Training Course on Digitalization Processes for Wastewater Treatment Plants with ATSCADA Ecosystem

This training course helps students, technicians, and engineers in the field of electrical engineering and automation to enhance their knowledge and gain experience.

Duration:  1 Session – Learning Format: Online via Google Meet

We are giving away high-quality and multi-disciplinary ATSCADA training materials to our students.

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Why should you take the SCADA course at ATSCADA?

Web Based SCADA Systems for modern industrial monitoring with cloud connectivity and realtime remote monitoring dashboard

ABOUT US

ATSCADA helps businesses grow further through comprehensive automation solutions.

ATSCADA Lab, a subsidiary of ATPro Corp, was formed and developed from the ATSCADA platform established in 2009, marking the beginning of our journey to build “Made in Vietnam” SCADA solutions. With a shared aspiration and long-term vision, we continuously research, develop, and refine core technology platforms, aiming to build a SCADA  software “empire”  with a distinct Vietnamese identity, capable of competing in regional and international markets.

Who should participate in the ATSCADA training course?

Final year engineering students

Final year engineering students

CEO – Company Leader

CEO – Company Leader

Automation Engineer

Automation Engineer

Electrical and Electronics Engineers

Electrical and Electronics Engineers

Many engineers struggle with SCADA systems because they rely solely on: Online tutorials that don’t require actual equipment –  ​​Disjointed documentation –  Outdated training methods

What was the result?  Slow progress, poor practical skills, and limited career advancement opportunities. ATSCADA has completely changed this.

Training Course Content: Digitalization Process for Wastewater Treatment Plants with ATSCADA Ecosystem

Process Analysis & SVG Graphical Interface Design

  • Analyzing the real-world problem: Breaking down the wastewater treatment plant process (from collection tank, pH reaction chamber, biological tank to sludge dewatering).
  • Building a multi-tiered SCADA architecture: Establishing a standardized system from data collection (ATDriverServer), data exchange station (iWebService) to Web Server (IIS).
  • SVG Graphic Design Practice (No-Code): Creating a live monitoring interface using Inkscape software combined with ATSCADA’s SVG library of over 2900 industrial images.

The crucial ID assignment rule: Separate static/dynamic objects (e.g., a tank divided into a shell and a water column) and assign accurate IDs to prepare for data mapping.

Connecting real Siemens PLCs & Bringing Web SCADA Systems to Life

  • Dynamic simulation on Siemens PLC: Running SCL code on a real PLC to simulate sensor parameters (pump running, water level rise, acid addition causing pH decrease) to address the problem of insufficient hardware.
  • Hardware connection configuration: Use the S7 Ethernet driver on ATDriverServer to connect to the PLC memory area and synchronize the tag via the iTagBuilder tool.
  • Attach events and graphic animations to Fastweb Designer:
    • Tag Binding: Displays actual measurement data on the web.
    • Animation & Status: Changes pump color when running/stopping, flashes to indicate network connection errors.
    • Cut-Away: Simulates the extremely smooth rise and fall of the water level in the tank.
  • Integrated two-way control: Attach a switch to turn the device on/off and an analog input field to write settings directly to the PLC.

Multi-platform acceptance testing: Scan the QR code, monitor, and directly press the PLC control buttons on your mobile/tablet browser interface.

Training Course on Digitalization Processes for Wastewater Treatment Plants with ATSCADA Ecosystem

WHAT WILL STUDENTS BE ABLE TO DO AFTER COMPLETING THE COURSE?

Understand and successfully set up the entire OT/IT connectivity architecture from the factory hardware to the web environment without having to write complex web programming code.

We design absolutely sharp SCADA dashboards that zoom in and out without losing clarity and automatically adjust to fit any screen (PC, phone, tablet).

Know how to configure real-time data reading/writing and directly output control commands from the web to standard industrial PLCs (such as Siemens S7).

We have the necessary mindset and tools to confidently digitize the operational interface for any factory, pumping station, or industrial park.