THE JUSTIFICATION FOR REGULATING ENGINEERING — the argument worth being able to make, since a question may ask for it: 1. INFORMATION ASYMMETRY. A buyer cannot inspect the reinforcement inside a column. Where quality is unverifiable by the person bearing the risk, the market alone will not deliver it, because the cheaper unsafe building is indistinguishable from the safe one at the point of sale. 2. EXTERNALITIES. A building that collapses harms neighbours and passers-by who were never party to the transaction. 3. IRREVERSIBILITY. Structural failure kills; no compensation restores the position. 4. COMMON STANDARDS reduce transaction costs — everyone designing to the same code can rely on everyone else's work. ── THE HIERARCHY OF INSTRUMENTS ──────────────────────────── CONSTITUTION ↓ ACTS (passed by Parliament) — binding law ↓ RULES / REGULATIONS (made by government under an Act) — the operational detail, amended more easily than an Act ↓ DIRECTIVES, GUIDELINES, MANUALS ↓ STANDARDS AND CODES — technical requirements, MANDATORY where an Act or byelaw adopts them, ADVISORY otherwise ↓ CONTRACT SPECIFICATIONS — binding between the parties only THE DISTINCTION THAT MATTERS IN PRACTICE: A CODE IS NOT LAW UNTIL SOMETHING MAKES IT SO. The National Building Code acquires legal force through the Building Act and the municipal byelaws that require compliance for a building permit. An engineer should know which of the documents on their desk are binding and which are guidance. ── THE PRINCIPAL LEGISLATION FOR ENGINEERS IN NEPAL ──────── NEPAL ENGINEERING COUNCIL ACT 2055 (1998) Establishes the Council, provides for REGISTRATION of engineers, recognition of qualifications, the CODE OF ETHICS and disciplinary powers. PRACTISING AS AN ENGINEER WITHOUT REGISTRATION IS AN OFFENCE. This is the Act that makes "engineer" a protected professional title rather than a job description. BUILDING ACT 2055 (1998) and the NATIONAL BUILDING CODE Structural safety, permits, and enforcement through local government. Buildings are classified by construction type, with different levels of compliance required. MANDATORY RULES OF THUMB exist for small residential buildings so that non-engineered construction has a prescriptive path to reasonable safety — a pragmatic response to the reality that most houses are not designed by an engineer. ENVIRONMENT PROTECTION ACT 2076 (2019) AND RULES BES / IEE / EIA requirements, pollution control, environmental standards, and penalties. Replaced the 1997 Act. PUBLIC PROCUREMENT ACT 2063 (2007) AND REGULATIONS Bidding procedures, evaluation, contract award, blacklisting; the Public Procurement Monitoring Office. LABOUR ACT 2074 (2017) AND RULES Employment terms, working hours, minimum wage, OCCUPATIONAL SAFETY AND HEALTH obligations, social security. CONTRACT ACT 2056 (2000) — formation, performance, breach and remedies. COMPANIES ACT 2063 (2006) — incorporation and governance. ELECTRICITY ACT and its successors — licensing of generation, transmission and distribution; the framework within which hydropower development occurs. WATER RESOURCES ACT — allocation and licensing of water use. LAND ACQUISITION ACT 2034 (1977) — compulsory acquisition and compensation. INDUSTRIAL ENTERPRISES ACT — registration, incentives and classification of industries. RIGHT TO INFORMATION ACT 2064 (2007) — public access to information held by public bodies, which applies to project documents. ── THE INSTITUTIONS ──────────────────────────────────────── NEPAL ENGINEERING COUNCIL — registration, ethics, accreditation of programmes NEPAL BUREAU OF STANDARDS AND METROLOGY — Nepal Standards (NS), product certification, the NS mark DEPARTMENT OF URBAN DEVELOPMENT AND BUILDING CONSTRUCTION — the building code and public buildings MUNICIPALITIES AND RURAL MUNICIPALITIES — building permits and enforcement, a LOCAL GOVERNMENT function under the federal structure MINISTRY OF FORESTS AND ENVIRONMENT — EIA approval DEPARTMENT OF ELECTRICITY DEVELOPMENT — hydropower licensing PUBLIC PROCUREMENT MONITORING OFFICE — procurement rules and e-GP OFFICE OF THE AUDITOR GENERAL — audit of public spending DEPARTMENT OF LABOUR AND OCCUPATIONAL SAFETY

