Online Network Engineering Bootcamp

Design, secure, and automate the networks that keep the digital world connected.

Network engineer jobs are projected to increase by over 150% by 2031. This will create an estimated 40,000–60,000 new roles worldwide due to cloud adoption, AI integration, and cybersecurity demands. Now is the time to build hands-on technical skills and earn a top Cisco-aligned certification that opens doors to high-paying infrastructure careers.

QuickStart’s 100% online Network Engineering Bootcamp can prepare you for an in-demand network engineer career in 18 weeks.

  • Duration 18 Weeks
  • Upcoming Cohort

At a Glance: Online Network Engineer Training

  • Designed for entry-level network engineering jobs, no experience needed
  • Affordable
  • Program - 18 weeks
  • 100% online instruction
  • Dedicated job prep for network engineering roles emphasizing peer-to-peer collaboration
  • Training in AI-powered network monitoring tools that employers expect in modern IT environments

Your Learning Style

Take advantage of live, instructor-led courses and independent study.

Your Schedule

Designed to fit your lifestyle.

Your Future

Start a successful, high salary career in networking with real-world training for beginners and extensive career support.

Explore Network Engineer Jobs Training

Network Engineer Certification Capstone Project

Impactful Projects and Peer Collaborative Assignments

During the program, you’ll complete hands-on projects and peer-to-peer group assignments that simulate real-world networking scenarios, giving you practical experience with the tools and challenges faced by network engineers today. Hands-on and team-oriented from day one, you’ll design and configure secure enterprise networks, automate infrastructure deployments using JSON, and monitor system performance with AI-driven tools like SolarWinds and PRTG.

In your final capstone project, you’ll build a fully functional cloud-based network architecture with routing, firewall rules, hybrid connectivity, and integrated threat monitoring. This comprehensive project will help you demonstrate your technical expertise to prospective employers.

Network Engineer Certification Mentoring

Virtual Hands-On Network Lab Experiences

Your network engineering courses will include several lab assignments that let you apply your skills in a virtual, hands-on “sandbox environment.” Using tools like Cisco Packet Tracer, GNS3, and AI-powered monitoring platforms, you’ll practice configuring networks, deploying infrastructure, and troubleshooting real-world scenarios.The labs are conducted in a safe, controlled space designed to simulate enterprise environments without the risk of impacting actual systems.

Network Engineer Certification Comptia Security+

Dedicated Certification Preparation

Our bootcamp includes dedicated certification preparation (exam-focused instruction, targeted reviews, and mock exams) throughout the core weeks of the program. Students will build and reinforce essential networking skills in preparation for the industry-recognized Cisco Certified Network Associate (CCNA) certification exam. The average CCNA exam preparation training (valued around $4,200), along with exam registration fees (approximately $300), are all included in your bootcamp tuition, providing a total savings of up to $4,500!

Network Engineer Certification Student Support

Industry Leading Student Support

Unlike other boot camps, we offer all-around student support services to improve your experience and create an encouraging learning environment. We help students succeed in mastering AI-driven computer networking skills through weekly virtual office hours, personalized 1:1 mentoring sessions, and access to a 24/7 AI tutor.

Network Engineer Certification Career Services

Extensive Career Services

This online network bootcamp equips you with the necessary technical skills for an entry-level network engineer role. You will have access to a wide range of resources, including a career services platform with job opportunities and a talent portal where hiring organizations can contact you. Through the entire process, we offer guidance on how to market your new computer networking skills to potential employers.

  • Career Coaching

    Focus on achieving your professional goals and prepare for the job search through 30-minute sessions with a career coach.

  • Interview Prep

    Learn how to ace network engineering interviews for jobs or internships through constructive mock interviews.

  • Resume Building

    Build an analytical resume and portfolio with the help of QuickStart's career coach.

High Growth, High Potential Network Engineer Careers & Salaries

Our program prepares students for a range of computer network engineer jobs. While salaries and careers will vary, explore the opportunities typically available to those who complete our program.

