Cisco DevNet Associate (200-901 DEVASC) Certification

What You’ll Learn

Understand the critical role of APIs in modern software development and how version control tools improve collaboration and code quality
Gain familiarity with common software development processes, methodologies, and best practices
Learn how to organize and build modular, reusable software components to improve efficiency and maintainability
Grasp core HTTP concepts and how they underpin network-based API interactions
Master Representational State Transfer (REST) principles and learn to integrate with HTTP-based APIs
Explore Cisco platforms, their unique capabilities, and programmability features
Learn foundational networking concepts and interpret network topology diagrams for better context
Understand how applications interact with networks and learn to troubleshoot related issues using appropriate tools
Apply model-driven programmability concepts to automate routine networking tasks using Python scripting
Recognize common application deployment models and development pipeline components used in modern IT environments
Identify common security concerns, perform basic testing, and utilize containerization for streamlined local development
Use scripting and automation tools to manage infrastructure efficiently and reduce manual intervention

Requirements

Basic computer literacy including file management and software installation
Familiarity navigating operating systems such as Windows, macOS, or Linux
Basic Internet usage skills including browsing, searching, and downloading
Hands-on experience with a programming language, ideally Python (some prior coding experience is strongly recommended to fully benefit from this course)

Course Description

Welcome to the Developing Applications and Automating Workflows Using Cisco Platforms (DEVASC) v1.0 course. This comprehensive training is designed to help you prepare for the Cisco DevNet Associate certification exam (200-901 DEVASC) and equip you with the foundational skills required for an associate-level network automation engineer role.

In today’s rapidly evolving IT landscape, network automation and programmability have become indispensable skills for networking professionals. The traditional role of configuring network devices manually is shifting towards automating tasks, integrating network operations with software development, and improving overall network agility. This course empowers you to take your first significant step into this new world by teaching you how to build network applications, automate workflows, and interact with Cisco platforms programmatically.

Throughout the course, you will gain hands-on experience solving real-world challenges by leveraging Cisco Application Programming Interfaces (APIs) and popular development tools. The curriculum is carefully structured to provide a balanced blend of theory and practical labs, ensuring you not only understand the concepts but also apply them in simulated environments that mirror professional scenarios.

By the end of the course, you will be able to explain the importance of APIs in software development, use version control effectively, understand and apply HTTP and REST API concepts, automate network operations with Python scripts, and troubleshoot network issues using modern tools. Furthermore, you will explore Cisco-specific programmable platforms and understand how to integrate automation workflows across network, security, collaboration, and computing infrastructures.

Why This Course Is Important

The value of the 200-901 DEVASC Cisco DevNet Associate course reaches far beyond simply preparing for a certification exam. In today’s fast-evolving IT landscape, organizations are increasingly adopting software-defined networking (SDN), cloud-native architectures, and DevOps practices to improve scalability, agility, and automation. This shift demands a new breed of IT professionals who are not only familiar with traditional networking concepts but who also possess the ability to automate network tasks, develop network-aware applications, and integrate software development practices into network management.

This course is designed precisely for those professionals who want to bridge that gap and move into roles that blend networking with software development and automation. By mastering the content covered in this course, you will position yourself as a forward-thinking expert capable of supporting and driving these next-generation network operations.

One of the most transformative technologies in modern IT infrastructure is the Application Programming Interface, or API. APIs serve as bridges that allow different software components, and even hardware devices, to communicate seamlessly. In the context of networking, APIs enable dynamic control over network devices and services. Instead of manually configuring devices via command-line interfaces or GUIs, you can now automate these tasks by writing code that interacts directly with network hardware. This automation capability is crucial for maintaining large-scale, complex environments where manual configuration would be inefficient, error-prone, and time-consuming.

Understanding how to leverage APIs is therefore fundamental for anyone serious about embracing programmable networks. This course provides you with a clear understanding of HTTP and RESTful APIs, which are the backbone of modern network programmability. You will learn how to send requests, handle responses, and automate routine operations through these interfaces.

In addition to API knowledge, this course emphasizes proficiency in Python scripting, which is rapidly becoming the industry standard for network automation. Python’s simplicity, combined with its powerful libraries and frameworks, makes it an ideal language for creating scripts that automate tasks such as device configuration, data collection, and workflow orchestration. Furthermore, you will learn about version control using Git—a critical tool that allows you to manage and track changes to your code collaboratively. These skills not only increase your personal productivity but also improve team collaboration, code quality, and deployment reliability.

