A static React website showcasing the history, educational programs, and achievements of the Texas A&M Cisco Networking Academy - a student-led initiative providing free CCNA training and certification preparation from Spring 2022 through Fall 2025.
Purpose: Welcome visitors and introduce the academy's mission
Content to Include:
- Hero section with academy branding
- Mission statement: "The Cisco Networking Academy's purpose is to help meet the need for trained, skilled, and certified network engineers in an ever growing technological society."
- Value proposition: Free CCNA course offering hands-on lab experiences with real networking equipment
- Key statistics (3-year period):
- Years of operation: 2022-2025
- 9 CCNA certified students
- 400+ total students served across 8 semesters
- 20+ monthly hands-on labs conducted
- Call-to-action sections
- Visual timeline preview
Key statistics highlight:
- 9 CCNA certified students
- 400+ students served
- 20+ monthly hands-on labs
- Active since 2022
- Visual timeline preview
Purpose: Explain the academy's educational philosophy and unique value
Content to Include:
- Core mission: Creating a community of students interested in computer networking and providing opportunities for professional development via the CCNA
- What makes Texas A&M unique:
- Free CCNA training for all students
- Hands-on labs using real enterprise equipment (routers, switches, fiber optics)
- Apply knowledge to create network solutions usable by businesses
- Student-led, community-focused approach through Cybersecurity Club partnership
- Educational approach:
- Weekly lessons on CCNA topics using in-house presentations
- Lesson labs in Packet Tracer for device configuration practice
- Monthly hands-on labs with physical equipment where students collectively configure networks and use them (Halo LAN party, visit locally hosted websites, drawing games)
- Summer study sessions for exam preparation (introduced 2025)
- Leadership:
- Student Ambassadors: Colby Coppinger '25 (Founder, 2022-2025), Austin Glander (Current, 2025-present)
- Faculty Advisor: John Romero (Cybersecurity Center) - whose dedication made the academy possible
- Community: Part of the Texas A&M Cybersecurity Club ecosystem
- Quote: "Give me a cable and I'll connect the world" ~ Colby Coppinger '25
Purpose: Chronicle the academy's development and growth
Content to Include:
The Beginning:
- Fall 2021: Colby Coppinger arrives at Texas A&M looking for a place to do networking
- Fall 2021: Colby connects with John Romero and the Cybersecurity Club
- Spring 2022: Colby Coppinger founds the Texas A&M Cisco Academy
Founding Semester - Spring 2022:
- First semester: January-April 2022
- Topics: Internet Connection, Network Protocols, Data Communications, Home Network Basics
- Inaugural event: LAN Party Lab (April 29, 2022) - students built mini-internet and played Halo 1
- Location: Houston Building
Growth Period - 2022-2023:
-
Fall 2022
- Introduction of T-shirt rewards and signature programs
- Continued expansion of curriculum
-
Spring 2023
- Lab documentation system established (lab memos)
- February, March, April monthly labs
-
Fall 2023
- Austin Glander joins the academy as a member
- Introduction of Test Engineer student positions
- Curriculum revisions
- Austin begins studying for CCNA, mentored by Colby
Leadership Transition - 2024:
-
Winter 2023-2024: Colby asks Austin to be his successor
-
Spring 2024
- Austin becomes Lab Coordinator
- First CCNA certifications achieved
- Austin gradually takes on more academy responsibilities
- Continued monthly lab series
-
Summer 2024
- Private study sessions between Colby and Austin
-
Fall 2024
- Major milestone: Move from RELLIS campus to Main Campus (THOM 105)
- Lab attendance jumped to 90%+ due to improved accessibility
- Austin earns his CCNA
- First lab: 35 attendees
- Average lesson attendance: 45.2 students
- Highest visibility period for the Academy to date
Current Era - 2025:
-
April 2025: Colby officially makes Austin the Student Ambassador
-
May 2025: Austin becomes Cybersecurity Club Vice President
-
Spring 2025
- Austin's first semester with increasing leadership
- Continued monthly lab series
-
Summer 2025
- First-ever Summer Study Session program
- 9 weeks, twice weekly, ~1 hour meetings
- Focus on exam preparation: topic review, discussion, practice questions
-
Fall 2025 (Current - Austin's first full semester as Ambassador)
- Ongoing semester with continued growth
- Problem-first teaching innovations
- Visual demonstration techniques
Key Innovations:
- Problem-first teaching approach: Introduce problems before solutions for better context and engagement
- Visual demonstrations using tangible props like envelopes
- Summer study sessions for bridging the gap to CCNA certification
