Navitasys India Interview Questions, Process, and Tips

Quality is the measure of excellence or superiority of a product or service.

• Quality is meeting or exceeding customer expectations

• It involves consistency, reliability, and durability

• Quality is achieved through continuous improvement and adherence to standards

• Examples include defect-free products, high customer satisfaction, and meeting specifications

6S is a methodology used to organize a workplace for efficiency and effectiveness.

• Sort: Remove unnecessary items from the workplace

• Set in order: Organize remaining items in a logical manner

• Shine: Clean and inspect the workplace regularly

• Standardize: Establish standards and procedures for maintaining the workplace

• Sustain: Ensure the 6S system is consistently followed

• Safety: Ensure workplace safety measures are in place

The 7 QC tools are a set of techniques used for quality control and problem-solving in manufacturing and other industries.

• Check sheets: Used to collect and organize data, such as tallying defects on a production line.

• Histograms: Visual representation of data distribution, helpful for identifying patterns and trends.

• Pareto charts: Shows the most significant factors contributing to a problem, helping prioritize improveme...read more

The least count of Vernier caliper is 0.02 mm, micrometer is 0.01 mm, and height gauge is 0.02 mm.

• Vernier caliper least count: 0.02 mm

• Micrometer least count: 0.01 mm

• Height gauge least count: 0.02 mm

Why-Why Analysis is a problem-solving technique that involves asking 'why' multiple times to get to the root cause of a problem.

• Identify the problem or issue that needs to be addressed

• Ask 'why' multiple times to uncover the underlying causes of the problem

• Continue asking 'why' until the root cause is identified

• Use the 5 Whys technique to systematically dig deeper into the issue

• Develop solutions based on the root cause

5W 1H Analysis is a method used to gather information by asking Who, What, Where, When, Why, and How questions.

• Who - Identify the person or group involved

• What - Determine the event or action being analyzed

• Where - Pinpoint the location or context of the event

• When - Establish the time frame or sequence of events

• Why - Understand the reasons or motivations behind the event

• How - Explore the methods or processes used in the

Audit is a systematic and independent examination of processes, systems, and records to ensure compliance with standards and regulations.

• Audits are conducted to identify areas of improvement and ensure compliance with regulations and standards.

• There are different types of audits such as internal audits, external audits, financial audits, and quality audits.

• Auditors review processes, systems, and records to identify non...read more

Control plan is a detailed document that outlines the critical steps and parameters for ensuring quality in a manufacturing process.

• Control plan is a key component of the overall quality management system.

• It includes details on process steps, key process parameters, monitoring methods, and response plans.

• Control plans help ensure consistency and quality in production.

• Examples of items included in a control plan are pro...read more

I have 5 years of work experience as a Quality Engineer.

• I have worked in the manufacturing industry for 3 years, focusing on quality control processes.

• I have 2 years of experience in the automotive industry, implementing quality improvement initiatives.

• I have led cross-functional teams to address quality issues and drive continuous improvement.

Seeking new challenges and growth opportunities in a different work environment.

• Desire for career advancement

• Looking for new challenges

• Seeking better work-life balance

• Relocation to a different city

• Company downsizing or restructuring

Transformers are devices that transfer electrical energy between two or more circuits through electromagnetic induction.

• Transformers can be classified based on their construction (core type, shell type), cooling method (oil-immersed, dry-type), and application (power, distribution, instrument, etc.)

• Examples of transformers include power transformers used in power distribution networks, distribution transformers used in...read more

Different types of motors include DC motors, AC motors, stepper motors, and servo motors.

• DC motors: Direct current motors that convert electrical energy into mechanical energy.

• AC motors: Alternating current motors that use alternating current to produce rotational motion.

• Stepper motors: Motors that move in discrete steps, commonly used in robotics and automation.

• Servo motors: Motors that use feedback to control the pos

I am a dedicated and experienced Project Engineer with a strong background in managing engineering projects from conception to completion.

• Bachelor's degree in Engineering

• 5+ years of experience in project management

• Proficient in project planning and scheduling software

• Strong communication and leadership skills

• Managed a team of engineers to successfully complete a major infrastructure project

Dynamo is a visual programming tool that is used in building information modeling (BIM) software like Autodesk Revit.

• Dynamo allows users to create logic and automation for design tasks in BIM software.

• It uses a node-based interface where users can connect different nodes to create workflows.

• Dynamo is commonly used for parametric design, data management, and computational design in architecture and engineering.

• It can be...read more

Developed a quality control system for a manufacturing company to improve product consistency and reduce defects.

• Researched industry standards and best practices for quality control

• Designed and implemented a data collection system to track product quality metrics

• Collaborated with cross-functional teams to analyze data and identify areas for improvement

• Implemented statistical process control techniques to monitor and im

Semiconductors have conductivity between conductors and insulators, allowing for control of electrical flow.

• Semiconductors have conductivity between conductors and insulators

• Conductors have high conductivity and allow electricity to flow easily

• Examples of semiconductors include silicon and germanium

• Examples of conductors include metals like copper and aluminum

I am a dedicated Quality Engineer with a strong background in ensuring product quality and compliance with industry standards.

• Experienced in conducting quality audits and inspections

• Skilled in root cause analysis and implementing corrective actions

• Proficient in using quality tools such as FMEA, Control Charts, and Pareto Analysis

My goal after 5 years is to become a senior Quality Engineer, leading a team and implementing innovative quality improvement strategies.

• Advance to a senior Quality Engineer role

• Lead a team of quality professionals

• Implement innovative quality improvement strategies

• Continuously improve my skills and knowledge through training and certifications