Available courses

    "Introduction to Linux" offers a comprehensive overview of the Linux operating system. It covers core concepts such as the Linux kernel, which manages system resources and hardware, and the user space, which includes the operating system's applications and utilities. The course also introduces the Linux file system hierarchy, basic command-line operations, user and group management, and shell scripting. Designed for beginners, it provides foundational knowledge and skills for effective navigation and use of Linux systems.

      This is the introductory course for Python for Beginners.  Please start here if you have no experience coding in Python.  This course is self-paced; you can proceed through the course, but need to complete each unit before moving on to the next unit.

      The core concept of this course is to provide a comprehensive guide on the fundamentals of calibration and the necessity to calibrate monitors for broadcast and personal use.

      This course focuses on the practical use of a multimeter to test and evaluate electronic circuits directly on a Printed Circuit Board (PCB). Learners develop the skills to safely perform voltage, resistance, and continuity measurements to assess circuit conditions and identify faults. The course emphasizes basic troubleshooting methods, proper meter handling, interpretation of readings, and recognizing common PCB issues such as short circuits, open lines, and abnormal electrical values.

      Please see link below: (PART 1 and PART 2)

      Through this course, we will learn structured troubleshooting methods, proper use of diagnostic tools, and effective techniques for testing electronic components. These skills are essential in improving repair efficiency, reducing equipment downtime, and ensuring the reliability of the systems we support.

      Soldering and de-soldering are important skills in electronic equipment maintenance and repair. These techniques allow technicians to properly install, replace, and remove electronic components while ensuring the reliability of the equipment.

      In this course, you will learn the basic tools, safety precautions, and proper techniques for soldering and de-soldering electronic components. By the end of the training, you will have a better understanding of how to perform these tasks safely and effectively.

      This course covers Dolby Atmos Basics, Dolby Atmos Mix Delivery Specifications, and Dolby Atmos Quality Control Basics.

      This course covers Dolby Vision Basic Concepts and Terminology, Workflow Overview and Quality Control.

      Course Overview

      This course provides audio engineers, broadcast engineers, post-production personnel, and technical operators with the knowledge and practical skills required to design, configure, calibrate, and operate a Dolby Atmos 7.1.4 monitoring environment using the DAD AX64 and DADman software.

      Target Audience

      • Audio Engineers
      • Broadcast Engineers
      • Post-Production Specialists
      • Technical Operations Personnel
      • Studio Systems Integrators

      Learning Objectives

      By the end of this course, learners will be able to:

       

      1. Explain Dolby Atmos fundamentals and 7.1.4 monitoring concepts.
      2. Design a Dolby Atmos-compliant room layout.
      3. Configure speaker placement based on Dolby guidelines.
      4. Describe DAD AX64 hardware architecture.
      5. Configure routing within DADman.
      6. Integrate Dolby Atmos Renderer with DAD AX64.
      7. Perform speaker calibration using SPQ.
      8. Troubleshoot common Dolby Atmos monitoring issues.