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Certification Programs

The Certificate Program prepares engineers to engage in all aspects of a specific technology network build-out. The program starts with a general overview of the technology specifications, coupled with network design and dimensioning (or network overlay design in an evolving network), and progresses into detailed treatment of implementation issues and pre-launch network optimization. The certification sequence finishes with a module centered on post-launch network performance optimization, also known as performance engineering.

  • Pre-assessment: The pre-assessment test establishes the knowledge base of the student to enable his/her appropriate placement in the program.
  • Classroom Instructor-lead Hands-on Training: The course modules provide a flexible approach to the certification process, allowing each category of engineering personnel to attend relevant portions of the program. They are a combination of theory and practical tasks, and may include client best practices. There are exercises and assessments after every module completion.
  • Post-assessment: The post-assessment allows us to determine if a student has mastered the technology and will be able to successfully implement and/or operate the specific technology.
Certificate Program Course Modules
 Module 1: Technology Overview (2 Days)
  • Provides all aspects of the technology's standard that will ensure that the student has a proper knowledge base.
  • Prepares engineer to tackle the design/dimensioning and optimization aspects of the technology
 
 Module 2: Network Dimensioning and Design (8 hours)
  • Relevant link related parameters for network dimensioning, i.e. RF propagation modeling, antenna selection and overlay restrictions.
  • Design exercise for senerios of coverage and capacity requirements as may be dictated by the client.
 
 Module 3: System Implementation (8 hours)
  • Addresses network overlay issues in an evolving network such as co-location of base-station infrastructures.
  • Provides effective site selection and interference mitigation techniques.
 
 Module 4: Network Optimization (4 hours)
  • Optimization Process for network optimization are detailed and discussed in an interactive fashion.
  • Detail of necessary tools such as data collection and post processing/analysis platforms that are used to achieve target optimization metrics.
 
 Module 5: Performance Engineering (4 hours)
  • Techniques for network performance monitoring, customer complaint resolution through network troubleshooting, analysis and reccomendation implementation.

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