What You Will Learn

✓ Understand GD&T as the universal engineering language for design intent, fit, and function across manufacturing

✓ Master ASME Y14.5 2018 standards from foundational concepts to advanced tolerance applications

✓ Read and create Feature Control Frames with proper datum references, modifiers, and geometric controls

✓ Apply GD&T symbols correctly for form, orientation, location, profile, and runout tolerances

✓ Bridge theory and practice with real-world examples suitable for students, designers, and manufacturing professionals

This course teaches you the fundamentals of CNC programming using CNC Simulator Pro. You begin with the basics of CNC machines, their history, types, and the role of G-codes and M-codes in machining. You will learn how CNC programs control cutting tools, coordinate movements, and perform machining operations.

You will then move into CNC Simulator Pro, where you learn installation, interface navigation, simulation controls, pause points, creating commands, adding materials, zero points, and working with both milling and lathe environments. The simulator helps you practice CNC programming safely and visually.

This course gives you complete training on Coordinate Measuring Machines (CMM), from basic concepts and machine components to ISO 10360 performance testing and real inspection workflows.

You will learn essential CMM terminology, working principles, error sources, traceability, environmental requirements, and the fundamentals of coordinate metrology.

You will understand how ISO 10360 works, why it is important, and how CMM performance is evaluated in industry. The course explains probing errors, machine verification steps, inspection limitations, and practical methods to ensure accurate measurement.

You will also learn how to set up a part on a CMM, choose datums, measure small features, select the right stylus, take contact points, and orient the workpiece correctly.

The course covers CMM programming, alignments, probe calibration, CAD comparison, and GD&T measurement using Autodesk PowerInspect.

By the end of this course, you will be able to operate a CMM confidently, choose correct measurement strategies, verify accuracy, perform ISO 10360 tests, and generate reliable inspection results.

This course covers the complete foundation of Engineering Metrology and modern 3D measurement systems used in manufacturing, quality control, and precision engineering.

You will learn how measurement works, different types of measuring systems, calibration methods, uncertainty concepts, and ISO standards that govern industrial measurement practices.

The course begins with measurement basics, tolerances, GD&T, and units. You then study major measurement methods such as linear, angular, surface, gear, thread, temperature, pressure, flow, optical, and force/torque measurement. Each module explains instruments, working principles, terminology, and calibration practices.

You will also explore advanced 3D metrology including coordinate systems, CMM machines, 3D scanning, probing techniques, and modern digital measurement workflows. The course ends with measurement planning and uncertainty evaluation, enabling you to build complete, industry-ready inspection processes.

By the end of this course, you will understand traditional and modern metrology methods and be confident in selecting, operating, and validating measuring instruments for precision engineering.

Learn Pressure Units, Gauges, Sensors, Calibration Steps, and DKD R6-01 Standard Requirements.

This course teaches the fundamentals of pressure measurement and the DKD R6-01 standard used for calibration laboratories and industrial pressure systems. You begin with the basics of pressure, its units, why pressure measurement is important, and how different types of pressure gauges are designed and manufactured.

You will learn how pressure is measured, how sensors and transmitters work, and how to choose the right pressure range, connectors, and electrical output signals. The course explains the complete calibration steps in a simple and practical way so you understand how pressure instruments are verified for accuracy.

You will also study the DKD R6-01 standard, including calibration capability requirements, environmental conditions, ambient effects, and good practices for achieving traceable pressure measurements.

This course explains the 7 QC Tools and how to use them with proper formats. You will understand how each tool helps analyze, visualize, and control quality issues.

What You Will Learn

✓ Understand the fundamentals of 7 QC tools

✓ Create and use checksheet, histogram, and Pareto analysis formats

✓ Apply fishbone diagram and scatter diagram with proper format

✓ Use control charts and flowchart formats for process monitoring

✓ Apply 7 QC tools through PDCA cycle

This course explains the Basics of ISO 17025 and Internal Audit. You will understand the structure of ISO/IEC 17025, its clauses, requirements, and terminology.

What You Will Learn

✓ Understand ISO 17025 background, terminology, and Clause no. 4 and 5 requirements

✓ Learn Clause no. 6 resource requirements and Clause no. 7 process requirements

✓ Understand Clause no. 8 management requirements

✓ Learn internal audit terminologies, objectives, and planning

✓ Understand implementation of internal audit, corrective actions, NC system, and audit report preparation

This course explains Uncertainty Measurement and how to evaluate reliability in measurement results. You will understand the difference between error and uncertainty, accuracy and precision, and the role of traceability.

What You Will Learn

✓ Understand uncertainty, error, accuracy, precision, traceability, and measurement standards

✓ Learn uncertainty concepts, components, sources, influence factors, and reduction methods

✓ Apply standard deviation, normal distribution, Type A uncertainty, and standard uncertainty

✓ Calculate combined uncertainty, expanded uncertainty, degree of freedom, and k value

✓ Prepare uncertainty budget, reporting uncertainty, and understand confidence and decisions

This course introduces the Basics of 6 Sigma and explains how it improves quality by reducing defects and process variation. You will understand the purpose, methodology, and structured approach used in 6 Sigma projects.

What You Will Learn

✓ Understand the fundamentals, purpose, and methodology of 6 Sigma

✓ Learn the DMAIC approach for structured problem solving

✓ Apply value stream mapping and process mapping techniques

✓ Understand 6 Sigma statistical tools

✓ Explore benefits, applications, and case study implementation

This course explains the Calibration Process based on ISO/IEC 17025 principles. You will understand why calibration is essential, how it ensures measurement accuracy, and how laboratories maintain reliability through traceability and standard procedures.

What You Will Learn

✓ Understand what calibration is, its purpose, importance, and metrological traceability

✓ Learn calibration planning, standards, and the complete calibration process

✓ Understand calibration techniques, reference standards, and procedure preparation

✓ Learn about calibration personnel, common lab practice, environment, certificates, and labels

✓ Explore calibration technology including physical features and new technologies