Cisco DevNet Associate 200-901 Online Course: Learn, Practice, Pass

Kickstart Your CCIE DevNet Journey | Automate Networks & Infrastructure | Master Python and Essential Tools

What you will learn from this course

• Understand the role and importance of Application Programming Interfaces (APIs) in modern software development and network automation
• Gain hands-on experience with version control systems such as Git to manage code efficiently and collaboratively
• Explore software development life cycle processes, methodologies, and best practices for building scalable and maintainable applications
• Learn strategies to design, organize, and implement modular software components
• Understand HTTP concepts, protocols, and how they relate to network-based APIs
• Apply Representational State Transfer (REST) principles to integrate with HTTP-based APIs
• Explore different Cisco platforms, their capabilities, and programmability features
• Gain knowledge of core networking concepts and the ability to interpret simple network topologies
• Understand how applications interact with networks and utilize tools to troubleshoot network and application issues
• Apply model-driven programmability concepts to automate common networking tasks using Python scripts
• Recognize common application deployment models, pipeline components, and deployment strategies
• Learn about security considerations in development, testing approaches, and containerization for local development environments
• Utilize automation tools to programmatically manage network and infrastructure resources

Learning Objectives

This course is designed to equip learners with the skills required to implement network automation and software development practices on Cisco platforms. By the end of the course, participants will be able to understand APIs and their role in software development, integrate RESTful services with network infrastructure, and automate processes using Python. The course objectives include mastering version control practices, understanding modular software architecture, and learning how applications interact with networking environments. Participants will also gain the ability to apply model-driven programmability techniques, automate workflows, and address common security concerns while implementing automation solutions across network, security, collaboration, and computing infrastructures.

Target Audience

This course is suitable for individuals pursuing a career in network automation, software development, and infrastructure management. It is ideal for network automation engineers who want to implement programmable network solutions and developers who want to integrate applications with Cisco platforms. System integration programmers seeking to streamline development pipelines, infrastructure architects aiming to implement automated workflows, and network designers looking to enhance network programmability and application integration skills will also benefit from this course. The content is structured for learners who want to achieve Cisco DevNet Associate certification or acquire foundational knowledge in network automation and modern software development practices.

Requirements

Prerequisites

Learners should have basic computer literacy, including familiarity with operating systems and general computer usage. Understanding PC navigation and basic internet usage is recommended. Hands-on experience with at least one programming language, preferably Python, is essential to perform automation tasks effectively. No prior experience with network automation or Cisco platforms is required, although a basic understanding of networking concepts will enhance the learning experience.

Participants should also be comfortable with problem-solving using scripts and applying simple logical constructs in programming. Familiarity with fundamental networking concepts such as IP addressing, subnets, and basic protocols will provide a stronger foundation for working with APIs and programmable networks. While advanced networking knowledge is not mandatory, learners should be willing to explore network topologies and configurations to gain practical experience in integrating applications with network infrastructures.

Description

APIs serve as the backbone of modern software and network automation. They enable applications to communicate with each other and with infrastructure components programmatically. This course emphasizes understanding the importance of APIs, how they are designed, and how they facilitate modular and scalable software solutions. Learners will explore common types of APIs, including RESTful APIs, and gain hands-on experience in integrating APIs with Cisco platforms.

Version control systems, such as Git, are also a critical component of modern development workflows. By using version control, developers can manage code efficiently, track changes, collaborate with others, and maintain a history of modifications. This course provides practical exercises in version control, enabling learners to understand branching, merging, and repository management as essential practices in professional software development environments.

Software Development Processes and Practices

Modern software development follows structured processes to ensure quality, maintainability, and scalability. The course covers methodologies such as Agile, DevOps, and continuous integration/continuous deployment (CI/CD) pipelines. Participants will learn how these practices apply to network automation and how they can streamline development and deployment processes. Understanding the software development life cycle and best practices helps learners plan, build, test, and deploy applications efficiently.

