Park Controls & Communications QA Engineer Interview Questions and Answers

Fuselage station refers to a specific location on an aircraft's fuselage.

• Fuselage station is a measurement of distance along the fuselage, typically measured in inches or millimeters.

• It is used as a reference point for various components and systems on the aircraft.

• For example, an aircraft's doors, windows, wings, and tail are all located at specific fuselage stations.

• Fuselage station 0 is usually defined as the refere...read more

Butt line is not a commonly used term. It could refer to the line where the buttocks meet the thighs.

• Butt line is not a medical term.

• It could refer to the line where the buttocks meet the thighs.

• It is not a commonly used term and may have different interpretations depending on the context.

Water line refers to the pipe or tubing that carries water from the main supply to a building or property.

• Water line is an essential component of a plumbing system.

• It can be made of various materials such as copper, PVC, or galvanized steel.

• The size of the water line depends on the water demand of the building or property.

• Water lines can be underground or above ground.

• A water line break or leak can cause significant da

The question is unclear and seems to contain errors.

• The question may be referring to 'fast angle' and 'third angle projection' in technical drawing.

• Fast angle refers to a type of projection where the object is viewed from an angle that is not perpendicular to any of its faces.

• Third angle projection is a method of drawing 3D objects in which the object is placed in a box with three sides and projected onto a plane.

• Witho...read more

A rivet is a metal fastener used to join two or more pieces of material together permanently.

• Rivets are commonly used in construction, automotive, and aerospace industries.

• They are inserted into pre-drilled holes and then deformed to hold the materials together.

• Rivets can be made of various materials including aluminum, steel, and copper.

• They are often used in place of screws or bolts when a permanent joint is required...read more

The number of cutting angles in a reamer varies depending on the type and size of the reamer.

• The number of cutting angles can range from 2 to 6.

• The cutting angles are designed to remove material from the workpiece as the reamer rotates.

• The cutting angles can be straight or spiral, and can be symmetrical or asymmetrical.

• The number and angle of the cutting edges can affect the surface finish and accuracy of the hole.

• Exam...read more

Drill bits can have various cutting angles depending on their purpose and material.

• The most common cutting angle for general purpose drill bits is 118 degrees.

• Drill bits for harder materials like metal may have a sharper angle of 135 degrees.

• Masonry drill bits have a flatter angle of 90 degrees to prevent cracking of the material.

• The cutting angle affects the efficiency and precision of the drilling process.

Drill bits are made by various manufacturers using different materials and designs.

• Drill bits can be made from high-speed steel, cobalt, carbide, or diamond.

• Manufacturers include DeWalt, Bosch, Milwaukee, and Irwin.

• The design of the drill bit can vary depending on the intended use, such as twist bits, spade bits, or hole saws.

The number of cutting files depends on the project requirements and design complexity.

• The number of cutting files can range from a few to hundreds or even thousands.

• It also depends on the type of cutting machine being used.

• For example, a laser cutting machine may require different files than a CNC router.

• The number of cutting files can also vary based on the material being cut and its thickness.

• It is important to have ...read more

I worked as a QA Engineer in my previous company.

• Performed manual and automated testing of software applications

• Created and executed test cases and test plans

• Identified and reported software defects

• Collaborated with development team to resolve issues

• Participated in requirement analysis and design reviews

Defects on line can be solved by identifying the root cause, implementing corrective actions, and conducting thorough testing.

• Identify the root cause of the defect

• Implement corrective actions to fix the issue

• Conduct thorough testing to ensure the defect has been resolved

• Document the defect and the steps taken to resolve it for future reference

I listen to their complaint, apologize for the inconvenience caused, and work towards finding a solution to their problem.

• Listen attentively to the customer's complaint

• Apologize for the inconvenience caused

• Ask questions to understand the issue better

• Offer a solution or escalate the issue to the appropriate team

• Follow up with the customer to ensure their issue has been resolved

Address the issue with the vendor company by following a structured approach.

• Identify the root cause of the poor quality

• Communicate the issue to the vendor company in a professional manner

• Provide evidence to support your claim

• Work with the vendor company to come up with a solution

• Set clear expectations for future quality standards

Yes, I am aware of Microsoft Excel and PowerPoint presentation.

• I have experience in using Microsoft Excel for data analysis and management.

• I have created and delivered presentations using Microsoft PowerPoint.

• I am familiar with the various features and functions of both applications.

As a QA Engineer, my work involves testing software applications, identifying bugs and issues, creating test cases, and ensuring the quality and functionality of the product.

• Testing software applications for functionality, usability, and performance.

• Identifying and documenting bugs and issues.

• Creating and executing test cases and test plans.

• Collaborating with developers and stakeholders to resolve issues.

• Performing reg...read more

As a QA Engineer, I have experience handling various measuring instruments such as calipers, micrometers, gauges, and rulers.

• Calipers

• Micrometers

• Gauges

• Rulers

I am a QA Engineer with experience in testing software applications and ensuring their quality.

• Experienced QA Engineer

• Skilled in testing software applications

• Ensuring quality of software

• Knowledge of testing methodologies and tools

• Strong attention to detail

• Ability to identify and report bugs

• Experience in creating and executing test cases

• Collaborating with development teams

• Continuous learning and improvement

I have implemented various types of kaizen such as process improvement, waste reduction, and standardization.

• Implemented process improvement kaizen to reduce defects in the testing process

• Implemented waste reduction kaizen to reduce the time taken for test execution

• Implemented standardization kaizen to ensure consistency in testing across different projects

• Used value stream mapping to identify areas of improvement and ...read more