INDO-MIM Graduate Engineer Interview Questions and Answers

Electronics and ice engine

Q1. About technical questions
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Q1. Tell me about yourself
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It was fundamental and basic

Q1. This was a one o one interview with the Hr and selected people will move to the other 2 technical rounds
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Q2. Can you introduce yourself and provide an overview of the projects you have worked on?
Ans. 
I am a recent graduate with experience in project management and engineering design.
• Managed a team of 5 to design and implement a solar-powered irrigation system for a local community

• Developed a prototype for a new sustainable packaging material using biodegradable materials

• Collaborated with a cross-functional team to optimize production processes and reduce waste in a manufacturing plant
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Q1. Questions were asked regarding suspension geometries and calculations?
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Q2. Explain about the different suspension geometries and explain how forces act on them
Ans. 
Suspension geometries include double wishbone, MacPherson strut, and multi-link, each experiencing different forces like compression, rebound, and lateral forces.
• Double wishbone suspension has two control arms that allow for independent control of camber and toe angles.

• MacPherson strut suspension uses a single control arm and a strut to support the wheel and handle vertical forces.

• Multi-link suspension uses multiple co...read more
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Q1. What does the stress-strain graph of stainless steel look like?
Ans. 
Stress-strain graph of stainless steel typically shows a linear elastic region followed by a yield point and then strain hardening.
• Stainless steel initially deforms elastically until reaching the yield point

• After the yield point, plastic deformation occurs with strain hardening

• The graph may show a slight decrease in stress before reaching ultimate tensile strength

• Fracture occurs after the ultimate tensile strength is r
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Q1. Explain about u ?
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Q2. Why u want this job?
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Q1. Related to past experience and design.
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Q2. Related to plastic products
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Q1. What is the relay
Ans. 
A relay is an electrically operated switch that uses an electromagnet to mechanically operate a switch.
• Relays are used to control high power circuits with low power signals

• They are commonly used in automotive, industrial, and household applications

• Relays can be classified based on their operation, such as electromechanical relays or solid-state relays
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Q2. Ohm's law and current
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Ohm's law states that the current flowing through a conductor is directly proportional to the voltage across it, given constant resistance.
• Ohm's law equation: V = I * R (voltage = current * resistance)

• Current is the flow of electric charge through a conductor

• Higher voltage leads to higher current flow, given constant resistance

• Lower resistance leads to higher current flow, given constant voltage
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Nice but unfortunate to the living things

Q1. About Gantry automation and wittmann
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