100+ Free MCA Second Engineer Engineering Drawing Practice Questions

Prepare for the MCA Second Engineer — Engineering Drawing (SQA Written Examination) exam with instant access — no signup required.

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2026 Statistics

Key Facts: MCA Second Engineer Engineering Drawing Exam

≥50%

Minimum pass mark for Second Engineer academic examinations

MSN 1857 Amendment 1

040-36

Current SQA management-level drawing-related subject code (Engineering, Systems and Ship’s Drawing)

Qualifications Scotland–MCA engineer examination timetable

£145

Illustrative SQA academic paper fee (plus centre admin) on a 2025/26 approved-centre schedule

Warsash/Solent SQA management-level fees notice 2025/26

BS 8888:2004 / PD 7308

Standards named for assembly scales, lines, dimensions, abbreviations, conventions and standard parts

GOV.UK Engineering Drawing Written Examination Syllabus

1st & 3rd angle

Orthographic projection methods required by the syllabus (including sectional views)

GOV.UK Engineering Drawing Written Examination Syllabus

MCQ study adaptation

This free practice bank (official paper is drawing production/interpretation)

OpenExamPrep study aid (not official paper)

Free 100-question English MCQ study bank for MCA Second Engineer Engineering Drawing (STCW III/2 academic module under MSN 1857). Official exam: drawing production/interpretation paper (SQA management-level 040-36 suite), pass mark at least 50%, fee confirm with centre (academic fee commonly around £145 plus admin). Covers communication, instruments, first/third-angle orthographic, sections, isometric source data, dimensioning, BS-style conventions and marine assemblies. Not an official paper simulation.

Sample MCA Second Engineer Engineering Drawing Practice Questions

Try these sample questions to test your MCA Second Engineer Engineering Drawing exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1According to the MCA Second Engineer Engineering Drawing syllabus, why is engineering drawing treated as a means of communication?

A.It provides an unambiguous graphical record so parts can be manufactured, assembled and maintained without relying only on verbal description

B.It replaces all written operating procedures on board

C.It is used only for decoration of technical manuals

D.It eliminates the need for any dimensional tolerances

Explanation: The syllabus opens by stating the need for engineering drawing as a means of communication. Detail and assembly drawings convey geometry, fit and construction so workshops and ship staff interpret the same information consistently.

2A single-component detail drawing is primarily intended to show:

A.All information needed to manufacture or inspect one part completely

B.Only the ship’s general arrangement of machinery spaces

C.Only electrical cable routing for the whole vessel

D.Only the crew muster list locations

Explanation: The syllabus requires stating the need for single-component detail drawings. A detail drawing fully defines one part’s shape, sizes, material and finish so it can be made or checked without reference to other parts.

3What is the main purpose of a sub-assembly drawing in marine engineering documentation?

A.To show how several related parts fit together as a functional group before full plant assembly

B.To replace all individual detail drawings of every part

C.To show only the exterior paint scheme of the hull

D.To record only the ship’s official number and call sign

Explanation: The syllabus requires stating the need for sub-assembly and assembly drawings. A sub-assembly drawing clarifies fit and relationship of a group of parts (for example a pump cartridge or valve unit) without showing the entire machinery plant.

4An assembly drawing of a common piece of marine engineering machinery is mainly used to:

A.Show how all parts of the unit fit and work together, including overall dimensions and identification of components

B.List only the chemical composition of each alloy used

C.Provide only the dry-dock schedule for the ship

D.Replace the need for any isometric views during design

Explanation: The syllabus requires producing general assembly drawings of marine engineering machinery. Assembly drawings communicate arrangement, mating of parts, and often a parts list so the unit can be built or overhauled correctly.

5The MCA Engineering Drawing syllabus general note expects students to work in accordance with which British Standard family (as named in the syllabus)?

A.BS 308 (with assembly practice also referencing BS 8888:2004 Technical Product Documentation and PD 7308)

B.Only ISO 9001 quality management with no drawing conventions

C.Only SOLAS Chapter II-2 fire safety without product documentation standards

D.Only the International Convention on Load Lines

Explanation: The official syllabus general note expects awareness of BS 308. Section 5 further requires scales, lines, dimensions, abbreviations, conventions and standard parts in accordance with BS 8888:2004 and PD 7308. (BS 308 is the historic engineering-drawing standard later superseded in industry by BS 8888; follow the syllabus wording for exam study.)

6Why might a workshop prefer a detail drawing over only a freehand verbal description when making a spare gland packing retainer?

A.Dimensions, tolerances, material and finish are recorded so the replacement matches the original function and fit

B.Verbal description always guarantees identical interchangeability

C.Detail drawings are illegal to use in UK marine workshops

D.Only colour photographs are accepted as manufacturing data

Explanation: Engineering drawing exists so manufacture and repair are repeatable. A detail drawing freezes geometry and requirements so different workshops produce interchangeable parts.

7Which pair correctly matches drawing type to typical content for marine machinery?

