Finalise Wireless Cisco Network + Documentation
Budget: $10 – $30 USD
I need a freelancer to finish and improve my Cisco Packet Tracer project (.pkt).
The file contains three buildings, each with its own VLANs, trunking, routing, addressing, and services. The project is incomplete and must be corrected, organized, and expanded to meet a full academic syllabus.
The freelancer must:
- Complete and fix the Packet Tracer network
- Add any missing elements required by the syllabus
- Prepare a simple, short documentation (not academic)
- Provide a short video showing the network working
No APA, no IEEE, no long paragraphs, no complex report.
Just practical work + simple clear explanations.
-------------------------------------------------------
1. TASK 1: COMPLETE THE PACKET TRACER PROJECT (.pkt)
-------------------------------------------------------
You will:
- Fix and validate VLANs
- Validate IP addressing and connectivity
- Organize devices, labels, and cables
- Ensure all buildings communicate correctly
- Add any missing requirement from the full syllabus
-------------------------------------------------------
2. TASK 2: SIMPLE DOCUMENTATION (1–3 PAGES)
-------------------------------------------------------
Documentation must be simple and include:
A. Topic-by-topic explanation for the entire syllabus:
- State if each topic is implemented in Packet Tracer (YES/NO)
- If YES: explain briefly where it appears and if it appear, add it on the packet tracer
- If NO: explain briefly why Packet Tracer cannot simulate it
C. Mandatory:
- A validation video showing:
* Connectivity tests
* VLAN and inter-VLAN routing
* DHCP working
* DNS working
* etc, all topics of the syllabus
-------------------------------------------------------
3. FULL SYLLABUS TO BE COVERED (TOPIC BY TOPIC)
-------------------------------------------------------
MODULE 1: Communication Fundamentals
1. Communication Model
2. Digital Communications
3. Bit and Byte
4. Pros and Cons of Digital Communication
5. LAN, WAN, PAN
MODULE 2: Signal Transmission
1. Analog and Digital Signals
2. Sinusoidal Signals
3. Fourier Series
4. Fourier Transform
5. Spectrum and Bandwidth
6. Data Rate
7. Channel Capacity
8. Error Probability
MODULE 3: Transmitters and Receivers
1. Analog Modulation: AM, FM, PM
2. Digital Modulation: ASK, FSK, PSK
3. Pulse Modulation: PAM, PPM, PWM
4. Line Coding: NRZ, RZ, AMI, Miller, Manchester
MODULE 4: Switching and Media
1. Circuit Switching and Packet Switching
2. Guided Media: UTP, STP, FTP, Coaxial, Fiber (single and multimode)
3. Unguided Media: Microwave, Radio, IR, Bluetooth
4. Antennas
MODULE 5: Quality and Transmission Control
1. Attenuation, Delay Distortion, Noise
2. CRC, FEC
3. Flow Control (ACK)
4. Error Control (ARQ)
5. HDLC
MODULE 6: Multiplexing
1. TDM
2. FDM
3. WDM
MODULE 7: Network Architecture
1. OSI Model
2. TCP/IP Model
3. Network Devices: Hub, Switch, Router, Firewall
4. UDP and TCP
5. Structured Cabling Standards
MODULE 8: Topologies and Applications
1. Bus, Ring, Star, Mesh
2. Numbering Systems: Binary, Hexadecimal
3. MAC Address and IP Address
4. IPv4 vs IPv6
5. IPv4 Address Classes (A–E)
6. RFC 1918 Private Addresses
7. Subnet Masks
8. Default Gateway
9. Subnetting
10. DHCP
11. DNS
12. ARP
13. ICMP (ping, traceroute)
14. HTTP
15. Protocol Analyzer / Sniffer
16. Client/Server, P2P, Cloud
MODULE 9: LAN Networks
1. Ethernet (CSMA/CD), FastEthernet, GigabitEthernet
2. VLAN
3. Trunking
4. VTP
MODULE 10: Routing
1. NAT: Static and Dynamic
2. Static Routing
3. RIP v2
4. OSPF
5. BGP (explain if not supported)
6. EIGRP
MODULE 11: Network Security
1. Basic Cryptography: Caesar, Vernam, Vigenere, Playfair, Hill
2. Attacks: DoS, Spoofing, Sniffing, MITM
3. VPN, IPsec, Secure DNS
4. Firewall, IDS, Honeypots, DMZ
MODULE 12: Wireless Communications
1. IEEE 802.11 (WiFi)
2. IEEE 802.16 (WiMAX)
-------------------------------------------------------
DELIVERABLES
-------------------------------------------------------
- Completed .pkt file
- Simple topic-by-topic documentation
- Validation video
-------------------------------------------------------
DEADLINE
-------------------------------------------------------
3 days.
