Tata Technologies
Eco-Plus Steel & Alloys Interview Questions and Answers
Q1. Parameters for proto model feasibility in existing facility
Parameters for proto model feasibility in existing facility include space availability, equipment compatibility, material sourcing, and cost analysis.
Evaluate space availability to ensure the facility can accommodate the proto model production process.
Check equipment compatibility to ensure existing machinery can be used for proto model fabrication.
Assess material sourcing options to determine availability and cost-effectiveness.
Conduct cost analysis to determine the feasibil...read more
Q2. Cad model of Bracket in Creo with drawing
I can provide a Cad model of Bracket in Creo with drawing.
I am proficient in Creo and can create a 3D model of the bracket with accurate dimensions.
I can also create a detailed drawing of the bracket with all necessary views and annotations.
I have experience designing brackets for various applications, including automotive and aerospace industries.
I can ensure that the bracket is designed to meet all necessary specifications and requirements.
Q3. Difference between first angle & third angle method?
First angle and third angle methods are two different approaches used in engineering drawings to represent the 3D object in 2D.
First angle method is commonly used in Europe and Asia, where the object is imagined to be in the first quadrant of a Cartesian coordinate system.
Third angle method is commonly used in North America, where the object is imagined to be in the third quadrant of a Cartesian coordinate system.
In first angle method, the top view is placed above the front v...read more
Q4. 1. What is Power factor?
Power factor is the ratio of real power to apparent power in an AC circuit.
It is a measure of how efficiently power is being used in a circuit.
A power factor of 1 means all the power is being used efficiently, while a power factor of 0 means no power is being used efficiently.
Power factor can be improved by using capacitors or other power factor correction devices.
It is important to maintain a high power factor to avoid penalties from utility companies.
Power factor is typical...read more
Q5. How to release the parts
Parts can be released through a formal release process that includes documentation and quality checks.
Create a release checklist to ensure all necessary steps are completed
Document the release process and make it accessible to all team members
Perform quality checks on the parts before releasing them
Ensure all necessary approvals are obtained before releasing the parts
Maintain a record of all released parts for future reference
Q6. How to handle extra work
Handle extra work by prioritizing tasks, delegating when possible, setting boundaries, and communicating with team members.
Prioritize tasks based on deadlines and importance
Delegate tasks to team members if possible
Set boundaries and communicate with team members about workload
Stay organized and manage time effectively
Seek help or resources if needed
Q7. What DFT Prediction
DFT prediction refers to using Design for Testability techniques to predict potential issues in a design before manufacturing.
DFT prediction involves analyzing the design for potential testability issues.
It helps in identifying areas that may be difficult to test or diagnose during production.
Examples of DFT prediction techniques include fault simulation, ATPG, and scan chain insertion.
Q8. Trims design considera
Trims design considerations include material selection, weight distribution, aerodynamics, and aesthetics.
Material selection is crucial for durability and performance.
Weight distribution affects the balance and handling of the vehicle.
Aerodynamics play a key role in reducing drag and improving fuel efficiency.
Aesthetics are important for the overall look and appeal of the vehicle.
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