Length: 2 Days
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Digital Systems Engineering Training

digital-engineering

Digital Systems Engineering is now being widely incorporated into organizations’ long-term business plans.

That’s because the advantages of digital systems engineering are considerable. When applied at the very earliest stages of a project, Digital Systems Engineering not only facilitates better design but helps identify and eliminate risks that might arise later down the line – offering greater predictability of building performance, price and program.

Digital Systems Engineering provides one place to document, save, and store the rationale for changes or updates to a requirement with notes, conversations, and background information. This provides immediate access to system information for current and future efforts.

Also, Digital Systems Engineering increases visibility and analytical capability as well as capture and transfer SME (subject matter expert) knowledge.

Additionally, fundamental to achieving true Digital Systems Engineering is having the right blend of technical and cultural platforms. An inclusive environment based on openness, cooperation and knowledge-sharing must be underpinned by consistent processes and access points, allowing everyone involved in a project to navigate freely around the model and explore the data.

Truth is, Digital Systems Engineering has opened organizations to a world of many possibilities and opportunities. It offers invaluable solutions and advantages for engineers, for the clients and critically, for society at large.

Digital systems engineers are responsible for providing guidelines about security measures, user interface, and system capabilities. Other duties that they will perform include evaluating existing systems for efficiency and effectiveness, providing recommendations for scalability, and troubleshooting any system errors and problems that may arise.

Bottom line is that digital changes the way we undertake the process of design. For example, to create buildings of the future, digital systems engineers employ high-level data capture and digital design. In fact, across the construction cycle, engineers are changing their tools from analogue to digital. They are using new technologies to provide services with greater even accuracy and scope to innovate.

Digital Systems Engineering Course by Tonex

Digital Systems Engineering is a 2 days training course by Tonex. Did you know? The last 30-40 years have seen significant progress in digital systems, mainly due to advances in integrated circuits and system packaging. All the students in this course should expect a better knowledge of system level electrical issues and be able to develop and evaluate solutions.

Systems Engineering Digital

Made For Systems Engineers

The Architecture, Engineering and Construction (AEC) industry has been especially enabled with the influence of Digital Engineering and Digital Engineers. Students in this course should expect to leave with a better understanding to develop and evaluate solutions.

 

Who Should Attend

Course recommended for

  • Systems engineer
  • Product engineer & designer
  • Healthcare technician
  • Mechanical/ Trouble-shooting professional 
  • Engineering Project professional

Objectives

  • Learn the evolution of Digital Systems Engineering, timeline how it made impact in engineering field.
  • Gain good knowledge about integrated circuits and system packaging.
  • Effectively gain a better expertise of system level electrical issues and be able to develop and evaluate solutions.
  • Learn how The Architecture, Engineering and Construction (AEC) industry has been especially enabled with the influence of Digital Engineering and Digital Engineers. 
  • Learn ‘open and closed’ loop timing and getting skilled in Synchronization
  • Perform better analysis and run group discuss to gain knowledge about the System architecture and design.

Outline

Program Outline

  • Fundamentals of digital engineering
  • Digital system packaging 
  • Electrical models of interconnects
  • Signaling and noise
  • Power distribution/ Signaling circuits
  • Learning ‘open and closed’ loop timing
  • Getting skilled in Synchronization
  • System architecture and design
  • Workshop/ Case-studies

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