Capgemini
Virtusa Consulting Services Interview Questions and Answers
Q1. How to reduce setup and hold
Reducing setup and hold time requires optimizing timing constraints, minimizing clock skew, and using proper synchronization techniques.
Optimize timing constraints by adjusting clock frequencies and paths
Minimize clock skew by balancing clock distribution and using clock tree synthesis
Use proper synchronization techniques like flip-flops or latches to ensure data stability
Consider using multi-cycle paths for critical timing paths
Q2. How to reduce congestion
Congestion can be reduced by improving public transportation, implementing congestion pricing, promoting telecommuting, and creating carpooling incentives.
Improve public transportation by expanding routes and increasing frequency
Implement congestion pricing to discourage driving during peak hours
Promote telecommuting to reduce the number of vehicles on the road
Create carpooling incentives such as designated lanes or discounts on tolls
Q3. How do you place macros
Macros can be placed in a document by using the 'Developer' tab in Microsoft Word.
Go to the 'Developer' tab in Microsoft Word
Click on 'Macros'
Select 'Create' to write a new macro or 'Record' to record a series of actions as a macro
Name the macro and assign it a shortcut key if desired
Click 'OK' to save the macro
Q4. Difference between EUMDR and MDD
EUMDR is the new regulation replacing MDD for medical devices in the EU.
EUMDR stands for European Union Medical Device Regulation
EUMDR has stricter requirements for clinical evidence and post-market surveillance compared to MDD
EUMDR requires a Unique Device Identification (UDI) system for better traceability
MDD (Medical Device Directive) was the previous regulation governing medical devices in the EU
Q5. Input file for Physical Design
Input file for Physical Design is a file containing information needed for the physical implementation of a circuit.
Input file typically includes information on floorplanning, placement, routing, and timing constraints.
Examples of input files for Physical Design include LEF/DEF files, Verilog netlists, and technology libraries.
The input file is crucial for generating the layout of the circuit and ensuring its functionality and performance.
Q6. What is mean by DHF
DHF stands for Design History File, which is a compilation of documents that describes the design history of a medical device.
DHF is a key document required for medical device manufacturers to demonstrate compliance with regulations.
It includes design inputs, outputs, verification, validation, and changes made throughout the design process.
Examples of documents included in DHF are design plans, risk analysis, design reviews, and design verification reports.
Q7. DHF documentation steps
DHF documentation steps involve creating, updating, and maintaining Design History Files for medical devices.
Create DHF documentation for each medical device design iteration
Include design inputs, outputs, verification and validation activities
Update DHF as design changes are made
Maintain DHF throughout the product lifecycle
Ensure DHF is easily accessible for audits and reviews
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