NivaarExam Prep

04-BS-15

Worked solutions to 9 past sittings (2013–2019), 58 questions. Pick a sitting, or start from a topic below.

Topics across the sittings

Topics that come up in more than one sitting, taken from the headings of our worked solutions. A topic counts once per sitting.

Questions by sitting

December 2019

  1. Question 1: Orthographic Views, Dimensioning & Feature-Based CAD Sequence
  2. Question 2: Isometric View from a Third-Angle Multiview Drawing
  3. Question 3: Section View Selection
  4. Question 4: Types of Fits for Holes and Shafts
  5. Question 5: Cantilever Deflection — Beam Formula vs. FEA vs. Physical Test
  6. Question 6: Customer Needs vs. Product Design Specifications

December 2018

  1. Question 1: Orthographic views, dimensioning, CAD sequence and manufacturing for a ramped-slot base bracket
  2. Question 2: Isometric sketch from a given multiview
  3. Question 3: Clearance, transition and interference fits
  4. Question 4: Section view of a bossed plate
  5. Question 5: Customer requirements and design specifications

May 2018

  1. Question 1: Orthographic views, dimensioning, CAD sequence and manufacturing for a pillow-block bracket
  2. Question 2: Isometric sketch from a given multiview (chamfered, notched cube)
  3. Question 3: ISO metric fit table — meaning and use in design
  4. Question 4: Section view of a post-and-base part (offset section)
  5. Question 5: Quality Function Deployment (QFD) — purpose and procedure

December 2017

  1. Question 1: Views, dimensioning, CAD sequence and manufacture of a pipe-saddle clamp
  2. Question 2: Isometric view from a multiview drawing
  3. Question 3: Interpreting the GD&T annotations
  4. Question 4: Section view of a stepped plate with a counterbored boss
  5. Question 5: The engineering design process

December 2016

  1. Question 1: Orthographic views, section, CAD sequences and manufacture of a slotted step block
  2. Question 2: Auxiliary view, isometric view and dimensioning of a bearing bracket
  3. Question 3: Functions, datum features and GD&T for a shoulder bracket

May 2015

  1. Question 1: Isometric pictorial from an orthographic projection
  2. Question 2: Orthographic projection from an isometric pictorial
  3. Question 3: Identify and sketch the missing (top) view
  4. Question 4: Rotate a labelled pictorial 90° about an edge
  5. Question 5: Dimension an orthographic projection
  6. Question 6: First-angle vs. third-angle projection
  7. Question 7: Assembly constraints and degrees of freedom
  8. Question 8: Section view from an isometric pictorial
  9. Question 9: Stages of the design process (hinge assembly)

December 2014

  1. Question 1: Isometric Pictorial from an Orthographic Projection
  2. Question 2: Orthographic Projection from an Isometric Assembly
  3. Question 3: Identify and Sketch the Missing View
  4. Question 4: Scalable vs. Non-Scalable Edges on an Isometric Pictorial
  5. Question 5: Re-sketch an Isometric Pictorial in the Same Rotation
  6. Question 6: Dimension the Orthographic Projection
  7. Question 7: First-Angle vs. Third-Angle Projection
  8. Question 8: Size, Location and Coordinate Dimensions
  9. Question 9: Orthographic Section View of a Bracket
  10. Question 10: Stages of the Design Process

May 2013

  1. Question 1: Orthographic Projection from an Isometric Pictorial
  2. Question 2: Isometric Pictorial from an Orthographic Projection
  3. Question 3: Auxiliary View — True Shape of an Oblique/Inclined Face
  4. Question 4: Dimensioning an Orthogonal Projection
  5. Question 5: Constructive Solid Geometry — Boolean Primitive Construction
  6. Question 6: Section View Selection
  7. Question 7: First-Angle vs. Third-Angle Projection
  8. Question 8: Size, Location, and Coordinate Dimensioning
  9. Question 9: Two Section Types — Full, Half, Offset (any two of three)
  10. Question 10: Drawing Documentation Terms (any two of three)

Undated paper

  1. Question 1: Orthographic views, dimensioning, CAD sequence and manufacturing for a twin-tower saddle bracket
  2. Question 2: Isometric sketch from a given multiview
  3. Question 3: Basic hole system and basic shaft system
  4. Question 4: Section view of a stepped hub/pulley
  5. Question 5: The engineering design process