Opus Industries Interview Questions and Answers

Machining processes are a group of operations used to shape and finish materials through the removal of material.

• Milling: cutting and shaping materials using a rotating cutter

• Turning: rotating a workpiece on a lathe while a cutting tool shapes it

• Drilling: creating holes in materials using a rotating drill bit

• Grinding: using an abrasive wheel to remove material and create a smooth surface

• Broaching: removing material wit...read more

Yes, I have extensive experience working on machining components drawings.

• I have created detailed drawings for various machined components using Autocad Mechanical.

• I am familiar with GD&T and can accurately represent machining tolerances on drawings.

• I have collaborated with machinists and engineers to ensure the manufacturability of the components.

• I have experience in creating assembly drawings that include machined co...read more

Different machines are used for various processes like turning, step cutting, and creating holes on the surface of a bar.

• For turning: Lathe machine is commonly used to rotate the workpiece while a cutting tool removes material to create cylindrical shapes.

• For step cutting: Milling machine is often used to remove material in steps to create precise shapes and sizes.

• For creating holes on the surface of a bar: Drilling ma...read more

Machining symbols are used to indicate specific machining operations on a part, while GD&T (Geometric Dimensioning and Tolerancing) is a system for defining and communicating engineering tolerances.

• Machining symbols include features like holes, threads, and surface finishes, and are typically shown on engineering drawings to specify the required machining operations.

• GD&T uses symbols, such as position, concentricity, a...read more

Projects involve structural analysis, thermal analysis, modal analysis, and optimization using FEA software.

• Performing structural analysis to ensure components meet design requirements

• Conducting thermal analysis to study heat transfer and thermal stresses

• Modal analysis to determine natural frequencies and mode shapes

• Optimization studies to improve design performance and reduce weight

• Examples: analyzing a car chassis fo...read more