineers ...
[14]
The Planning Unit of LGED delivers a wide range of activities to ...
The main objectives of all those policies are to achieve higher economic growth ... Local Government Engineering Department (LGED) Level-6, LGED Bhaban ...
[15]
বিভাগ,-অঞ্চল,-জেলা,-উপজেলা-কার্যালয়ের-মোবাইল-ও-ইমেইল
বিভাগ, অঞ্চল, জেলা, উপজেলা কার্যালয়ের মোবাইল ও ইমেইল ; 1. Barishal Division. Addl. Chief Engineer ; 2. Chattogram Division. Addl. Chief Engineer ; 3. Dhaka Division. Addl. Chief ...Missing: structure | Show results with:structure
[16]
History of LGED
The Rural Works Programme included in the Cumilla model was basically aimed at developing rural infrastructures. ... LGED is currently implementing the three ...
[17]
lged.bhairab.kishoreganj
The implementation of rural development programs included in the Comilla Model was primarily the basis of the development of rural infrastructure. Later, in the ...Missing: Cumilla | Show results with:Cumilla<|separator|>
[18]
[PDF] Bringing Poverty Focus in Rural Infrastructure Development
See World Bank 1996. 31 The three elements of the'Comilla Model' of the 1960s e.g. Rural Works Programme (RWP). Thana Irrigation. Programme (TIP) and Thana ...Missing: Cumilla | Show results with:Cumilla
[19]
[PDF] The Role of Organizations in the Growth of the Rural Non-Farm ...
DEVELOPMENT OF LGED AS A KEY INSTITUTION FOR RNF SECTOR. GROWTH. 3.1 History of LGED's Emergence ... establishment of LGED is 9,548, making the LGED one of the ...
[20]
47243-004: Rural Connectivity Improvement Project
Investments will be made to (i) upgrade about 1,700 kilometers of rural roads to all-weather standards in 34 districts located in five divisions; (ii) improve ...
[21]
[PDF] Rural Connectivity Improvement Project - Additional Financing
The proposed additional financing for the Rural Connectivity Improvement Project will support rehabilitation and/or widening of approximately 930 kilometers ...
[22]
Rural Connectivity Improvement Project Leads to Women ...
Rural Connectivity Improvement Project (RCIP) has created 5.88 million person-days for workers to implement various road improvement schemes.
[23]
[PDF] ReCAP Impact Case Study on Bangladesh - GOV.UK
Dec 5, 2020 · The Local Government Engineering Department (LGED), an arm of Bangladesh government, is responsible for development of rural roads and transport ...
[24]
Project Home
Construction of Under 100m Bridge on Upazila, Union & Village Road Project (UHBP) (UHBP) ; Implementing Agency, : LGED ; Project Code, : 224280600 ; Project Name ...Missing: Bangladesh milestones post- 2010
[25]
[PDF] 49329-006: Second City Region Development Project
LGED will establish a Project Management and Coordination Unit (PMCU) comprising officials including an. Environmental Safeguard Officer who is a permanent ...
[26]
[PDF] Seventh Five Year Plan FY2016 – FY2020 - LGED
Nov 11, 2015 · ... Hierarchy of Urban Local Governments ... administrative leadership. Harnessing technology and innovation to fast track development ...
[27]
Bangladesh Public Procurement Authority - BPPA
Feb 1, 2021 · The government has proposed to increase the percentage of rural roads classified as good from 43% in 2016 to 80% in 2020. The Local Government ...
[28]
A Methodology for Planning and Prioritisation of Rural Roads in ...
In recent years LGED has developed a road database that maintains information on road characteristics, traffic counts by mode on the market and non-market days, ...
[29]
[PDF] Bangladesh: Sustainable Rural Infrastructure Improvement Project ...
The plan is for development of 4,500 GCMs by 2025. LGED's road master plan for 20 years from 2005 to 2025 envisages an investment of $26 billion for ...
[30]
[PDF] Bangladesh: Sustainable Rural Infrastructure Improvement Project
LGED's road master plan for 2005–2025 envisages an investment of $26 billion to improve rural infrastructure. 3. ADB Sector Experience and Assistance Program. 6 ...Missing: 1980-2000 | Show results with:1980-2000
[31]
Bangladesh: Infrastructure development and maintenance key for ...
