Baxter International
20+ Sanjeevan College of Teaching Education, Interview Questions and Answers
Q1. What steps do you take from start to end to ensure proper data management is achieved?
I ensure proper data management through a systematic approach.
Identify data sources and stakeholders
Establish data quality standards and policies
Implement data governance framework
Ensure data security and privacy
Regularly monitor and audit data
Continuously improve data management processes
Q2. Which Data Governance tool do you use in your current org?
We use Collibra as our Data Governance tool.
Collibra is a popular Data Governance tool used by many organizations.
It helps in managing data assets, data quality, and data privacy.
Collibra provides a centralized platform for data governance and collaboration.
It also offers features like data lineage, data cataloging, and data stewardship.
Collibra integrates with various data sources and tools like Tableau, Informatica, etc.
Q3. How would you implement a Data Governance framework?
Implementing a Data Governance framework involves defining policies, procedures, and roles to manage data assets.
Identify stakeholders and their roles in data governance
Define policies and procedures for data management
Establish data quality standards and metrics
Implement data security and privacy measures
Create a data catalog and inventory
Monitor and enforce compliance with data governance policies
Continuously review and improve the data governance framework
Q4. Which domain have you worked on?
I have worked in various domains including finance, healthcare, and retail.
Worked as a data steward in a finance company, ensuring data accuracy and compliance with regulations.
Managed data for a healthcare organization, ensuring patient privacy and security.
Worked with retail data to analyze customer behavior and improve sales strategies.
Q5. What data processing pipelines tool do you use?
We use Apache NiFi for our data processing pipelines.
Apache NiFi is an open-source tool for automating and managing data flows between systems.
It provides a web-based interface for designing, building, and monitoring data pipelines.
NiFi supports a wide range of data sources and destinations, including databases, Hadoop, and cloud services.
It also has built-in security and data provenance features.
Some examples of our NiFi pipelines include ingesting data from IoT devices and ...read more
Q6. How do you set Data Quality workflow in place?
Setting up a Data Quality workflow involves defining standards, identifying data sources, and implementing data cleansing processes.
Define data quality standards and metrics
Identify data sources and assess their quality
Implement data cleansing processes
Establish data governance policies and procedures
Monitor and measure data quality over time
Q7. How do you do Data Catalog and Lineage?
Data catalog and lineage are done through metadata management and tracking data flow.
Create a metadata repository to store information about data sources, data types, and data lineage.
Track data flow through the use of data lineage tools and techniques such as data mapping and data profiling.
Ensure data quality by implementing data governance policies and procedures.
Regularly update the metadata repository to reflect changes in data sources and data flow.
Examples of data line...read more
Q8. How we can print the vol show commands
To print the vol show commands, use the appropriate command-line interface (CLI) or management software.
Use the CLI of the storage system to execute the 'vol show' command.
The specific syntax may vary depending on the storage system being used.
Alternatively, use management software provided by the storage vendor to access and print the vol show commands.
Ensure you have the necessary permissions and access rights to execute the command.
Q9. What is peak purity & % area normalisation??
Peak purity is the measure of the homogeneity of a peak in a chromatogram, while % area normalization is a method to compare the relative amounts of different peaks in a chromatogram.
Peak purity is determined by comparing the spectra at different points within a peak to ensure they are similar, indicating a pure compound.
% area normalization involves adjusting the peak areas in a chromatogram to a common reference point, usually 100% for the most abundant peak.
Peak purity is ...read more
Q10. What's difference between PDA & DAD detector??
PDA detector measures absorbance at multiple wavelengths, while DAD detector measures absorbance at all wavelengths simultaneously.
PDA detector uses a photodiode array to measure absorbance at multiple wavelengths, allowing for more detailed analysis.
DAD detector uses a diode array to measure absorbance at all wavelengths simultaneously, providing faster and more comprehensive data.
PDA detector is more suitable for applications requiring specific wavelength analysis, while DA...read more
Q11. What is labeling as per your perspective?
Labeling is the process of providing information about a product on its packaging or accompanying literature.
Labeling includes information such as ingredients, usage instructions, warnings, and storage instructions.
Labeling is important for consumer safety and informed decision making.
In the medical field, labeling also includes information about dosage, side effects, and contraindications.
Examples of labeled products include food packaging, medication bottles, and cosmetic p...read more
Q12. What's Beer's Ambert Law??where it's applicable??
Beer's Ambert Law states that the absorbance of a substance is directly proportional to its concentration and the path length of the light through the sample.
Beer's Ambert Law is commonly used in spectrophotometry to determine the concentration of a substance in a solution.
The law is expressed as A = εlc, where A is the absorbance, ε is the molar absorptivity, l is the path length, and c is the concentration.
It is applicable in various fields such as chemistry, biochemistry, ...read more
Q13. how will you approach a task which is not prooperly defined
I would start by gathering more information, clarifying requirements, and collaborating with stakeholders.
Gather more information from stakeholders
Clarify requirements and expectations
Collaborate with team members to brainstorm and define the task
Break down the task into smaller, more manageable parts
Iterate and refine the task as more information becomes available
Q14. How to develop RS method development??