Modular software design is emphasized to promote reusable and maintainable code. Learners will explore techniques to break down complex applications into smaller, manageable components. This approach not only simplifies development but also enhances testing, debugging, and future enhancements.

Networking Fundamentals and Cisco Platforms

A solid understanding of networking concepts is crucial for integrating applications with infrastructure. The course introduces core networking principles, including network topologies, protocols, and device interactions. Learners will interpret simple network diagrams and understand how applications communicate across networks.

Cisco platforms form the foundation for learning network programmability. Participants will explore various Cisco technologies and their programmability features, including automation capabilities, APIs, and integration options. This knowledge enables learners to design applications and automation workflows that interact seamlessly with network infrastructure, security devices, collaboration tools, and computing systems.

Model-Driven Programmability and Automation

Automation is a key focus of this course. Learners will apply model-driven programmability techniques to automate routine network tasks using Python scripts. Concepts such as configuration management, automated deployment, and workflow orchestration are covered in depth. By practicing hands-on labs, learners gain practical skills in using APIs, scripts, and automation tools to improve efficiency and reduce manual effort in network operations.

Application Deployment and Security

Understanding application deployment models and pipeline components is essential for managing software projects effectively. The course explores common deployment strategies, CI/CD pipeline concepts, and tools for testing and deployment. Security considerations are also discussed, including best practices for securing APIs, managing access controls, and applying containerization for safe local development.

Learners gain practical experience with automation tools and scripting techniques to deploy and manage applications securely and efficiently. By integrating security and best practices into the automation workflow, participants are better prepared for real-world challenges in software and network operations.

Hands-On Experience and Practical Labs

The course emphasizes learning by doing. Participants engage in practical labs and exercises that reinforce theoretical concepts. These hands-on activities provide experience with APIs, Python scripting, version control, and Cisco platform integration. Learners develop the confidence to implement automation workflows, troubleshoot network interactions, and create applications that interact seamlessly with infrastructure components.

Career Readiness

Upon completing this course, participants will have the knowledge and skills to pursue Cisco DevNet Associate certification and entry-level roles in network automation and software development. The course prepares learners to work as network automation engineers, system integration developers, infrastructure architects, or network designers with a strong foundation in programmable networks and modern software practices.

Course Modules / Sections

The Developing Applications and Automating Workflows Using Cisco Platforms (DEVASC) v1.0 course is organized into several modules to provide a structured learning experience. Each module focuses on specific aspects of network automation, software development, and integration with Cisco platforms.

The first module introduces learners to the foundational concepts of APIs, networking basics, and software development principles. Participants explore HTTP protocols, RESTful services, and version control systems such as Git. This module emphasizes understanding how APIs are structured, how they interact with applications and networks, and how developers can leverage them to automate workflows.

The second module covers Cisco platforms and their programmability capabilities. Learners gain familiarity with various Cisco devices and services, including routers, switches, collaboration tools, security devices, and computing platforms. The module highlights the APIs available on these platforms and demonstrates how they can be used to perform configuration, monitoring, and automation tasks.

The third module focuses on model-driven programmability and automation using Python scripts. Participants learn to develop scripts that interact with APIs to automate routine network operations, collect data, and manage devices programmatically. This module includes exercises to practice deploying scripts, handling exceptions, and integrating automation workflows across multiple platforms.

The fourth module addresses application deployment, pipeline components, and security considerations. Learners examine common deployment models, continuous integration and deployment (CI/CD) pipelines, and methods for ensuring security in automated workflows. Topics such as containerization, local development environments, and testing approaches are covered in depth.

The fifth module is dedicated to hands-on labs and practical exercises. Participants implement the concepts learned in earlier modules by developing automation scripts, interacting with APIs, and simulating network configurations. This module reinforces skills in troubleshooting, debugging, and monitoring automated workflows.

The final module consolidates knowledge and prepares learners for assessments and evaluation. Participants review key concepts, practice using Cisco platforms and automation tools, and gain confidence in applying their skills in real-world scenarios.