Dec 5, 2024 · The local resource-based (LRB) approach to infrastructure development aims to improve physical access to goods, services and facilities ...
[32]
[PDF] Rural-Road-Safty-Manual_English.pdf - provati3
traffic and safety characteristics and planning process of LGED roads projects in Bangladesh. 2.1.1 Road Network Classification. The primary purpose and ...
[33]
About CReLIC
center of excellence and a hub of knowledge on climate resilience for local infrastructure at LGED and for Bangladesh. ... Act as a helpdesk, etc. KMS in ...<|control11|><|separator|>
[34]
http://oldweb.lged.gov.bd/ProjectImplementationStrategy.aspx?projectID=739
[35]
[PDF] 53237-001: Climate and Disaster Resilient Small-Scale Water ...
The project will be implemented by a Project Management Unit. (PMU) in Dhaka, and district level Project Implementation Units (PIUs) set up within the. LGED.
[36]
Functions
Local Government Engineering Department (LGED) Level-6, LGED Bhaban, Agargaon, Sher-E-Bangla Nagar Dhaka-1207.+880 2 9127158. Home |; Privacy Policy |; Terms of ...
[37]
About LGED
Aug 7, 2025 · It began its journey in 60s as Rural Works Programme and with the passage of time its activities expanded from remotest corner of the country ...Missing: legal framework
[38]
[PDF] Approach to Rural Road Prioritization for Maintenance by LGED
approach for improving road maintenance management system for LGED. Most of the rural roads in Bangladesh were under responsibility of Department of LGED.
[39]
LGED implements wide-ranging rural infrastructural development ...
Sep 1, 2025 · To address natural disaster-related damages, LGED has also undertaken the Flood and Disaster Damaged Rural Road Infrastructure Rehabilitation ...<|separator|>
[40]
[PDF] 6.4 Guidelines for Operation and Maintenance
Local Government Engineering Department (LGED). 6.4 Guidelines for. Operation ... because the functions of municipalities and city corporations prescribed in ...
[41]
Major Functions
Rural Development: LGED is a national and internationally acclaimed world class engineering department in the field of rural infrastructure development.
[42]
ADB-47243-004 Rural Infrastructure Maintenance Program
DESCRIPTION. The proposed Rural Connectivity Program (RCP) will focus on improving rural road rehabilitation and maintenance in Bangladesh.
[43]
Unit Achivments
Also LGED plans and implements projects inpartnership with local stakeholders and beneficiaries. Integrated WaterResources Management (IWRM) Unit was ...Missing: Bangladesh | Show results with:Bangladesh
[44]
53237-001: Climate and Disaster Resilient Small-Scale Water ...
This project renews the emphasis on flood and drought risk management, drainage improvement, and irrigation systems modernization.
[45]
39432-013: Participatory Small-Scale Water Resources Sector Project
The Project will support the National Strategy for Accelerated Poverty Reduction II of the Government of Bangladesh, which identifies water resources ...
[46]
[PDF] Government of the People's Republic of Bangladesh
Jul 30, 2024 · Project Name: Climate and Disaster Resilient Small Scale Water Resources Management Project (CDRSSWRMP). Name of the PD: Sheikh Md. Nurul ...
[47]
https://oldweb.lged.gov.bd/UnitAbout.aspx?unitID=10
### Summary of Urban Management Unit (UMU) of LGED
[48]
GCA Strengthens Urban Climate Resilience in Bangladesh through ...
May 19, 2025 · The program, implemented by the Local Government Engineering Department (LGED), targets 88 pourashavas to strengthen service delivery and ...
[49]
Objective
To improve urban functions by improving urban infrastructure and strengthening city governance related to infrastructure development in the targeted cities, ...
[50]
55307-001: Improving Urban Governance and Infrastructure Program
The program supports improving urban governance and services in 88 pourashavas (municipalities) of Bangladesh from fiscal year (FY) 2024 to 2028, benefiting 7. ...
