Krishna Maruti Graduate Engineer Trainee (Get) Interview Questions and Answers

A 4-speed synchromesh gearbox is a type of manual transmission commonly used in automobiles.

• Synchromesh gearbox allows for smoother shifting between gears

• Each gear has its own synchronizer ring to match the speed of the gear and the input shaft

• The gears are arranged in a specific order, typically in an H-pattern

• The driver must depress the clutch pedal to disengage the gears before shifting

• Commonly found in sports cars

Transmission transfers power from engine to wheels through a series of gears and shafts.

• Engine power is transferred to the transmission through the clutch.

• The transmission uses gears to adjust the speed and torque of the output shaft.

• The output shaft is connected to the driveshaft, which transfers power to the differential.

• The differential splits the power between the two wheels, allowing them to rotate at different sp...read more

Limited slip differential is a type of differential that limits the speed difference between two wheels on an axle.

• It allows for better traction and handling in slippery conditions

• It works by using a clutch or viscous fluid to transfer torque between the wheels

• Examples include the Torsen differential and the Quaife differential

Yes, I have worked on multiple technical projects during my academic years.

• Developed a smart irrigation system using Arduino and sensors

• Designed and implemented a database management system for a small business

• Created a mobile application for tracking daily expenses

• Collaborated with a team to build a website for a non-profit organization

• Worked on a research project to optimize solar panel efficiency

I am excited about the advancements in electric vehicles and autonomous driving technology.

• Advancements in electric vehicles

• Autonomous driving technology

• Innovations in vehicle safety features

• Integration of artificial intelligence in automobiles

• Development of sustainable and eco-friendly transportation solutions

As a mechanical engineer, I would consider parameters such as engine type, fuel efficiency, safety features, durability, and maintenance costs.

• Engine type - petrol, diesel, electric, hybrid

• Fuel efficiency - mileage, fuel consumption

• Safety features - airbags, ABS, EBD, ESC

• Durability - build quality, material used

• Maintenance costs - service intervals, spare parts availability

Turbocharger is a device that increases the efficiency of an engine by compressing air before it enters the combustion chamber.

• Turbochargers use exhaust gases to spin a turbine, which in turn drives a compressor to compress the air intake.

• This compressed air allows more fuel to be burned, resulting in increased power output.

• Turbochargers are commonly used in diesel engines and high-performance gasoline engines.

• Examples...read more

Electrical engineering is used in various parts of a car, including the engine, lighting, and entertainment systems.

• Electrical engineering is used in the car's engine management system to control fuel injection and ignition timing.

• The car's lighting system, including headlights, taillights, and interior lighting, is powered by electrical engineering.

• The entertainment system, including the radio and speakers, also relie...read more

I am willing to work instead of pursuing higher study because I believe that practical experience in a professional setting will complement my research internship and enhance my skills.

• I value hands-on experience and believe it will provide me with a deeper understanding of my field.

• Working will allow me to apply the knowledge and skills I gained during my research internship in a real-world context.

• I am eager to contr...read more

I manage my time effectively and prioritize my commitments.

• I create a schedule and allocate specific time slots for each activity.

• I prioritize my commitments based on their importance and deadlines.

• I delegate tasks and seek help when needed.

• I practice efficient time management techniques like setting goals and breaking tasks into smaller, manageable chunks.

• I maintain a balance between my extracurricular activities and ...read more

Drags experienced by vehicles are forces that oppose motion and reduce speed.

• Air resistance or drag caused by air molecules colliding with the vehicle's surface

• Frictional drag caused by the vehicle's tires or wheels rubbing against the road surface

• Gravity drag caused by the vehicle's weight and the force of gravity

• Inertia drag caused by the vehicle's mass and resistance to changes in motion

• Examples include wind resista...read more

The capacity of the battery is calculated based on the energy requirements and the discharge rate. The rating of the motor is determined by the power requirements and efficiency.

• Battery capacity is calculated by dividing the energy requirements by the discharge rate.

• Motor rating is determined by dividing the power requirements by the efficiency.

• Consider factors like voltage, current, and duration of operation when calc...read more

No, electric vehicles do not use gearbox as they have high torque at low speeds.

• Electric motors have a wide range of torque and can operate at low speeds without the need for a gearbox.

• Gearboxes add weight and complexity to the vehicle.

• Electric vehicles use a single-speed transmission or direct drive system.

• Examples of electric vehicles without gearbox are Tesla Model S, Nissan Leaf, and BMW i3.

I chose to intern on Li-ion batteries due to their increasing demand in the market and potential to revolutionize the energy sector.

• Explained the working principle of Li-ion batteries

• Studied the different types of Li-ion batteries and their applications

• Conducted experiments to analyze the performance of Li-ion batteries under different conditions

• Researched the challenges faced in the production and recycling of Li-ion ...read more

A 4 stroke engine works by completing four distinct stages - intake, compression, combustion, and exhaust.

• Intake: Fuel and air are drawn into the cylinder.