Key Topics Covered

The course includes an extensive range of topics that equip learners with both theoretical knowledge and practical skills. These topics are critical for understanding network automation, software development, and integration with Cisco platforms.

API Fundamentals: Learners explore the purpose of APIs, how they are designed, and their role in modern software and network automation. The course emphasizes RESTful APIs and HTTP-based integration, demonstrating how applications interact with network services programmatically.

Version Control and Collaboration: Participants gain practical experience using Git and other version control systems to manage code efficiently. They learn about branching, merging, repository management, and collaborative workflows that are standard in professional software development environments.

Software Development Life Cycle: The course covers essential software development methodologies, including Agile and DevOps. Learners understand how structured development processes improve application quality, maintainability, and scalability. Continuous integration and deployment practices are also explored to streamline automated workflows.

Modular Software Design: Participants learn techniques for creating modular and reusable code components. The course emphasizes breaking down complex applications into manageable parts to improve readability, testing, and maintenance.

Networking Fundamentals: Learners develop an understanding of core networking concepts, including IP addressing, routing, switching, and network topologies. The course explains how applications communicate with networks and how to troubleshoot connectivity issues effectively.

Cisco Platforms and Programmability: The course provides a detailed overview of Cisco devices and services, focusing on their programmability features. Participants learn how to interact with APIs for device configuration, monitoring, and automation tasks. They explore platform-specific tools and understand how to integrate multiple devices into cohesive automation workflows.

Model-Driven Programmability: This section emphasizes automating network operations using Python scripts and programmable interfaces. Participants practice developing scripts for configuration management, monitoring, and operational automation. The course covers exception handling, debugging, and using libraries to enhance automation efficiency.

Application Deployment and Security: Learners explore deployment models, pipeline components, and methods to secure automated workflows. Topics include containerization, local development environments, security best practices, and testing approaches to ensure reliable and safe deployment.

Automation Tools and Scripting: The course covers a range of tools for automating infrastructure tasks. Learners gain experience with scripting languages, model-driven programmability tools, and API-based automation solutions. Practical exercises demonstrate how to implement end-to-end automation for network, security, collaboration, and computing platforms.

Hands-On Labs: Practical exercises reinforce theoretical knowledge and provide real-world experience. Learners engage in tasks such as API integration, script development, network troubleshooting, and workflow automation. Labs emphasize critical thinking, problem-solving, and the application of best practices.

Troubleshooting and Monitoring: Participants learn techniques to monitor network operations, debug scripts, and troubleshoot issues in automated workflows. This section emphasizes using logs, alerts, and diagnostic tools to maintain system reliability and performance.

Teaching Methodology

The DEVASC course utilizes a blended teaching methodology combining theoretical instruction with practical hands-on exercises. Lectures provide a clear explanation of concepts, terminology, and best practices. These lectures are designed to help learners understand not only how to perform tasks but also why they are important in the context of network automation and software development.

Hands-on labs form an integral part of the teaching approach. Learners practice developing scripts, interacting with APIs, configuring Cisco devices, and deploying automation workflows. Labs simulate real-world environments, providing learners with opportunities to experiment, troubleshoot, and refine their solutions. The emphasis on practical experience ensures that participants develop confidence and competence in applying their knowledge.

Interactive exercises and guided tutorials support learning by allowing participants to follow step-by-step instructions while exploring different approaches to solving problems. This methodology encourages active learning and reinforces theoretical concepts through application.

The course also incorporates scenario-based learning. Participants work on realistic network and automation challenges that mirror tasks they may encounter in professional roles. Scenario-based exercises enhance critical thinking, problem-solving, and decision-making skills, ensuring learners are prepared for real-world automation projects.

Concept reinforcement is achieved through frequent summaries, discussions, and review exercises. Learners are encouraged to reflect on key topics, identify connections between concepts, and apply their knowledge to practical situations. This approach ensures long-term retention and a deeper understanding of the material.

Assessment and feedback are integrated into the teaching methodology. Participants receive guidance on improving their scripts, troubleshooting techniques, and workflow design. Constructive feedback helps learners refine their skills and develop a professional approach to network automation and software development.

