Course Content
Roles and Responsibilities of a QA/QC Engineer (Electrical E & I)
A QA/QC Engineer specializing in Electrical Engineering and Instrumentation (E&I) plays a critical role in ensuring that all electrical and instrumentation components and systems meet specified quality standards and project requirements. Their responsibilities encompass planning, inspecting, testing, and monitoring processes to guarantee the integrity, safety, and performance of E&I systems.
0/2
Key Roles and Responsibilities
00:00
Additional Roles and Responsibilities of a QA/QC Engineer (Electrical E&I)
00:00
Introduction to ISO 9001, ISO 9004, ISO 14000, and ISO 19011
ISO standards are critical in establishing quality management systems (QMS) and environmental management systems (EMS) across various industries, including electrical engineering. These standards help organizations ensure that their products and services meet customer requirements and comply with applicable regulations. For electrical engineers involved in QA/QC, understanding these standards is essential for implementing effective quality and environmental management practices.
0/4
ISO 9001: Quality Management Systems
00:00
ISO 9004: Quality Management – Quality of an Organization
00:00
ISO 14000: Environmental Management Systems
00:00
ISO 19011: Guidelines for Auditing Management Systems
00:00
Types of Instruments
In the realm of Quality Assurance (QA) and Quality Control (QC) for electrical engineering, various instruments are utilized to inspect, test, and verify the performance and safety of electrical systems and components. These instruments play a crucial role in ensuring compliance with standards and specifications. Below is an overview of key types of instruments commonly used in QA/QC for electrical engineers.
0/5
Multimeters
00:00
Insulation Resistance Testers (Megohmmeters)
00:00
Clamp Meters
00:00
Oscilloscopes
00:00
Power Quality Analyzers
00:00
Professional Training of QA & QC for Electrical Engineers
About Lesson

Oscilloscopes

  • Functionality

    • Visualizes electrical signals as waveforms on a screen.
    • Measures signal amplitude, frequency, and timing.

  • Applications

    • Analyzing signal integrity and waveform characteristics.
    • Diagnosing faults in electronic circuits and communication systems.
Previous
Next

Join Our Community

Enter your email address to register to our newsletter subscription delivered on regular basis!