Plano, TX (In-Person)
|
Live Online
Small Batches (3–6 Students)
Program
Wireless networks are expanding faster than the industry’s ability to design them correctly. 5G rollouts are driving massive backhaul demand. Rural broadband programs backed by $42.5B in BEAD funding rely heavily on microwave and satellite. Enterprises are rapidly deploying WiFi 6/6E—but design mistakes continue to cause performance failures, rework, and cost overruns.
The problem is not equipment. It is engineering capability.
Many engineers understand wireless theory but have never designed a real network under real constraints. Employers need engineers who can design on day one—not learn for six months after hiring.
This is not a certification program. It is a 15-week, project-driven engineering program focused on building real wireless networks. You will design ISP backhaul networks, enterprise WiFi systems, high-density venues, and hybrid satellite-microwave architectures using professional planning, simulation, and GIS tools.
First 3 live classes are free to evaluate. Withdraw after session 3 with no payment obligation.
Professional promise
You don’t graduate with a certificate. You graduate with work that proves you can engineer.
By Week 15, you will have designed the following portfolio-grade projects:
Microwave Backbone (ISP)
A 15-hop microwave backbone design for an ISP.
Enterprise WiFi (Event Camp)
An enterprise WiFi network design for an Event Camp.
High-Density Venue WiFi
A high-density WiFi design for a 1,000-person venue.
Capstone: Remote Property Solution
Satellite connectivity + microwave interlinks + WiFi distribution + security architecture + GIS documentation + professional presentation.
Weeks 1–5
Master point-to-point wireless backhaul design.
Week 1: RF Fundamentals
Week 2: Microwave Link Budget
Week 3: Path Analysis (Pathloss & Google Earth)
Week 4: Frequency Planning & Interference
Week 5: Satellite Systems & Mobile Backhaul
Weeks 6–9
Design enterprise-grade wireless LANs.
Week 6: WiFi Standards & RF Basics
Week 7: Site Survey & Heatmapping
Week 8: High-Density WiFi Design
Week 9: WiFi Security & Management
Weeks 10–12
Use GIS tools for wireless network planning and documentation.
Week 10: GIS Fundamentals
Week 11: Terrain Analysis & Propagation
Week 12: Wireless Coverage Mapping
Weeks 13–14
Design a complete wireless solution for a remote venue/campus.
Project Components
Deliverables
Week 15
Resume, LinkedIn, interviews, and negotiation.
Hiring Materials
Interview & Negotiation
These elements are standard across all ExploreN2P programs to ensure consistent learning quality and outcomes.
First 3 classes are free to evaluate · Flexible payment plans available
Share your details and we will contact you to schedule a 30-minute call (Plano in-person or Live Online).