Assessment & Evaluation

Assessment and evaluation are critical components of the DEVASC course, ensuring that learners have acquired the knowledge and skills necessary to succeed in network automation and software development roles. Assessments are designed to measure both theoretical understanding and practical application.

Knowledge checks are used throughout the course to evaluate comprehension of key concepts. These assessments focus on topics such as API fundamentals, software development processes, HTTP protocols, Cisco platform capabilities, and automation principles. Knowledge checks reinforce learning and provide learners with immediate feedback on their progress.

Practical labs serve as an important evaluation tool. Learners are assessed on their ability to develop Python scripts, interact with APIs, configure Cisco devices, and implement automated workflows. These exercises simulate real-world scenarios and test learners’ problem-solving, troubleshooting, and critical thinking skills. Successful completion of labs demonstrates proficiency in applying theoretical knowledge to practical tasks.

Project-based assessments provide learners with opportunities to complete comprehensive tasks that integrate multiple course topics. Participants may be asked to design automation workflows, implement network applications, or develop scripts that interact with multiple Cisco platforms. Projects encourage learners to synthesize information, plan workflows, and execute solutions effectively.

Performance in scenario-based exercises is also evaluated. Learners demonstrate their ability to respond to network issues, troubleshoot application interactions, and implement secure and efficient automation practices. Scenario evaluations highlight learners’ readiness for professional roles in network automation and DevNet environments.

Final evaluation may include a combination of knowledge assessments, lab performance, and project completion. This approach ensures that participants have a well-rounded understanding of course content and are capable of applying their skills in practical settings. Feedback is provided throughout the course to guide learners, address gaps in knowledge, and support continuous improvement.

By the end of the course, participants are expected to demonstrate mastery of API integration, model-driven programmability, Cisco platform automation, and workflow deployment. Assessments ensure that learners are prepared for Cisco DevNet Associate certification and entry-level roles in network automation, software development, and infrastructure management.

Benefits of the Course

The Developing Applications and Automating Workflows Using Cisco Platforms (DEVASC) v1.0 course provides numerous benefits for learners who want to advance their career in network automation, software development, and IT infrastructure management. By completing this course, participants gain both theoretical knowledge and practical experience that are essential for modern network engineering roles.

One of the primary benefits of this course is the preparation it provides for the Cisco DevNet Associate certification. The course content is designed to align with the DevNet Associate exam objectives, giving learners the knowledge and skills needed to succeed. Participants not only learn concepts but also gain hands-on experience that reinforces their understanding and helps build confidence in applying these skills professionally.

Another benefit is the ability to automate network and infrastructure tasks using Python and Cisco APIs. Automation reduces manual work, improves efficiency, and minimizes errors in network operations. Learners acquire practical scripting skills, learn to interact with APIs, and understand how to implement automation workflows across network, security, collaboration, and computing environments. These skills are highly sought after in modern IT and networking roles.

The course also enhances understanding of software development practices and modular programming techniques. Participants learn how to design reusable, scalable software components, integrate RESTful APIs, and apply model-driven programmability concepts. This combination of networking knowledge and software development skills positions learners for roles that require hybrid expertise, bridging the gap between traditional network engineering and software development.

Practical experience with Cisco platforms is another key benefit. Learners gain familiarity with routers, switches, security appliances, collaboration tools, and computing platforms, as well as their programmability features. This exposure prepares participants for real-world network and infrastructure environments, helping them understand how applications and automation scripts interact with devices.

Participants also benefit from exposure to modern development tools, version control systems, and collaboration practices. Learning to use Git for source code management, implementing CI/CD principles, and understanding containerization and deployment workflows equips learners with skills that are essential for efficient and professional software and network operations.

The course emphasizes problem-solving and troubleshooting skills, teaching learners how to diagnose and resolve issues in automated workflows and network operations. This practical knowledge is invaluable for roles such as network automation engineer, system integration developer, and infrastructure architect, where resolving operational challenges quickly and efficiently is critical.