Beyond coding and APIs, the course offers vital insight into software development practices and lifecycle management, including modular programming and containerization. Containerization, in particular, is an essential technology in today’s IT ecosystem. It allows developers and network engineers to package applications and their dependencies into isolated, portable containers. This isolation ensures that applications run consistently across different environments, from a developer’s laptop to production cloud servers, facilitating smoother deployments and updates.

Security is another cornerstone of modern network automation and software development. Automated workflows and applications introduce new attack surfaces and potential vulnerabilities. This course covers common security concerns, testing methodologies, and best practices to help you safeguard your network applications and infrastructure. You will learn how to design automation scripts and workflows that are not only efficient but also secure, ensuring that your network remains resilient against threats.

Finally, the skills gained from this course are highly transferable and future-proof. As networking continues to evolve, the demand for professionals who can combine networking knowledge with programming and automation will only grow. Whether you aim to become a network automation engineer, infrastructure architect, DevOps professional, or software developer focused on networking, this course equips you with the foundational tools and knowledge to succeed.

Who Should Take This Course?

This course is ideal for a diverse group of IT professionals who want to enhance their skillset in network automation and software development:

Network Automation Engineers: Professionals responsible for automating network tasks and improving operational workflows will find this course invaluable for understanding programmable infrastructure and scripting.
Software Developers: Developers interested in expanding their expertise into network programmability and APIs will gain practical knowledge of Cisco platforms and network interaction.
System Integration Programmers: Those who integrate different systems and want to streamline network and application interaction will benefit from the concepts and tools taught here.
Infrastructure Architects: IT architects designing modern, automated networks and computing environments will find the course content aligns with emerging industry trends.
Network Designers and Engineers: Traditional network professionals eager to add automation, programmability, and software development skills to their toolkit will advance their careers by completing this course.

What Makes This Course Unique?

Comprehensive Content: Spanning over 22 hours of on-demand video, the course covers everything from API fundamentals and software development practices to hands-on Cisco platform programmability and automation scripting.
Practical, Hands-On Labs: The course emphasizes learning by doing, offering real-world labs and exercises where you configure APIs, write Python scripts, and automate network workflows.
Real-World Application: Unlike courses that focus only on theory, this training connects concepts to professional use cases and industry best practices, ensuring your skills are job-ready.
Up-to-Date Material: With content updated as of May 2024, you’ll learn the latest tools, methodologies, and Cisco platform capabilities aligned with current industry standards.
Flexible Learning: Access the course on mobile, tablet, or desktop, and learn at your own pace with lifetime access to all materials.
Certification Preparation: While the course is a solid foundation for the Cisco DevNet Associate exam, the skills acquired are broadly applicable to network automation roles beyond certification.

Course Structure and Content Overview

The course is divided into several well-organized modules, each targeting specific skill sets necessary for network automation:

Introduction to APIs and Software Development Practices
Gain foundational understanding of why APIs matter and how modern software development processes work. Learn version control with Git, modular software design, and collaborative coding techniques.
Understanding HTTP and REST APIs
Dive into the principles of HTTP communication and REST architecture. Explore how APIs enable network device programmability and integrate with external systems.
Cisco Platforms and Programmability Features
Explore the capabilities of Cisco devices and platforms, understanding how they support automation and programmability.
Networking Fundamentals and Topology
Brush up on essential networking concepts and learn how applications interact with networks, enhancing your ability to troubleshoot effectively.
Python for Network Automation
Develop your Python scripting skills tailored to network automation tasks, including API calls, data parsing, and automating configuration changes.
Model-Driven Programmability and Automation Workflows
Learn about model-driven APIs and how to automate network operations using declarative models and programmatic workflows.
Application Deployment and Security
Understand application deployment pipelines, containerization, and the importance of security testing in automated workflows.

Study Commitment and Duration

Embarking on the journey to become a Cisco DevNet Associate through the 200-901 DEVASC course represents a significant but highly rewarding commitment. This course is thoughtfully designed to provide a comprehensive learning experience with over 22 hours of on-demand video lectures, complemented by a detailed downloadable resource that consolidates key concepts and practical exercises.

For most learners, the typical timeframe to complete the course ranges from about 4 to 8 weeks. This variation largely depends on several factors, including your previous experience in networking and programming, the time you can dedicate daily or weekly to study, and your preferred learning pace.