── STANDARDS AND CODES USED IN NEPAL ─────────────────────── · NEPAL STANDARDS (NS) — issued by the Bureau of Standards · NEPAL NATIONAL BUILDING CODE (NBC) — the NBC 100-series and others · INDIAN STANDARDS (IS) — WIDELY ADOPTED BY REFERENCE, particularly IS 456 for concrete, IS 800 for steel and IS 1893 for seismic design, because Nepal has not developed a full parallel set and the Indian codes address comparable conditions · BRITISH STANDARDS / EUROCODES and AMERICAN CODES (ACI, AASHTO, AISC) on donor-funded and international projects · ISO STANDARDS — ISO 9001 quality management, ISO 14001 environmental management, ISO 45001 occupational health and safety THE PRACTICAL POINT: A DESIGN MUST STATE WHICH CODE IT FOLLOWS, AND FOLLOW IT CONSISTENTLY. MIXING PROVISIONS FROM DIFFERENT CODES IS DANGEROUS, because each code is an internally calibrated system — load factors, material factors and detailing rules are set together, and taking a permissive load factor from one code with a permissive material factor from another silently removes the safety margin both assumed. ── PERMITS AND APPROVALS — THE SEQUENCE ──────────────────── A typical building project passes through: 1. LAND OWNERSHIP AND LAND USE verification 2. BUILDING PERMIT from the municipality — drawings and structural design submitted, checked, approved 3. ENVIRONMENTAL CLEARANCE where required 4. UTILITY CONNECTIONS approvals 5. CONSTRUCTION with inspection at defined stages 6. COMPLETION CERTIFICATE / occupancy permit A larger infrastructure project adds sectoral licensing (survey licence, generation licence), forest clearance, and land acquisition approvals. ── ENFORCEMENT, AND WHERE IT IS WEAK ─────────────────────── Mechanisms: inspection, stop-work orders, fines, demolition, blacklisting of contractors, cancellation of registration, and criminal liability in serious cases. THE HONEST ASSESSMENT, which an exam answer should be able to give: NEPAL'S LEGAL FRAMEWORK IS BROADLY SOUND; THE GAP IS IN IMPLEMENTATION. The recurring constraints are: · limited technical staff in local bodies to check designs and inspect construction · a very large stock of NON-ENGINEERED construction outside the permit system entirely · weak post-permit inspection, so approved drawings and built reality diverge · low awareness among owners and small builders · fragmented responsibilities across federal, provincial and local levels following the 2015 Constitution, with capacity at local level still developing THE POST-2015 REFORMS have strengthened this considerably — building permit systems, code compliance requirements and trained masons under reconstruction programmes — but COMPLIANCE REMAINS THE BINDING CONSTRAINT RATHER THAN THE ADEQUACY OF THE CODE. ── THE ENGINEER'S PERSONAL POSITION ──────────────────────── · KNOW WHICH INSTRUMENTS BIND YOUR WORK. Ignorance of an applicable code is not a defence. · COMPLY WITH THE LETTER AND THE PURPOSE. A design that technically satisfies a clause while defeating its intent fails the professional standard even if it passes the check. · KEEP RECORDS. Approvals, calculations, inspections and instructions — the file is the evidence of compliance. · MAINTAIN REGISTRATION and continuing competence. · WHERE A CLIENT INSTRUCTS NON-COMPLIANCE, refuse, in writing. LIABILITY DOES NOT TRANSFER TO THE PERSON WHO GAVE THE INSTRUCTION — the engineer who signed remains answerable, which is precisely why the signature has value. · REGULATION IS A FLOOR. Meeting the code is the minimum acceptable, not the definition of good engineering, and the distinction between the two is what professional judgement consists of.