Role Average Salary
Network Administrator
  • Implement and maintain network security protocols, firewalls, VPNs, and user access policies to protect against unauthorized access and cyber threats.
  • Ensure optimal network performance by monitoring traffic, analyzing logs, and planning system upgrades or expansions.
$70,000/year
Network Support Engineer
  • Diagnose and resolve network issues related to connectivity, hardware, software, and configuration problems across LAN/WAN setups.
  • Continuously monitor network performance and assist in maintaining network devices such as switches, routers, and firewalls.
$72,429/year
Network Engineer*
  • Designs, implements, and manages network systems that are efficient, secure, and scalable.
  • Works with networking devices such as routers, switches, and firewalls to maintain optimal performance.
  • Applies knowledge of OSI and TCP/IP models, networking protocols, and IP addressing.

*Need 2-3 years of experience in addition to training and certification

$91,493/year

Sources: Talent.com, 2025

Re-Imagine Your Career as a Network Engineering Professional

Network Engineer Certification Investigates Digital Crimes

You could be the IT professional who builds and secures the digital infrastructure that powers everything from cloud services to online banking. In addition to titles like Network Engineer, there are many roles focused on designing, maintaining, and optimizing secure networks in industries like healthcare, finance, tech, and government.

While some of these positions require more experience than others, take a moment to consider your possible next steps after one to two years in the networking field and after completing your bootcamp.

A Network Security Engineer focuses on identifying threats, securing infrastructure, and responding to network vulnerabilities. You’ll use monitoring tools like Splunk, SolarWinds, and PRTG to detect anomalies, enforce firewall rules, and implement access controls. It’s a great path for individuals who want to bridge networking and cybersecurity. Our bootcamp curriculum focuses on secure network architecture, protocols, and managing identity and access control. It also teaches about secure and efficient cloud operations with robust security solutions. With ongoing threats to enterprise systems, this role continues to grow in demand as average salaries from $95,000 to $120,000.

DevOps Engineers with networking expertise ensure smooth communication between development, operations, and infrastructure systems. This role combines networking, cloud infrastructure, and automation to support scalable and reliable system operations. While not typically an entry-level role, it’s a natural progression for network engineers with 3-4 years of experience, especially those who continue building skills in scripting, cloud platforms, and infrastructure as code. It’s a great fit for learners who enjoy streamlining systems and building solutions that scale.

To gain experience, consider internships or support roles like Network Support Technician or Junior Network Administrator. These entry-level roles allow you to apply your training in real-world scenarios, build confidence with enterprise tools, and quickly grow toward higher-paying, specialized career paths in the networking field.

Alumni Success Stories

Students from our bootcamp programs now work at notable organizations nationwide, including:

  • Network Engineer Certification Apple Logo
  • Network Engineer Certification AT&T
  • Network Engineer Certification Oracle Logo
  • Network Engineer Certification Meta Logo
  • Network Engineer Certification American Airlines Logo
  • Berkshire Hathaway
  • Capgemini
  • Charles Schwab
  • Cognizant
  • Cisco
  • Fidelity
  • Fiserv
  • General Electric
  • General Motors
  • Home Depot
  • Norton Lifelock
  • Revature
  • Shake Shack
  • Skillstorm
  • Tesla

Your Learning Track

Our program is designed to accommodate your learning style, your schedule and your entry into the IT field.

18-Week

Next Cohort:  
  • Instructor-led sessions 2x weekly
  • Hands-on labs
  • Final capstone project
  • Peer collaboration
  • Dedicated certification preparation
  • 20-25 hour weekly commitment
  • Career services

Network Engineer Bootcamp

$8,900*

Explore Pricing Options *Pre pay discount available
18-Week
Next Cohort:  

This pacing option offers a balanced approach to virtual learning. Learners engage in primarily asynchronous course content, complemented by live class sessions 2x weekly. This format is ideal for students who want instructor support and have a more flexible schedule.