Developing RS method development involves understanding the research objectives, selecting appropriate techniques, optimizing parameters, and validating the method.
Understand the research objectives and requirements
Select appropriate techniques based on the sample and analyte properties
Optimize method parameters such as mobile phase composition, column temperature, and flow rate
Validate the method by assessing parameters like linearity, accuracy, precision, and robustness
Q15. Print the disk show commands
The disk show commands are used to display information about disks in a data center.
Use the 'disk show' command followed by specific options to retrieve disk information
Common options include 'disk show -v' for verbose output and 'disk show -a' for all disks
Examples: 'disk show -v' to display detailed disk information, 'disk show -a' to show all disks
Q16. Envrinmental monitoring types Em classification (grades)
Environmental monitoring types include EM classification (grades) which categorize cleanrooms based on particle count.
EM classification (grades) is a system used to categorize cleanrooms based on particle count
The grades range from A to D, with A being the cleanest and D being the least clean
Environmental monitoring types also include surface monitoring and air monitoring
Surface monitoring involves swabbing surfaces to check for microbial contamination
Air monitoring involves ...read more
Q17. React hooks, Explain using code
React hooks are functions that let you use state and other React features without writing a class.
Hooks are functions that let you use state and other React features in functional components
useState() is a hook that allows you to add state to functional components
useEffect() is a hook that allows you to perform side effects in functional components
useContext() is a hook that allows you to use the context API in functional components
Q18. Tell me something about aseptic
Aseptic refers to the process of preventing contamination by harmful microorganisms.
Aseptic techniques are commonly used in medical procedures to prevent infections.
Examples include sterilizing equipment before surgery and maintaining a sterile environment in a laboratory.
Aseptic packaging is used in food industry to extend shelf life by preventing contamination.
Q19. What is Regulatory Affairs?
Regulatory Affairs involves ensuring compliance with laws and regulations in various industries.
Regulatory Affairs is a field that deals with the development, implementation, and compliance of regulations and laws.
It involves working closely with government agencies and regulatory bodies to ensure that products, processes, and practices meet legal requirements.
Regulatory Affairs professionals are responsible for obtaining and maintaining necessary licenses, permits, and appro...read more
Q20. Difference between hydrophobic and hydrophilic
Hydrophobic repels water, hydrophilic attracts water.
Hydrophobic substances do not mix with water
Hydrophilic substances mix well with water
Hydrophobic molecules have non-polar bonds
Hydrophilic molecules have polar or ionic bonds
Examples: Oil is hydrophobic, salt is hydrophilic
Q21. How to handle failure?
Handling failure involves acknowledging mistakes, learning from them, and maintaining a positive mindset.
Acknowledge and accept failure as a learning opportunity
Analyze the reasons for failure and identify areas for improvement
Take responsibility for mistakes and avoid blaming others
Learn from failures and apply the lessons to future endeavors
Maintain a positive mindset and use failure as motivation to succeed
Q22. Liskov Substitution Principle
Liskov Substitution Principle states that objects of a superclass should be replaceable with objects of its subclasses without affecting the program's correctness.
Subtypes must be substitutable for their base types.
Derived classes must be able to replace their base classes without affecting the program's behavior.
Violating this principle can lead to unexpected behavior and errors in the code.
Example: If a program expects a base class object, it should be able to work correctl...read more
Q23. Oops Concept and give examples
Oops concept is a programming paradigm that focuses on objects and classes.
Oops stands for Object-Oriented Programming
Key concepts include inheritance, encapsulation, polymorphism, and abstraction
Examples: Class Car with properties like make, model, and methods like start(), stop()
Example: Inheritance - Class SUV extends Car and adds property numSeats
Q24. How to handle a complaint as a whole.
Q25. What us area classification
Area classification refers to the categorization of hazardous areas based on the likelihood of explosive atmospheres.
Area classification is important for ensuring safety in environments where explosive atmospheres may be present.
It involves identifying and classifying areas based on the likelihood of explosive gas or dust being present.
Examples of hazardous areas include oil refineries, chemical plants, and grain silos.
Different classifications (e.g. Zone 0, Zone 1, Zone 2) i...read more
Q26. Regulatory bodies and their reporting procedures
Q27. Explain ductility and brittleness
Ductility is the ability of a material to deform under tensile stress without breaking, while brittleness is the tendency of a material to fracture without significant deformation.
Ductility allows a material to be stretched into a wire or thread without breaking.
Brittleness causes a material to break or shatter when subjected to stress without significant deformation.
Examples of ductile materials include gold, copper, and aluminum.
Examples of brittle materials include glass, ...read more
Q28. Difference between Vcc and Vdf
Vcc is the supply voltage for a digital circuit, while Vdf is the forward voltage drop across a diode.
Vcc is the supply voltage for digital circuits, typically 3.3V or 5V.
Vdf is the forward voltage drop across a diode, typically around 0.7V for silicon diodes.
Vcc is used to power the entire circuit, while Vdf is specific to the diode's operation.
Q29. End to end procurement process
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