Back to Virtual Analysis (FEM) Info & Full CBT38 Exam Qs (76 Marks) • 10 Practice MCQsDGT Syllabus PDF Report Wrong Info

Virtual Analysis and Designer (Finite Element Method) — Trade Theory NCVT Mock Test

Q: What topics should I focus on for Virtual Analysis (FEM) Trade Theory?

Core Virtual Analysis and Designer (Finite Element Method) syllabus modules: Engineering drawing reading, limits/fits/tolerances & metrology for Virtual Analysis and Designer (Finite Element Method); Core trade processes, machine tool setup, tooling selection & work-holding; Process parameters, preventive maintenance & industrial safety practices; Quality inspection (NDT/CMM/gauges), SPC documentation & 5S shop-floor norms.

Q: How do I practise the other CBT subjects for Virtual Analysis and Designer (Finite Element Method)?

Use the subject switcher tabs directly above the test simulator to jump between Trade Theory, Workshop Calculation & Science, Engineering Drawing, Employability Skills, or open the Full CBT Mock Test on the Virtual Analysis and Designer (Finite Element Method) trade page.

Trade Theory carries the highest marks weightage in every NCVT AITT Computer-Based Test—38 questions (76 marks) for Engineering trades and 50 questions (100 marks) for Non-Engineering trades. Practise verified objective questions tailored for Virtual Analysis and Designer (Finite Element Method) trainees (2 Years • Capital Goods & Manufacturing • Engineering).

Switch Virtual Analysis (FEM) Subject:Trade Theory Workshop Calculation & Science Engineering Drawing Employability Skills Combined Full CBT

NIMI / DGT CBT Simulator

Virtual Analysis (FEM) — Trade Theory Mock Test

Minimum 33% in CBT Professional Knowledge component • Zero Negative Marking

Questions

Max Marks

Time Limit

15m

Neg. Marking

NONE

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Shows the right answer and NIMI technical explanation immediately after each question.

Trade Info:Engineering (2 Years • Level 4)•Open Virtual Analysis (FEM) Full Page

Important Trade Theory Topics Covered

All Trades for Theory →

Engineering drawing reading, limits/fits/tolerances & metrology for Virtual Analysis and Designer (Finite Element Method)

Core trade processes, machine tool setup, tooling selection & work-holding

Process parameters, preventive maintenance & industrial safety practices

Quality inspection (NDT/CMM/gauges), SPC documentation & 5S shop-floor norms

Headphone-wearing FEA analyst inspecting red-to-blue von Mises stress contour plots of a triangulated structural bracket across triple curved screens beside a thermal contour laptop, Simulation Reports binder, and Finite Element Method textbooks

Machining, Tooling & Design Lab

Virtual Analysis & Designer (FEM) Structural Stress Mesh Simulation Lab

Generating tetrahedral/hexahedral finite-element meshes, applying boundary loads, and evaluating factor-of-safety stress concentrations.

Content Verification & Error Reporting

Notice an incorrect MCQ, option, or explanation in Virtual Analysis and Designer (Finite Element Method) Trade Theory? Send the Question ID directly on WhatsApp (+917585821444).

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Frequently Asked Questions

In the official DGT Computer-Based Test for Virtual Analysis and Designer (Finite Element Method), Trade Theory accounts for 38 Multiple Choice Questions carrying 76 marks (2 marks per correct answer, no negative marking).

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