Explore Pricing Options

Network Engineer Boot Camp Courses

Thanks to our partnerships with top technology organizations, we offer leading-edge IT training designed for the future of the field. Each boot camp course has a practical approach with exercises, projects, and labs that will prepare you with new skills and tools to pass a top industry and career-relevant certification.

The curriculum is aligned with the NICE (National Initiative for Cybersecurity Education) framework, ensuring the program provides students with competencies that meet the industry's demand for network engineers.

Curriculum Overview
  • Introduction to Operating Systems

    Introduction to Operating Systems

    Week 1-2
    • Understand the role and functions of an operating system.
    • Compare and contrast Windows and Linux operating systems.
    • Navigate and manipulate files using basic Linux commands.
    • Explore file system structures and permissions in Linux.
    • Collaborate with peers in hands-on labs to practice management and troubleshooting skills.
  • Introduction to Networking and IT Fundamentals

    Introduction to Networking and IT Fundamentals

    Week 3-4
    • Explain the OSI and TCP/IP models and their layers.
    • Identify and describe various network topologies and types.
    • Understand IP addressing and perform basic subnetting.
    • Recognize the functions of routers, switches, and other network devices.
    • Use Cisco Packet Tracer and GNS3 for network simulation.
    • Work with peers on mini projects that tie networking concepts to real-world ITIL practices.
  • Cisco Certified Network Associate (CCNA)

    Cisco Certified Network Associate (CCNA)

    Week 5-9
    • Perform advanced subnetting using CIDR and VLSM.
    • Configure and troubleshoot static and dynamic routing protocols (RIP, OSPF).
    • Implement IPv4 and IPv6 addressing schemes.
    • Set up VLANs and trunking for network segmentation.
    • Understand and apply basic network security measures.
    • Apply CCNA concepts in a team-based simulated project.
  • Cloud Networking

    Cloud Networking

    Week 10-13
    • Understand networking concepts in AWS and Azure platforms.
    • Configure and manage virtual private clouds/networks.
    • Apply cloud security and compliance best practices.
    • Design and evaluate hybrid cloud network architectures.
    • Group tasks to configure AWS and Azure networks.
  • AI in Network Engineering

    AI in Network Engineering

    Week 14-15
    • Understand the role of AI in modern network management.
    • Use AI-based tools for network monitoring and diagnostics.
    • Analyze network data to predict and prevent issues.
    • Evaluate the effectiveness of AI solutions in network operations.
    • Install and configure SolarWinds and PRTG for network monitoring.
    • Interpret monitoring data to assess network health.
    • Set up alerts and reports for proactive network management.
    • Troubleshoot network issues using monitoring insights.
    • Engage in peer-led AI network monitoring exercises and real-world simulations.
  • Capstone Project: Network Engineer Challenge

    Capstone Project: Network Engineer Challenge

    Week 16-17
    • Design a real-world network architecture with IP addressing and routing.
    • Implement security configurations and integrate SIEM tools (e.g., Splunk, Sentinel).
    • Deploy a virtualized cloud network environment.
    • Demonstrate troubleshooting and documentation skills in a final presentation.
  • Exam Prep

    Exam Prep

    Week 18
    • Review and reinforce core CCNA concepts and configurations.
    • Identify and focus on high-priority exam topics.
    • Build exam-taking strategies and boost confidence through Q&A and discussion sessions.

Learn from Industry Experts

Our instructors have years of experience in information technology and computer networking. With their guidance, you’ll develop a strong foundation to tackle the challenges that network security professionals face every day.

Andreas Tsatoumas

Andreas Tsatoumas is exceptionally qualified to lead our new Network Engineering bootcamp, combining a Master of Teaching in College Education (Med.) and a Bachelor of Engineering in Electronics. His extensive experience includes providing technical training for full flight simulators and other training devices, and developing both distance and on-site learning programs. As a Program Manager, he has managed teams of up to 30 skilled workers and currently oversees 60 instructors and training personnel and led deployments of MPLS, GigE, SAN, and Frame Relay across global railway networks. He also designed technical training for internal teams on RF technologies and fiber optic test equipment. His vital certifications, including CISCO Network Instructor Certification (CCNA, CCNP, CCNA Security), Order of Engineers of Quebec (engineer), and LEAN/SixSigma - White Belt Certification, further validate his candidacy. His expertise in developing blended learning programs, combined with his strong communication and problem-solving skills, makes him an ideal instructor to deliver a comprehensive and effective Network Engineering bootcamp.