A.Detail drawing: one part fully dimensioned; assembly drawing: multiple parts shown fitted with identification

B.Detail drawing: only ship stability curves; assembly drawing: only weather forecasts

C.Detail drawing: only fuel oil analysis; assembly drawing: only crew certificates

D.Detail drawing: only radio frequencies; assembly drawing: only GMDSS log extracts

Explanation: Detail drawings define individual components; assembly drawings show how those components fit as a unit. That distinction is explicit in the MCA Engineering Drawing syllabus communication section.

8When a manufacturer issues both an isometric pictorial of a valve chest and a full orthographic assembly, the orthographic assembly is preferred for manufacture mainly because:

A.True sizes and relationships can be dimensioned without pictorial foreshortening ambiguity

B.Isometric views always show hidden internal features more clearly than sections

C.Orthographic drawings never need a parts list

D.Isometric drawings cannot show marine components at all

Explanation: Orthographic projection gives true shape and size on principal planes so dimensions and fits can be stated unambiguously. Isometrics aid visualisation but foreshorten edges and are not ideal as sole manufacturing data.

9On a traditional drawing board layout, the T-square (tee square) is primarily used to:

A.Provide a straight horizontal guide edge and a base for set squares

B.Measure only internal diameters of pipes

C.Cut packing rings to exact length

D.Record only the ship’s IMO number

Explanation: The syllabus lists the tee square among required instruments. Its stock rides the board edge so the blade gives a true horizontal guide; set squares rest on it for vertical and angled lines.

10Which set-square pair does the MCA Engineering Drawing syllabus specifically name?

A.45° set square and 30°/60° set square (syllabus wording: 45° and 30°)

B.Only 15° and 75° set squares with no 45°

C.Only adjustable French curves without fixed angles

D.Only a circular protractor template for every line

Explanation: Syllabus instrument list: set squares (45° and 30°). In practice that means the 45° set square and the 30°/60° set square used with the T-square for standard angles.

About the MCA Second Engineer Engineering Drawing Exam

The MCA Second Engineer Engineering Drawing examination assesses whether candidates can communicate marine engineering geometry to workshop and shipboard standards. The official GOV.UK syllabus covers engineering drawing as communication (detail, sub-assembly and assembly drawings), drawing instruments and their care, orthographic projection in first and third angle including sectional views, and general assembly drawings produced from dimensioned isometric views of common marine machinery components, using scales, lines, dimensions, abbreviations, conventions and standard parts in accordance with BS 8888:2004 and PD 7308 (with general awareness of BS 308). For CoC purposes, Engineering Drawing is one of the Second Engineer academic examinations that must be passed at a minimum of 50% under MSN 1857 Amendment 1; current SQA management-level delivery is scheduled as 040-36 Engineering, Systems and Ship’s Drawing. This free bank is an English-language multiple-choice study adaptation of that drawing syllabus — not an official SQA paper or a substitute for timed drawing production practice.

Assessment

IDENTITY NOTE (verified 2026-08-08): there is no longer a separate Second Engineer and Chief Engineer academic examination. From 1 January 2017 the two were combined into a single Management Level (STCW III/2) paper per subject (MSN 1857 (M+F)), and Qualifications Scotland — which replaced the SQA on 1 February 2026 — timetables only the 040 Management Engineer series for 2025/26 and 2026/27. This page covers Management Level paper 040-36 Engineering, Systems and Ship's Drawing, which is sat once and counts towards both the Second Engineer and the Chief Engineer Certificate of Competency. Official: written engineering drawing paper requiring orthographic projection (first- and third-angle), sectional views, and general assembly drawings from dimensioned isometric views of marine engineering machinery components, with scales, lines, dimensions, abbreviations, conventions and standard parts in accordance with the standards named in the syllabus (BS 308 awareness; BS 8888:2004 and PD 7308 for assembly practice). Modern SQA delivery sits in the management-level engineer examination suite (040-36). This practice set converts that assessable knowledge into four-option MCQs for study fluency.

Time Limit

Confirm with SQA centre (historical 040-36 papers: 2 or 3 hours; start often 1315)

Passing Score

At least 50% (MSN 1857 Amendment 1 for Second Engineer academic examinations). Confirm any section-minimum rules on the current paper with your centre.

Exam Fee

SQA academic fee illustrated at £145 per academic subject on Warsash/Solent 2025/26 management-level schedule; centre admin fees extra — confirm current total before booking (Maritime and Coastguard Agency (MCA) / Scottish Qualifications Authority (SQA))

MCA Second Engineer Engineering Drawing Exam Content Outline

10%

Engineering Communication

Purpose of engineering drawing; single-component detail drawings; sub-assembly and assembly drawings for marine machinery documentation

10%

Drawing Equipment

Board, tee square, 45° and 30° set squares, compasses, spring bows, metric scale rule, pencils, eraser, protractor, dividers — use and care

25%

Orthographic Projection

Need for orthographic multi-view drawings; first-angle and third-angle projection; alignment of elevations, plans and end views; projection symbols

15%

Sectional Views

Full, half, offset, local and related sections; cutting planes; hatching; conventions for shafts, fasteners and ribs

10%

Isometric and Pictorial Source Data

Reading dimensioned isometric views of components and transferring true axial sizes into orthographic assemblies