[51]
https://www.tbsnews.net/bangladesh/adb-fund-300m-2-projects-water-supply-sanitation-city-region-development-1269721
[52]
Project Home
Implementing Agency, : LGED ; Project Code, : 224215400 ; Project Name, : Important Urban Infrastructure Development Project (2nd Phase) (1st Revised),(IUIDP-2).Missing: initiatives | Show results with:initiatives
[53]
https://www.dutchwatersector.com/news/rural-women-redesign-roads-to-work-with-water-in-bangladesh
[54]
Bangladesh moves forward with US$735 million highways programme
Aug 5, 2021 · A new US$735 million national highways in Bangladesh programme is focused on upgrading 260km of existing highway corridor.
[55]
LGED implements Tk 7.99b road development project in northern ...
Under the project, more than 105.70-km upazila roads, 323-km union roads and 502.74-km village roads were developed as well as 1060-meter bridges and culverts ...
[56]
[PDF] PROGRAM FOR SUPPORTING RURAL BRIDGES (SuPRB)
The Government of Bangladesh (GoB) has undertaken rural bridges maintenance program (the program) to sustain and enhance the rural connectivity through ...<|separator|>
[57]
Challenges and opportunities of growth centres in Bangladesh: rural ...
Jan 9, 2024 · According to LGED statistics, there are 2100 growth centres operating all over Bangladesh ... Growth Centre in the Rural Economy of Bangladesh ...
[58]
[PDF] Identifying the Growth Centers Connectivity Based on Road Network ...
Among the 539 Growth Centers of this region, 2 Growth Centers have been selected randomly from the two different districts which are Machmail Hat (Baghmara ...
[59]
[PDF] List of projects in Urban & Rural Infrastructure:
Technical Audit for Rural Roads and Markets. Improvement and Maintenance Project. LGED/WB. ESL. Apr 1999-. Aug 2001. 0.192. (0.150). Page 4. Sl. No. Project.
[60]
Achievement of LGED, Bhola from 2009 to December 2018
23 Union Parishad Complexes, 552 PrimarySchools , 51Growth centers/Hat bazar , 148 Cyclone Shelters, 6280m Bridges andCulverts,15981 hectors of Small scale ...
[61]
LGED-Perojpur Achievement
Thereare 23 Growth Centers in this district out of which 17 GC are already beendeveloped by LGED's different RD Projects. Moreover 24 Union Parisahad ...Missing: centres | Show results with:centres
[62]
Growth centres changing rural lives | The Business Standard
Nov 19, 2022 · Some 236 existing growth centres will also be turned into townships (urban centres). Besides, further expansion of 448 growth centres has been ...
[63]
[PDF] 137 - Local Government Division
Jun 30, 2024 · 1 Recent Achievements: In the last three fiscal years, 125.24 km roads, 75.9 km drain construction/ maintenance, 19,000 street lights/ energy ...
[64]
(PDF) Impact of Rural Infrastructure on Farm and Non-Farm ...
Aug 9, 2025 · The present study jointly determines the impact of rural infrastructure on the decision to choose between farm and non-farm enterprises vis-à-vis income.
[65]
40515-013: Sustainable Rural Infrastructure Improvement Project
The Sustainable Rural Infrastructure Improvement Project will reduce poverty and raise incomes in 21 districts of northwest and southwest Bangladesh by ...
[66]
Research | BIDS - Bangladesh Institute of Development Studies
This study attempts to assess the long-term socio-economic impact of rural transport and trade infrastructure development carried out by the Local Government ...
[67]
[PDF] bangladesh - rural infrastructure strategy study
Rural development Projects (RDP) implemented by LGED, including the IDA-supported. RRMIMP-1, provide consistent evidence that FRB road improvements: (a) ...
[68]
[PDF] socio-economic impact of transport infrastructure: a bangladesh
The contribution of road in communication sector is approximately 10% while rural infrastructure 12% of the national GDP. Infrastructure variables such as ...
[69]
Bangladesh Local Government Engineering Department | WorldFish
The Local Government Engineering Department (LGED) is one of the largest public sector organizations in Bangladesh. It is responsible for planning and ...
