This presentation is an introduction to IEEE's Wireless Communications Engineering Technologies (WCET) Certification. It gives an overview of the areas it covers, its benefits and how to prepare for the exam.
2. Objectives
• What is IEEE’s WCET ?
• Why is WCET worth the effort ?
• How to prepare for WCET exam ?
3. WCET
• Stands for “Wireless Communications Engineering Technologies”
• Addresses the worldwide wireless industry’s need for qualified communication
professionals who can demonstrate practical problem-solving skills in real-world
situations.
• Covers 7 major areas of wireless communications.
11. Subject Areas Covered
• RF Engineering, Propagation, and Antennas (19-23%)
• Wireless Access Technologies (19-23%)
• Network and Service Architecture (19-23%)
• Network Management and Security (11-15%)
• Facilities Infrastructure (6-8%)
• Agreements, Standards, Policies, and Regulations (6-8%)
• Fundamental Knowledge (8-12%)
12. What to look for in a certification?
• Teaches more about the field.
• Provides practical knowledge.
• Meets industry needs.
• Proves professionalism.
13. Why is WCET worth the effort ?
• Demonstrates commitment to the wireless industry and profession.
• Proves thorough understanding of basics & concepts.
• Opens up new opportunities in the large field of wireless communications.
• Many Companies are actively looking for WCPs.
16. Why is WCET Different?
Unlike many certifications, WCET is:
• Vendor-neutral
• Trans-national
• Employs practical experience to solve real world problems.
17. WCET Exam
• Recommended:
• College degree
• 3+ years of professional experience.
• 150 MCQ Question.
• Duration: 4 Hours
• An online calculator & formula sheets are available.
• License Duration: 5 Years (Renewable)
18. How to prepare for WCET Exam?
• Online Tutorials
• Practice Exam
• Website: www.ieee-wcet.org
• References & Resources
• List available in WCET’s Handbook.
20. Thank You !
Our Contacts:
• Amr Awad
Senior Electronics & Communication Engineering Student at Cairo University
amro.khir@gmail.com
• Yosra Ahmed
Senior Electronics & Communication Engineering Student at Cairo University
yosra27med@gmail.com
Editor's Notes
Propagation: path-loss such as delay spread & Doppler shift.
Antennas: radiation pattern & polarization mismatch.
RF Engineering: optimize coverage with lowest cost.
Signal processing: filtering and equalization.
MAC: Design and analyze a wireless access system to given bandwidth requirements, coverage, …
Link & Physical layer: error detection and correction, modulation/demodulation, and pre-coding techniques.
Network Security: Assess the potential impacts of known security attacks on wireless systems.
Network Management: Design a fault monitoring system or a performance monitoring system.
- Analyze IP routing
- Analyze the functioning of TCP/IP transport protocols
- Determine the power consumption of a unit of communications equipment or an entire facility.
- Design a DC power plant to support the facility for a given required reserve time.
- Determine the required antennas & antenna positions for a given facility
- Design the waveguide/transmission line layout between the communications electronics and the
antenna(s).