• Compression: The piston compresses the fuel-air mixture.

• Combustion: The spark plug ignites the mixture, causing an explosion.

• Exhaust: The piston pushes out the exhaust gases.

• This process repeats for every four strokes of the piston.

Diesel cycle is a constant pressure cycle while Otto cycle is a constant volume cycle.

• Diesel cycle uses compression ignition while Otto cycle uses spark ignition.

• Diesel cycle has a higher compression ratio than Otto cycle.

• Diesel cycle is used in diesel engines while Otto cycle is used in gasoline engines.

• Diesel cycle has a higher thermal efficiency than Otto cycle.

• Diesel cycle has a longer combustion duration than Otto

The more efficient option is X due to its faster processing speed and lower energy consumption.

• Option X is more efficient because it has a higher processing speed.

• Option X consumes less energy compared to option Y.

• Option X provides better performance and productivity.

• Option Y may have certain advantages, but overall, option X is more efficient.

Emission consists of gases and particles released into the air by various sources.

• Emission can come from natural sources like volcanoes and wildfires, as well as human activities like transportation and industry.

• Common pollutants in emissions include carbon monoxide, nitrogen oxides, sulfur dioxide, and particulate matter.

• Emissions can have harmful effects on human health and the environment, including contributing to ...read more

Emission norms are regulations that limit the amount of pollutants released into the environment by vehicles and industries.

• Emission norms are set by governments to reduce air pollution and protect public health.

• They specify the maximum amount of pollutants that can be emitted by vehicles and industries.

• Examples of pollutants include carbon monoxide, nitrogen oxides, particulate matter, and sulfur dioxide.

• Emission norm...read more

CO and NOx emissions can be reduced by various methods.

• Using catalytic converters in vehicles

• Switching to cleaner fuels like natural gas or biofuels

• Implementing stricter emission standards for industries

• Using scrubbers in power plants to remove pollutants

• Promoting public transportation and carpooling

• Encouraging the use of electric vehicles

• Improving engine efficiency through design and maintenance

• Reducing idling time fo...read more

Answering questions on Industrial Engineering and layouts

• Yes, I have taken a course on Industrial Engineering

• Different layouts include process layout, product layout, and fixed position layout

• Just in time is a manufacturing philosophy where materials are delivered just in time for production

• It aims to reduce inventory costs and increase efficiency

• For example, Toyota uses just in time manufacturing to reduce waste and i

Parameters to consider for designing press fit assembly (hole and shaft)

• Tolerance of the hole and shaft

• Material properties of the hole and shaft

• Interference fit required

• Press fit force required

• Surface finish of the hole and shaft

• Assembly process and equipment

• Environmental conditions

• Design for disassembly

I am a recent graduate with a degree in Mechanical Engineering, passionate about problem-solving and eager to learn and grow in the field.

• Recent graduate with a degree in Mechanical Engineering

• Passionate about problem-solving and critical thinking

• Eager to learn and grow in the field

• Experience with CAD software such as AutoCAD and SolidWorks

• Completed internships at engineering firms

We should discuss the key skills and experiences that make me a strong candidate for the Graduate Engineer Trainee position.

• Highlight relevant engineering coursework and projects

• Discuss any internships or work experience in the engineering field

• Emphasize technical skills such as programming languages, CAD software proficiency

• Mention any leadership roles or teamwork experiences

• Explain why you are passionate about engine

I will be a good fit for Bajaj because of my strong technical skills, adaptability, and passion for engineering.

• I have a solid foundation in engineering principles and technical knowledge.

• I am adaptable and can quickly learn and apply new technologies and methodologies.

• I have a strong passion for engineering and a drive to continuously improve and innovate.

• I have experience working on projects that align with Bajaj's i...read more

I believe gaining practical work experience is more valuable at this point in my career.

• I prefer hands-on learning over theoretical studies

• I want to start my career and gain real-world experience

• I believe in continuous learning through work experience rather than traditional education

• I have already acquired the necessary skills and knowledge through my undergraduate studies

I would like to work in the Research and Development department as it aligns with my passion for innovation and problem-solving.

• Passion for innovation and problem-solving

• Interest in developing new technologies or products

• Desire to contribute to the company's growth and success

I am a recent graduate with a degree in engineering, eager to learn and contribute to a dynamic team.

• Recent graduate with a degree in engineering

• Passionate about learning and contributing to a team

• Eager to apply theoretical knowledge in practical scenarios

My GPA is 3.8 out of 4.0, reflecting my strong academic performance.

• My GPA is 3.8 out of 4.0

• It demonstrates my consistent academic excellence

• I have excelled in courses such as Engineering Mathematics and Thermodynamics

My final year project was designing and implementing a smart irrigation system using IoT technology.

• Developed a system to monitor soil moisture levels and weather conditions in real-time

• Implemented automated watering schedules based on data collected

• Utilized IoT devices such as sensors and actuators for efficient water usage

• Designed a user-friendly interface for remote monitoring and control

• Conducted field tests to val