Turbo Energy Design Engineer Interview Questions and Answers

Reasoning and aptitude test

Q1. About drawing and gd&t
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Q2. Software knowledge
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Reasoning and aptitude test

Q1. About drawing and gd&t
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Q2. Software knowledge
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Q1. Master section . Sections will be given by them. We need to recreate sections and match using surface
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Q1. Plastics_ Materials selection, Engineering features, About Tools
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Q1. General questions reated to salary discussion
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Q1. CAD test in catia
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CAD test in CATIA evaluates candidate's proficiency in using CATIA software for designing engineering projects.
• Demonstrate ability to create 3D models using CATIA software

• Show proficiency in creating assemblies and performing simulations in CATIA

• Explain experience in generating 2D drawings and technical documentation in CATIA
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Q2. Plastic material, defects
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Q1. Tell me about yourself Favourite engineering subject
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Q1. What is the Plastic defect
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Plastic defect is a flaw or imperfection in a plastic material that affects its quality and performance.
• Plastic defects can include air bubbles, warping, sink marks, flow lines, and voids.

• Air bubbles are trapped pockets of air within the plastic material.

• Warping is the deformation or twisting of the plastic material.

• Sink marks are depressions on the surface caused by uneven cooling.

• Flow lines are visible lines or strea...read more
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First round is aptitude test all type of questions asked like verbal, reasoning and Technical

Q1. Explain stress, strain curve diagram with example?
Ans. 
Stress-strain curve shows relationship between stress and strain in a material under tension.
• Stress-strain curve is a graphical representation of how a material deforms under stress.

• It typically consists of a linear elastic region, a yield point, plastic deformation, and ultimate failure.

• Example: Steel has a high yield strength, so its stress-strain curve shows a steep initial slope.

• Example: Rubber has a low yield stre...read more
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Q2. What is DOF? How many degrees of freedom from any object
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DOF stands for Degrees of Freedom. It refers to the number of independent parameters that define the configuration of an object.
• DOF is the number of ways a rigid body can move in 3D space.

• For a rigid body in 3D space, there are 6 degrees of freedom - 3 translational and 3 rotational.

• Examples of DOF include linear motion along x, y, z axes and rotational motion around x, y, z axes.
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