15%

Dimensioning, Scales, Lines and Abbreviations

True-size dimensions, reduction scales, line hierarchy, Ø/R/PCD/A/F, leaders, tolerances and title-block data

15%

Conventions, Materials and Marine Assemblies

BS 308 awareness; BS 8888:2004 and PD 7308 conventions; standard parts; materials notation; general assemblies of marine engineering machinery

How to Pass the MCA Second Engineer Engineering Drawing Exam

What You Need to Know

Passing score: At least 50% (MSN 1857 Amendment 1 for Second Engineer academic examinations). Confirm any section-minimum rules on the current paper with your centre.
Assessment: IDENTITY NOTE (verified 2026-08-08): there is no longer a separate Second Engineer and Chief Engineer academic examination. From 1 January 2017 the two were combined into a single Management Level (STCW III/2) paper per subject (MSN 1857 (M+F)), and Qualifications Scotland — which replaced the SQA on 1 February 2026 — timetables only the 040 Management Engineer series for 2025/26 and 2026/27. This page covers Management Level paper 040-36 Engineering, Systems and Ship's Drawing, which is sat once and counts towards both the Second Engineer and the Chief Engineer Certificate of Competency. Official: written engineering drawing paper requiring orthographic projection (first- and third-angle), sectional views, and general assembly drawings from dimensioned isometric views of marine engineering machinery components, with scales, lines, dimensions, abbreviations, conventions and standard parts in accordance with the standards named in the syllabus (BS 308 awareness; BS 8888:2004 and PD 7308 for assembly practice). Modern SQA delivery sits in the management-level engineer examination suite (040-36). This practice set converts that assessable knowledge into four-option MCQs for study fluency.
Time limit: Confirm with SQA centre (historical 040-36 papers: 2 or 3 hours; start often 1315)
Exam fee: SQA academic fee illustrated at £145 per academic subject on Warsash/Solent 2025/26 management-level schedule; centre admin fees extra — confirm current total before booking

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

MCA Second Engineer Engineering Drawing Study Tips from Top Performers

1Practise full orthographic constructions in both first-angle and third-angle until view placement is automatic — always check the projection symbol first

2Drill section conventions: hatch cut solids only; leave longitudinally cut shafts/fasteners unhatched; reverse hatch on adjacent parts

3Convert dimensioned isometrics into multi-view assemblies under timed conditions — that is the core official skill, not MCQ recognition alone

4Memorise line hierarchy and common symbols: outlines, hidden detail, centre lines, cutting planes, Ø, R, PCD, A/F and title-block scale/projection entries

5Keep instrument technique sharp (or CAD equivalent): T-square + 30°/45° set squares for isometric axes and orthographic accuracy

6Build a personal checklist from the GOV.UK syllabus headings: communication types, equipment, projection, sections, assembly conventions (BS 8888:2004 / PD 7308)

7Review MSN 1857 for how Engineering Drawing sits in the full Second Engineer CoC route alongside other academics, EK papers and the oral

8Use these MCQs to lock theory, then spend most remaining hours on complete drawing sheets that a marker could score

Frequently Asked Questions

What is the MCA Second Engineer Engineering Drawing exam?

It is the academic written examination on the MCA Second Engineer unlimited (STCW III/2) pathway that tests engineering drawing communication: orthographic projection (first and third angle), sectional views, and assembly drawings of marine machinery components to the standards named in the GOV.UK Engineering Drawing written examination syllabus.

Is the official exam multiple choice?

No. The official assessment is a drawing production and interpretation paper. Current SQA management-level scheduling lists 040-36 Engineering, Systems and Ship’s Drawing. These free practice items are an English-language multiple-choice study adaptation of the Engineering Drawing syllabus topics — not an official SQA paper simulation.

What is the pass mark?

MSN 1857 Amendment 1 requires a pass mark of at least 50% in MCA Second Engineer academic examinations at this level, including Engineering Drawing. Confirm any current section-minimum rules printed on your paper with the examination centre.

How long is the paper?

Confirm the current duration with your SQA centre. Historical published 040-36 papers have used both 2-hour and 3-hour sittings; management-level drawing papers are commonly listed to start at 1315 hours on the MCA/SQA timetable.

How much does the exam cost?

SQA academic subject fees are set periodically and charged via approved centres. A 2025/26 Warsash/Solent management-level schedule lists £145 per academic paper plus centre administration fees. Confirm the current total before booking.

What standards does the syllabus name?

The general note expects awareness of British Standard BS 308. Assembly drawing scales, lines, dimensions, abbreviations, conventions and standard parts are to be in accordance with BS 8888:2004 Technical Product Documentation and PD 7308.

Who administers the exam?

Written papers are administered by the Scottish Qualifications Authority (SQA) on behalf of the Maritime and Coastguard Agency (MCA) at approved examination centres.

What other Second Engineer academic exams are required?

MSN 1857 Amendment 1 lists Second Engineer academic examinations including Mathematics, Applied Mechanics, Applied Heat, Engineering Drawing, Electro Technology and Naval Architecture (management-level suite). Engineering Knowledge papers and the MCA oral are additional professional requirements for CoC issue.