[70]
Publication: Operational Risk Assessment (ORA) for Local ...
Citizens generally must believe that they can actually do something about corruption in order to summon the courage to act upon that belief. Based on ...
[71]
Publication: Operational Risk Assessment (ORA) for Local ...
In April, 2008 the World Bank and the Local Government Engineering Department (LGED) commenced a study with the following objectives: (i) to assess ...Missing: establishment | Show results with:establishment
[72]
ACC files 8 cases for embezzling TK 1079cr in Pirojpur LGED | Others
Apr 17, 2025 · Furthermore, the ACC suspected embezzlement of nearly TK 91 crore in three other projects. The eight cases were officially filed on April 15.
[73]
5 held over 1,000C graft in Pirojpur LGED office - Dhaka Tribune
Apr 17, 2025 · 5 held over 1,000C graft in Pirojpur LGED office · ACC filed eight separate cases against 23 people for their involvement with the massive graft ...Missing: scandals | Show results with:scandals
[74]
3 LGED road and bridge projects: Tk343cr gone, no real work
Sep 16, 2025 · Officials at the Pirojpur LGED said Maharaj's brothers withdrew money in collusion with former executive engineer Abdus Sattar and accounts ...Missing: scandals | Show results with:scandals
[75]
ACC finds evidence of corruption in LGED's Tk1,909cr post-flood B ...
The ACC discovered evidence of abnormally high prices set for various project items even before the project activities began, which prompted today's raid.Missing: scandals | Show results with:scandals
[76]
https://bdreports24.com/lged-graft-trail-leads-to-tk-300cr-scandal/
[77]
LGED engineer Rashedul owns plots, flats in Dhaka, wife possesses ...
Apr 27, 2025 · Sources involved in the investigation have indicated that all funds in the bank accounts of Rashedul and Aparna have been frozen and the plots ...Missing: scandals | Show results with:scandals
[78]
ACC launches enforcement drives across 36 LGED offices
Apr 29, 2025 · The Anti-Corruption Commission (ACC) launched simultaneous enforcement drives across 36 offices of the Local Government Engineering ...
[79]
Graft allegations: ACC sues LGED engineers, contractors
Apr 28, 2025 · The Anti-Corruption Commission has filed two separate cases against four engineers and two contractors of the Local Government Engineering ...
[80]
[PDF] World Bank Document
Oct 2, 2009 · This volume examines key, type 3 risks of the external environment. Type 3 risks, or “political control risks” are risks that LGED can ...
[81]
[PDF] Delays in Local Government Development Projects in Bangladesh
Additionally, issues such as difficulties in capital release, low rates of project implementation, natural disasters, and inefficient project management create.Missing: hurdles | Show results with:hurdles
[82]
[PDF] Local Government Division
Environmental Concerns: Dust, noise, improper solid waste disposal, and waterlogging during monsoon. Biotic Environment. • Common native flora: Rain tree, ...
[83]
[PDF] Local Government Division
Current issues: Damaged roads, potholes, narrow carriageway (2–3 m), no proper drainage, seasonal waterlogging, and lack of street lighting. Expected benefits: ...<|separator|>
[84]
[PDF] G5 Environmental Assessment of Subproject - CReLIC, LGED
The Department of Environment (DoE) issues environmental clearance to new industries and projects. For this purpose, all projects are classified from ...
[85]
[PDF] World Bank Document
Apr 17, 2025 · LGED has significant experience in managing environmental and social issues under the Bank's Environmental and Social. Framework (ESF) and ...
[86]
[PDF] EARF: Bangladesh: Sustainable Rural Infrastructure Improvement ...
The purpose of the EARF is to guide the LGED and the consultants on environmental issues in the task of implementing the various components of the. Project.
[87]
https://d197for5662m48.cloudfront.net/documents/publicationstatus/285745/preprint_pdf/edb8aa613e79b5377d677b595e300f31.pdf
[88]
[PDF] Bangladesh: Road Maintenance and Improvement Project
Expanding the capacity of the Dhaka–Chittagong Corridor was necessary to establish efficient transport between the country's capital and its main port.
