AMIE Section A Examination study guide
AMIE Section A Examination · Work through your exam, one topic at a time.
The Section A & B Examination is administered by The Institution of Engineers (India), an organisation established in 1920 and headquartered at 8 Gokhale Road, Kolkata-700020. The examination is listed on the Institution's official website under Education and CPD → Examinations, alongside instructions and guidelines, registration for Section B, and laboratory experiments. The Section A & B Examination is therefore a structured, institution-run assessment pathway rather than a university degree programme. It is intended for candidates who are pursuing or have pursued engineering studies outside the conventional route and who wish to demonstrate, through examination, a level of engineering knowledge recognised by the Institution. Topics on this exam: Section A curriculum (non-technical and basic engineering subjects) and Section B curriculum (engineering discipline specialisation). The AMIE Section A Examination study guide has 2 sections and about 744 words.
01Section A: Non-Technical and Basic Engineering Foundations
Section A checks whether you can reason clearly about engineering as a profession, not whether you can solve a discipline-specific problem. Expect questions on professional ethics and codes of conduct, safety and environmental responsibility, engineering economics, communication and documentation, units and dimensional consistency, basic mathematics and statistics, and elementary physics and materials concepts. The examiner is looking for disciplined judgement applied to a realistic scenario. Know the hierarchy of hazard controls (eliminate, substitute, engineer out, administrate, then personal protective equipment) and be able to rank options.
392 words, about 2 min02Section B: Engineering Discipline Specialisation
Section B examines depth within your chosen discipline: design methodology, analysis of systems under load or flow, material and component selection, standards and codes, tolerances, failure modes, and lifecycle considerations. Questions are typically applied scenarios requiring you to select the governing principle, set up the calculation correctly, and interpret the result with appropriate engineering judgement. Understand the design process as an iterative loop: define requirements, generate options, analyse, select, verify, and document. Know how safety factors relate to uncertainty in loads, material properties and consequences of failure.
352 words, about 2 min