- Interactive monthly labs with real-world applications (gaming, web hosting, collaborative activities)
Statistics Trends:
- Fall semesters consistently have higher enrollment than Spring
- First lab of each semester has highest turnout
- Main Campus location improved accessibility
- Most students are new to networking when joining
Key People:
- Colby Coppinger '25 - Founder and First Student Ambassador (2022-2025)
- Austin Glander - Second Student Ambassador (2025-present), Lab Coordinator (2024-2025)
- John Romero - Faculty Advisor, Cybersecurity Center
- Officers and members of the Cybersecurity Club
Purpose: Showcase measurable student and program accomplishments
Content to Include:
CCNA Certified Students (9 total):
- Alex Eade
- Andrew Marshall
- Austin Glander (Current Ambassador)
- Caleb Hyer
- Colby Coppinger (Founder)
- Davy He
- Eric Zhang
- Matt Holtzapple
- William Hatcher
Program Statistics (3-Year Period):
-
Total students served: 400+ unique students
-
Registration trends:
- Fall semesters typically have higher enrollment than Spring
- Majority of students are new to networking
- Strong interest in CCNA certification
-
Lesson attendance:
- Consistent participation throughout each semester
- About 20 students attended all meetings over 3-year period
-
Lab attendance:
- 20+ monthly hands-on labs conducted
- First lab of semester consistently has highest turnout
- Main Campus location improved accessibility
Student Positions:
- Senior Test Engineer (Fall 2023 onward)
- Test Engineer roles
- Student-led organizational structure
Competitive Advantage:
- Students report competitive edge when applying for internships
- Hands-on experience prepares students for real-world challenges
- Portfolio of network solutions created during labs
Purpose: Detail the educational offerings and learning paths
Content to Include:
Core CCNA Program:
- Free training for Texas A&M students
- Prepares students for Cisco Certified Network Associate exam
- Weekly lessons (10 per semester)
- Monthly hands-on labs (3-4 per semester)
- Study groups and office hours
- Exam preparation resources including:
- Practice exams
- Kahoot question pools (Routing, Switching)
- Question categories by topic
- CCNA study schedules (Summer 2024)
Advanced Certifications:
- CCNP ENCOR (Enterprise Core) - 2024-2025 academic year, Summer 2025
- CCNP ENARSI (Enterprise Advanced Routing and Services) - Summer 2025
Summer Study Sessions (Introduced 2025):
- 9-week intensive program, twice weekly, ~1 hour meetings
- Focus: Bridge the gap to CCNA certification
- Format: Topic review, discussion, and practice questions
- Helps students transition from learning to exam readiness
Recommended Resources (for CCNA preparation):
- Cisco's 3-part CCNA series on NetAcad
- Jeremy's IT Lab on YouTube
- Boson ExSim practice exams
Topics Covered (from lesson materials):
Networking Fundamentals:
- Networking Basics
- Network Components and Topology
- Network Protocols and Ports
- Binary and Subnetting
- Packet Tracer introduction
- Wireshark and packet capture
Layer 2 Technologies:
- VLANs (Virtual LANs)
- Spanning Tree Protocol (STP)
- EtherChannel
- Switch Security and Port Security
- Dynamic ARP Inspection
- Cisco Discovery Protocol
Layer 3 Technologies:
- Routing Fundamentals and Static Routing
- Dynamic Routing
- OSPF (Open Shortest Path First)
- ACLs (Access Control Lists)
- NAT (Network Address Translation)
- IPv4 and IPv6 Addressing
Network Services:
- DHCP
- FHRPs (First Hop Redundancy Protocols - HSRP)
- Syslog
Advanced Topics:
- Wireless Networking
- Enterprise Authentication
- Automation and Software Defined Networking
- Network Security
Learning Format:
- Weekly Thursday lessons
- Integration with Cisco NetAcad online modules
- Hands-on labs using real Cisco equipment
- Course worksheets for practice
- Semester schedule published in advance
Purpose: Showcase practical learning through lab activities
Content to Include:
Lab Philosophy:
- Theory to practice approach
- Real enterprise equipment (2960 Catalyst Switches, ISR 4331 Routers, fiber optics)
- Network solutions applicable to real businesses
- 90%+ attendance since move to Main Campus
Monthly Lab Activities (Real-world applications):
- Halo LAN Party - Build network infrastructure and play Halo 1 over it
- Web Hosting - Configure network and visit locally hosted websites
- Drawing Games - Collaborative activities over the configured network
- Students collectively configure the network and then use it
Teaching Innovations (2025):
- Problem-first approach: Introduce the problem before the solution to give students context
- Visual demonstrations: Using tangible props (like envelopes) for abstract concepts
- Interactive engagement: Student questions about the problem naturally segue into solutions