Online Network Engineering Bootcamp Outcomes

QuickStart's Network Engineering Bootcamp prepares students for successful IT careers. We pride ourselves on helping students achieve their professional goals by empowering them with in-demand technical skills and an industry-aligned certification.

  • Learn Top Networking Skills

    Study industry-aligned topics and add to your tech tool belt through virtual hands-on projects.

  • Earn an Employer-Aligned Certification

    Master the skills to pass a top networking engineer certification.

  • Start Your New Career Path

    Complete the program prepared for an entry-level network engineer job and equipped with career resources from QuickStart.

Network Engineering Bootcamp Admissions Process

Submit a Request More Information Form

  • 1

    Our admissions team will review your form. If you have not scheduled a call with an advisor by the time your form is reviewed, one of our team members will reach out to you to schedule an interview.

  • 2

    You’ll interview with an admissions advisor to verify that the Network Engineering Bootcamp is the right fit for your career goals. Your advisor will also answer your questions, cover financing options, and discuss next steps.

  • 3

    Upon enrollment, you will receive access to recommended coursework to prepare for the start of classes and get a head start on your learning.

  • 4

    Begin learning new technical skills in QuickStart’s Network Engineering Bootcamp.

Online Network Engineering Bootcamp FAQs

What kind of bootcamps do you offer?

We offer cybersecurity, data analytics & visualization, and software engineering bootcamps on part-time and full-time learning tracks. We offer the IT technician bootcamp on a part-time basis.

No, our program allows you to balance academic and professional priorities.

The Network Engineering Bootcamp costs $8,900.

On average, this bootcamp takes 18 weeks to complete.

Boot camp scholarships are not offered at this time.

We designed the Network Engineering Bootcamp to accommodate students with varying levels of expertise, but certain prerequisites should be satisfied in order to ensure a smoother learning experience. Students should possess a fundamental understanding of basic computer operations, such as file management, software installation, and system navigation.

  • File Management: Ability to create, rename, move, and delete files and folders.
  • Software Installation: Proficiency in installing and uninstalling software is essential. This includes understanding the process of downloading software, running installation wizards, and managing software updates.
  • System Navigation: Ability to navigate the operating system interface with ease.

Not at all! You don’t need any coding experience to get started. We’ll walk you through the basics as part of the bootcamp, so you’ll build your skills step by step.

Our bootcamps prepare students for entry-level roles. Our career services team is available to provide guidance to online learners in navigating the job search.

Yes, our career coaches will help you with resume building, mock interviews, and internship/job opportunities.

Yes. This bootcamp builds core skills that transfer into cloud, DevOps, and cybersecurity roles.

One of the fastest ways to get into a network career is to take QuickStart’s network engineering bootcamp course. Completed fully online, this bootcamp can help individuals break into this highly rewarding career.

Read more about our refund policy here.

  • Processor:
    1. Intel Core i5 (or above)
      Suitable for general computing tasks.
      Balances performance and power efficiency.
    1. Apple Silicon Processors (M1 and later)
      Designed specifically for Macs.
      Offers impressive performance and energy efficiency.
  • RAM (Memory):
    1. Minimum: 8GB (for basic functionality).
    2. Recommended: 16GB (for smoother multitasking and future-proofing).
  • Storage:
    1. Minimum - 100GB of internal drive space (not USB or external).
    2. Type - Preferably solid-state drives (SSDs) for faster read/write speeds.
  • Operating System:
    1. Windows 10 or 11 (Not S Mode)
    2. macOS 11 or above

Download Curriculum Guide

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