Micro Turners Graduate Engineer Trainee (Get) Interview Questions and Answers

Aptitude test comprises of both technical, basic programming and general aptitude questionS

Q1. They asked me the concept like SOM, machine design and designing software
Add your answer
Q2. Tell me about how to design gear
Ans. 
Designing gears involves determining the gear type, size, material, and tooth profile to meet the required specifications.
• Identify the gear type based on the application requirements

• Determine the gear size based on the power transmission and space constraints

• Select the appropriate material based on the load and environmental conditions

• Design the tooth profile based on the gear type and operating conditions

• Perform stres...read more
Answered by AI
Add your answer

50 Technical questions..

Group Discussion among 6 people..

Q1. Payment Discussion.
Add your answer

Basic aptitude questions and core tecnical questions with respect to your branch followed by 2 technical rounds and one HR round

Q1. There are two technical rounds 1st technical is asking about c and embedded c, Microcontroller more about embedded c
Add your answer
Q2. 2nd technical round asking about core technical questions like digital electronics analog network anylisis control systems that's all
Add your answer
Q3. Over all around 1hr 15min interview happened for me
Add your answer

Q1. Normal as usual expected HR questions no need to ask about in depth all round happens face to face
Add your answer

BASIC TECHNICAL AND APTI QUESTIONS OF MODERATE DIFFICULTY

Q1. INTRODUCTION OF YOURS, WHY THIS FIELD
Add your answer
Q2. SUBJECT RELATED QUESTIONS IS ASKED
Add your answer

The assessment test is not so difficult, with the basic knowledge we can crack it, and we need to get 55% to get qualified for the interview round

Q1. Tell me about yourself
Add your answer
Q2. We have given a pipe diameter and velocity of fluid that is passing through the given pipe. How can you determine the flow rate?
Ans. 
The flow rate can be determined by multiplying the cross-sectional area of the pipe by the velocity of the fluid.
• Flow rate = Cross-sectional area × Velocity

• Cross-sectional area can be calculated using the formula: Area = π × (diameter/2)^2

• Velocity can be measured using a flow meter or calculated using other parameters

• Example: If the pipe diameter is 0.5 meters and the fluid velocity is 2 meters per second, the flow rat
Answered by AI
View 1 more answer