- Practical application: Every lab culminates in using the network for something fun
Lab Structure:
- ARP (Address Resolution Protocol)
- VLANs
- Spanning Tree Protocol
- EtherChannel
- Port Security
- DHCP
- Static Routing
- OSPF
- HSRP (Hot Standby Router Protocol)
- Dynamic NAT
- Cisco Discovery Protocol
- Dynamic ARP Inspection
Special Projects:
- Raspberry Pi website installation
- RvB (Red vs Blue) Infrastructure
- Network topology design challenges
- Configuration practice scenarios
- WLC (Wireless LAN Controller) GUI
Lab Structure:
- Sign-in tracking
- Cabling diagrams provided
- Core infrastructure and edge configurations
- Network solutions with 12 different configurations
- Administrative documentation and memos
Purpose: Communicate the academy's broader impact and value
Content to Include:
Student Impact:
- 400+ students served over 3 years
- Community-building among students interested in networking
- Hands-on experience with real enterprise equipment
- Preparation for industry challenges
Key Insights:
- Fall semesters have greater participation than Spring
- Main Campus location improved accessibility
- Most students are new to networking when they join
Partnerships:
- Cisco Networking Academy official partnership
- Texas A&M Cybersecurity Club (parent organization)
- Community of students interested in cybersecurity
- Offers half dozen activity groups: exploitation, networking, linux, cloud, and more
- NetAcad program platform
Key Contributors:
- Colby Coppinger '25 - Founder, First Student Ambassador, Mentor
- Austin Glander - Current Student Ambassador, Cybersecurity Club Vice President
- John Romero - Faculty Advisor (Cybersecurity Center) - His dedication to students made the academy possible
- Officers and members of the Texas A&M Cybersecurity Club
Continuous Improvement:
- Regular curriculum revisions
- Location optimization for student access
- Student feedback integration
- Teaching methodology innovations
Academy Philosophy:
- "To lead an Academy is to be directly a part of another person's educational journey"
- Recognition that knowledge learned has direct impact on career success
- Building a community of students interested in networking
- How to join (if still active)
- Contact information
- Future plans
Purpose: Visual documentation of academy activities
Content to Include:
- Lab setup photos
- Student activities
- Equipment showcase
- Semester highlights
- Promotional materials (available in documentation)
Available Assets:
- Official Cisco Academy Logo
- NetAcad Transparent logos (Black and White versions)
- NetworkingAcademyPartner logos (Cisco Blue and Midnight Blue)
- Promotional graphics (5 available)
- Event photos (available from Austin)
- Official branding: Cisco Academy logos, NetAcad Partner branding
- Texas A&M integration: Maroon (#500000) as accent color
- Tone: Professional, factual, educational (NOT advertising/recruitment)
- Style: Clean, modern, accessible, documentary-style
- Typography: Clear hierarchy for readability
- Factual accuracy: All statistics from documented sources
- Documentary approach: Tell the story, don't sell it
- Student-focused: Emphasize impact on individuals and community
- No marketing jargon: Straightforward, authentic narrative
- Educational value: Help future ambassadors understand the academy's evolution
- Credit where due: Recognize all contributors
- React-based static site
- Responsive design (mobile-first)
- Fast performance
- SEO optimized for discoverability
- Easy deployment (Vercel, Netlify, GitHub Pages)
- Accessible (WCAG AA compliant)
- Use case: Will be featured as a component in an upcoming lab
- Interactive timeline
- Statistics charts (replicate from documentation)
- Semester-by-semester comparisons
- Registration and attendance trends
- Growth trajectory visualization
- ✅ Current Status: Active - Fall 2025 is ongoing
- ✅ Contact: Austin Glander (current ambassador), John Romero (faculty advisor)
- ✅ Photos: Available from Austin
- ✅ Additional Contributors: Austin Glander (second ambassador), John Romero (faculty advisor)
- ✅ Scope Decision: Documentary/historical - NOT a recruitment tool
- ✅ Faculty/Staff: John Romero (Cybersecurity Center)
- NEW: What specific role should this website play in the upcoming lab?
- ✅ Project scope defined - Review and approve
- Answer remaining questions - Clarify missing context
- Gather visual assets - Collect any photos if available
- Set up React project - Initialize development environment
- Design mockups - Create visual design for approval
- Iterative development - Build page by page with feedback
Document Created: October 27, 2025
Based on: Complete documentation analysis including 230+ converted documents, 3-year statistics study, and mission statements