Finally, the course provides a foundation for career growth in emerging fields such as DevNet automation, cloud integration, and programmable networking. By developing expertise in both network infrastructure and software automation, learners become competitive candidates for a wide range of technical roles in IT and networking.

Course Duration

The DEVASC course is designed to provide a comprehensive learning experience while allowing flexibility for learners to progress at their own pace. The estimated course duration is approximately 40 to 50 hours, depending on the learner’s prior knowledge and pace of study. This duration includes time for lectures, practical labs, exercises, and project-based learning activities.

The course is structured to allow learners to absorb information gradually while practicing key concepts in hands-on labs. Each module is designed with sufficient depth to ensure understanding and retention of both theoretical and practical skills. Learners can dedicate time to review complex topics, repeat exercises, and experiment with different automation scenarios to strengthen their abilities.

Flexibility in course duration is important for accommodating learners from diverse backgrounds. Those with prior experience in programming or networking may progress more quickly, while beginners can take additional time to master concepts. Self-paced learning ensures that all participants, regardless of prior experience, can achieve a comprehensive understanding of the material.

The course also includes time for scenario-based exercises and projects, which are critical for reinforcing skills. These exercises simulate real-world environments, providing learners with practical challenges that mirror professional tasks in network automation and software development. Allocating sufficient time for these activities is essential to ensure learners gain hands-on experience and confidence in applying their knowledge.

Overall, the course duration is designed to balance theoretical instruction, practical application, and skill reinforcement. By dedicating 40 to 50 hours, learners can achieve mastery of key concepts, prepare for the Cisco DevNet Associate certification, and develop skills that are directly applicable to professional roles in network automation and software development.

Tools & Resources Required

To fully benefit from the DEVASC course, learners should have access to several essential tools and resources that support both theoretical learning and practical exercises. These tools include hardware, software, and online resources.

A computer or laptop with a modern operating system, such as Windows, macOS, or Linux, is required for completing labs and exercises. The system should have sufficient processing power and memory to run virtual environments, development tools, and scripting applications efficiently. Reliable internet access is also necessary for accessing course materials, software downloads, and Cisco platform APIs.

Python is the primary programming language used in the course for developing automation scripts. Learners should have Python installed on their systems and be familiar with running Python scripts. Additionally, Integrated Development Environments (IDEs) or text editors such as Visual Studio Code, PyCharm, or similar tools are recommended for writing, testing, and debugging code.

Version control tools, particularly Git, are essential for managing code, tracking changes, and collaborating on projects. Learners should install Git and become familiar with basic operations such as cloning repositories, committing changes, and merging branches. These skills are important for managing code effectively in both learning and professional environments.

Virtualization tools, such as Cisco Modeling Labs (CML) or similar network simulation platforms, are required to create and test network topologies and automation workflows. These tools allow learners to simulate realistic network environments without the need for physical hardware. Access to Cisco DevNet sandbox environments is also recommended for practicing API integration and automation tasks.

Additional software resources include containerization tools like Docker, which are used for testing applications in isolated environments. Knowledge of containerization principles enhances learners’ understanding of modern development and deployment workflows. Learners should also have access to basic network diagnostic tools such as ping, traceroute, and network analyzers for troubleshooting exercises.

Documentation and reference materials provided by Cisco and DevNet are valuable resources throughout the course. Learners should familiarize themselves with API documentation, platform guides, and coding examples to support hands-on exercises. Online communities and forums can also provide guidance, troubleshooting tips, and collaboration opportunities.

By utilizing these tools and resources, learners gain practical experience in network automation, software development, and workflow deployment. The combination of Python programming, version control, virtualization, containerization, and API integration equips participants with the skills required for professional roles and prepares them for certification and career advancement.

Career Opportunities

Completing the Developing Applications and Automating Workflows Using Cisco Platforms (DEVASC) v1.0 course opens a wide range of career opportunities for professionals in networking, software development, and IT infrastructure management. The course equips learners with in-demand skills that bridge the gap between traditional network engineering and modern software-driven network automation.