Because this course is self-paced, it offers the flexibility to tailor your study schedule around your lifestyle and commitments. Whether you are a full-time professional, a student, or someone transitioning careers, you have the freedom to learn at a speed that suits you best. You can spread out the lessons to accommodate busy days or immerse yourself in focused study sessions during weekends or holidays.

The self-paced format is especially beneficial for complex subjects such as software development, network automation, and APIs, which require time to absorb and practice. It allows you to pause and revisit challenging modules until you gain confidence and clarity. You are not bound by rigid deadlines or live class schedules, enabling a stress-free learning environment that encourages curiosity and deep understanding.

One of the critical aspects of succeeding in this course is consistent practice. Simply watching videos is rarely enough to master the skills required to automate and program Cisco networks effectively. Therefore, the course includes practical labs and exercises that you can repeat multiple times. Repetition helps reinforce learning, improves your ability to troubleshoot real-world issues, and builds muscle memory when writing Python scripts or working with Cisco APIs.

Furthermore, the downloadable resource included in the course acts as a valuable study companion. It contains lab guides, example scripts, configuration templates, and notes that you can refer to during and after the course. Having access to these materials offline ensures that you can practice even without a continuous internet connection, which is particularly useful for learners with limited or intermittent access.

To maximize your success, it is advisable to establish a regular study routine. Setting aside dedicated time each day or several times a week helps maintain momentum and ensures steady progress. Many students find that dividing the course content into manageable chunks—such as focusing on one module per session—helps avoid overwhelm and makes the learning journey more enjoyable.

In addition to video lectures and labs, supplementing your studies with external resources such as Cisco documentation, online forums, and programming practice platforms can further deepen your understanding. Engaging with the community of learners, asking questions, and sharing insights can accelerate your growth and expose you to diverse perspectives.

By investing the recommended 4 to 8 weeks into this course, you will gain not only the theoretical knowledge but also the hands-on experience necessary to confidently tackle Cisco DevNet Associate exam objectives and real-world automation challenges. The course’s comprehensive coverage ensures that you develop skills in Python scripting, API usage, network programmability, security considerations, and more, all of which are essential for modern network engineers.

Enroll today

Enroll today and take the first step toward mastering the future of networking with Cisco’s DevNet Associate certification. Whether your primary goal is to successfully pass the Cisco DevNet Associate exam or to develop highly valuable network automation skills, this course is designed to deliver a comprehensive and practical learning experience that keeps pace with the latest industry developments.

In today’s technology landscape, network automation and software-driven infrastructure are no longer optional — they are essential. Organizations worldwide are shifting from manual network management toward automated solutions to improve efficiency, reduce errors, and accelerate deployment times. By enrolling in this course, you will gain the expertise to thrive in this modern environment, equipping yourself with the skills to automate network tasks, develop applications that integrate seamlessly with network infrastructure, and ultimately drive innovation within your organization.

This course covers a broad range of key topics required for the Cisco DevNet Associate certification, including software development and design, understanding and using APIs, Cisco platforms and development, application deployment and security, and infrastructure and automation. Each topic is broken down into manageable, engaging modules that combine theory with hands-on exercises, enabling you to apply what you learn immediately.

Learning network automation isn’t just about preparing for an exam—it’s about preparing for the future. The demand for professionals who understand both networking and software development is growing rapidly. This course will open new doors for your career by empowering you with the knowledge to work with automation tools like Python scripting, REST APIs, and Cisco’s automation platforms such as Cisco DNA Center and Cisco SD-WAN. These skills will make you a valuable asset in any IT or network team.

The course also emphasizes practical, real-world application. You won’t just learn the concepts—you’ll gain experience through lab exercises and projects designed to simulate the kinds of tasks you will face in professional environments. This approach ensures you develop the confidence and competence to tackle complex network automation challenges, improve operational efficiency, and contribute meaningfully to your organization’s digital transformation efforts.

One of the major benefits of this course is its alignment with Cisco’s official certification requirements. By following this structured curriculum, you can study with confidence, knowing you are covering exactly what the exam tests. Additionally, you will have access to practice questions and assessments that simulate the actual exam environment, helping you track your progress and identify areas for improvement.

Flexibility is another important feature. The course is designed to fit your schedule, allowing you to learn at your own pace with lifetime access to materials. This means you can balance study with work or other commitments, revisit lessons as needed, and keep your skills up to date as technologies evolve.

Beyond the technical skills, this course also helps develop problem-solving and critical-thinking abilities, which are invaluable in the fast-changing world of IT. You will learn how to approach network automation challenges strategically, design scalable solutions, and adapt to new tools and technologies.