-------------------------------------------------------
SKILLS REQUIRED
-------------------------------------------------------
- Strong Cisco Packet Tracer knowledge
- VLANs, trunking, routing
- DHCP, DNS, NAT
- IPv4/IPv6
- Wireless configuration
- Basic network security
- Ability to write simple short explanations
The file contains three buildings, each with its own VLANs, trunking, routing, addressing, and services. The project is incomplete and must be corrected, organized, and expanded to meet a full academic syllabus.
The freelancer must:
- Complete and fix the Packet Tracer network
- Add any missing elements required by the syllabus
- Prepare a simple, short documentation (not academic)
- Provide a short video showing the network working
No APA, no IEEE, no long paragraphs, no complex report.
Just practical work + simple clear explanations.
-------------------------------------------------------
1. TASK 1: COMPLETE THE PACKET TRACER PROJECT (.pkt)
-------------------------------------------------------
You will:
- Fix and validate VLANs
- Validate IP addressing and connectivity
- Organize devices, labels, and cables
- Ensure all buildings communicate correctly
- Add any missing requirement from the full syllabus
-------------------------------------------------------
2. TASK 2: SIMPLE DOCUMENTATION (1–3 PAGES)
-------------------------------------------------------
Documentation must be simple and include:
A. Topic-by-topic explanation for the entire syllabus:
- State if each topic is implemented in Packet Tracer (YES/NO)
- If YES: explain briefly where it appears and if it appear, add it on the packet tracer
- If NO: explain briefly why Packet Tracer cannot simulate it
C. Mandatory:
- A validation video showing:
* Connectivity tests
* VLAN and inter-VLAN routing
* DHCP working
* DNS working
* etc, all topics of the syllabus
-------------------------------------------------------
3. FULL SYLLABUS TO BE COVERED (TOPIC BY TOPIC)
-------------------------------------------------------
MODULE 1: Communication Fundamentals
1. Communication Model
2. Digital Communications
3. Bit and Byte
4. Pros and Cons of Digital Communication
5. LAN, WAN, PAN
MODULE 2: Signal Transmission
1. Analog and Digital Signals
2. Sinusoidal Signals
3. Fourier Series
4. Fourier Transform
5. Spectrum and Bandwidth
6. Data Rate
7. Channel Capacity
8. Error Probability
MODULE 3: Transmitters and Receivers
1. Analog Modulation: AM, FM, PM
2. Digital Modulation: ASK, FSK, PSK
3. Pulse Modulation: PAM, PPM, PWM
4. Line Coding: NRZ, RZ, AMI, Miller, Manchester
MODULE 4: Switching and Media
1. Circuit Switching and Packet Switching
2. Guided Media: UTP, STP, FTP, Coaxial, Fiber (single and multimode)
3. Unguided Media: Microwave, Radio, IR, Bluetooth
4. Antennas
MODULE 5: Quality and Transmission Control
1. Attenuation, Delay Distortion, Noise
2. CRC, FEC
3. Flow Control (ACK)
4. Error Control (ARQ)
5. HDLC
MODULE 6: Multiplexing
1. TDM
2. FDM
3. WDM
MODULE 7: Network Architecture
1. OSI Model
2. TCP/IP Model
3. Network Devices: Hub, Switch, Router, Firewall
4. UDP and TCP
5. Structured Cabling Standards
MODULE 8: Topologies and Applications
1. Bus, Ring, Star, Mesh
2. Numbering Systems: Binary, Hexadecimal
3. MAC Address and IP Address
4. IPv4 vs IPv6
5. IPv4 Address Classes (A–E)
6. RFC 1918 Private Addresses
7. Subnet Masks
8. Default Gateway
9. Subnetting
10. DHCP
11. DNS
12. ARP
13. ICMP (ping, traceroute)
14. HTTP
15. Protocol Analyzer / Sniffer
16. Client/Server, P2P, Cloud
MODULE 9: LAN Networks
1. Ethernet (CSMA/CD), FastEthernet, GigabitEthernet
2. VLAN
3. Trunking
4. VTP
MODULE 10: Routing
1. NAT: Static and Dynamic
2. Static Routing
3. RIP v2
4. OSPF
5. BGP (explain if not supported)
6. EIGRP
MODULE 11: Network Security
1. Basic Cryptography: Caesar, Vernam, Vigenere, Playfair, Hill
2. Attacks: DoS, Spoofing, Sniffing, MITM
3. VPN, IPsec, Secure DNS
4. Firewall, IDS, Honeypots, DMZ
MODULE 12: Wireless Communications
1. IEEE 802.11 (WiFi)
2. IEEE 802.16 (WiMAX)
-------------------------------------------------------
DELIVERABLES
-------------------------------------------------------
- Completed .pkt file
- Simple topic-by-topic documentation
- Validation video
-------------------------------------------------------
DEADLINE
-------------------------------------------------------
3 days.
-------------------------------------------------------
SKILLS REQUIRED
-------------------------------------------------------
- Strong Cisco Packet Tracer knowledge
- VLANs, trunking, routing
- DHCP, DNS, NAT
- IPv4/IPv6
- Wireless configuration
- Basic network security
- Ability to write simple short explanations