[89]
Proposal sent back, seeking foreign aid suggested
Feb 28, 2025 · The LGD earlier sent the proposal for the project involving the maintenance of 91,080 kilometres of rural roads across the country. The project, ...
[90]
[PDF] Multipurpose Disaster Shelter Project (P146464)
Dec 31, 2024 · Additionally, a few sites were found to have non-compliance issues related to the poor condition of fencing, school sheds, labor sheds, improper ...
[91]
A study on delay of Local Government Development Projects ...
This study aims to identify the issues affecting local government projects in Bangladesh and their significant impacts.
[92]
The Pursuit of Tender Evaluation Efficiency in LGED - LinkedIn
Mar 6, 2025 · This write-up is about the story of how LGED managed to increase its e-GP tender evaluation efficiency through top-level monitoring using a data ...Missing: problems | Show results with:problems
[93]
Improvement of procurement performance of Local Government ...
This report investigates LGED's procurement efficiency, focusing on key performance indicators (KPIs) and comparing it with the National e-GP portal.Missing: problems | Show results with:problems
[94]
a case study on Tongibari upazila, Munshiganj - BracU IR
A case study is conducted with LGED officials addressing three aspects of sustainability to know the current scenario of sustainable procurement practice in the ...
[95]
[PDF] Compendium-on-Nature-Based-Solutions-for-Urban-Resilience-In ...
The Local Government Engineering Department (LGED) has long played a leading role in advancing urban infrastructure across Bangladesh, contributing to ...
[96]
Project Home
The Local Government COVID-19 Response & Recovery Project (LGCRRP) is implemented by LGED, approved on 22/03/2022, starting in Apr-2022 and completing in Dec- ...
[97]
[PDF] Bangladesh Climate Resilience and Livelihood Enhancement ...
The Climate Resilience and Livelihood Enhancement Project (CRALEP) aims to significantly reduce poverty and enhance climate resilience in the flood-prone Haor ...<|control11|><|separator|>
[98]
Project profile – PROVATI3
Sep 30, 2025 · The PROVATI3 project aims to promote resilience of vulnerable people through infrastructure, skills, and information, to reduce poverty and ...
[99]
Rural Employment and Road Maintenance Programme-3 (RERMP-3)
Project Information Table ; Implementing Agency, : LGED ; Project Code, : 224300300 ; Project Name, : Rural Employment and Road Maintenance Programme-3 (RERMP-3).
[100]
Project Home
Need Based Infrastructure Development of Government Primary Schools Project (1st Phase) (NBIDGPS-1) লেভেল-৩, এলজিইডি ভবন NBIDGPS-1
[101]
Project Current Activities - LGED
Flood & Disaster Damaged Rural Road Infrastructure Rehabilitation Project (1st Revised) (FDDRIRP) ... Local Government Engineering Department (LGED), LGED Bhaban, ...
[102]
Bangladesh
LGED is assisting the city corporations through CGP for developing improved service delivery system. The project has attached importance to seven points.Missing: history | Show results with:history
[103]
51319-001: Institutionalizing Gender Equality Practices in the Local ...
Bangladesh : Institutionalizing Gender Equality Practices in the Local Government Engineering Department ... institutional development. Water and other ...
[104]
Objective
Level-07, RDEC Bhaban, Local Government Engineering Department (LGED), Agargaon, Sher-e-Bangla Nagar, Dhaka-1207. Objective. The Objective of LGCRRP is to ...
[105]
[PDF] Rural Transport Improvement Project - World Bank Document
Dec 31, 2023 · ... road safety capacity of LGED; development of LGED's. Road Safety Action Plan; and identification of speed management measures for rural roads.
[106]
[PDF] Local Government Engineering Department (LGED) - B-STRONG
Sep 24, 2025 · The Project Implementation Unit (PIU) is mandated to manage the Project in keeping with the. Borrower's obligation to use the Project fund with ...
[107]
Project Home
... Bangladesh aiming at improving rural accessibility and strengthening institutional capacity of LGED. RTIP-II is implemented by the Local Government Engineer ...