One of the primary career paths for graduates of this course is network automation engineer. In this role, professionals design, implement, and maintain automated workflows across network, security, collaboration, and computing infrastructures. By leveraging Python scripting, APIs, and Cisco platform programmability, network automation engineers streamline network operations, improve efficiency, and reduce manual intervention.

Software developers with a focus on network and infrastructure applications also benefit from the skills acquired in this course. Developers can create applications that integrate seamlessly with Cisco platforms, automate processes, and manage network resources programmatically. These roles often involve building RESTful services, implementing CI/CD pipelines, and ensuring applications are secure, scalable, and efficient.

System integration programmers can apply the knowledge gained in DEVASC to integrate multiple platforms and applications within an enterprise environment. By understanding APIs, automation techniques, and workflow orchestration, these professionals enhance operational efficiency and create robust solutions for complex IT ecosystems.

Infrastructure architects and network designers also find significant value in this course. Learning how to design automated workflows, implement model-driven programmability, and leverage Cisco platforms enables these professionals to build more resilient, scalable, and programmable network environments. They can design architectures that support automation, streamline operations, and facilitate rapid deployment of applications and services.

Cloud engineers and DevOps professionals can utilize the automation and scripting skills taught in this course to manage hybrid and multi-cloud environments. By integrating APIs and automated workflows, these professionals can deploy, monitor, and maintain cloud-based network and application resources efficiently, ensuring reliability and performance across diverse infrastructures.

Security-focused roles also benefit from DEVASC, as the course covers secure API usage, containerization for development, and testing best practices. Professionals in network security or security automation can implement secure workflows, monitor network activity, and automate responses to potential threats using programmable interfaces and scripts.

Overall, completing this course positions learners for a variety of high-demand roles in networking, software development, DevOps, and IT infrastructure management. The combination of programming skills, network knowledge, automation expertise, and familiarity with Cisco platforms equips participants to meet the requirements of modern IT environments and advance their careers significantly.

Conclusion

The Developing Applications and Automating Workflows Using Cisco Platforms (DEVASC) v1.0 course provides comprehensive training for anyone seeking to excel in network automation, software development, and IT infrastructure management. By combining theoretical instruction with hands-on labs, practical exercises, and scenario-based learning, the course ensures that participants gain both knowledge and real-world skills.

Learners complete the course with a strong understanding of APIs, version control, modular software design, HTTP protocols, RESTful integration, Cisco platform capabilities, model-driven programmability, application deployment, and security best practices. They acquire the ability to automate workflows using Python, troubleshoot network interactions, and design scalable, efficient solutions for complex infrastructures.

The course also emphasizes career readiness, preparing participants for the Cisco DevNet Associate certification and equipping them for roles such as network automation engineer, software developer, system integration programmer, infrastructure architect, network designer, and DevOps or cloud professional. The combination of networking, programming, and automation skills ensures that learners are highly competitive in the technology job market.

Practical labs and project-based exercises provide learners with hands-on experience that mirrors real-world environments. By applying concepts directly to Cisco platforms, developing scripts, and managing automated workflows, participants gain confidence and competence that are directly applicable to professional scenarios.

By completing this course, learners also acquire transferable skills that extend beyond Cisco platforms, including programming proficiency, workflow automation, software development practices, and problem-solving abilities. These skills can be applied across multiple domains in IT and networking, making graduates of this course valuable assets to organizations seeking to implement modern, automated, and programmable infrastructures.

Enroll today

Taking the first step toward mastering network automation and achieving Cisco DevNet Associate certification is simple. Enroll in the Developing Applications and Automating Workflows Using Cisco Platforms (DEVASC) v1.0 course today to gain access to comprehensive learning materials, hands-on labs, practical exercises, and expert guidance.

By enrolling, participants will gain the knowledge and skills required to design, implement, and manage automated workflows across network, security, collaboration, and computing environments. The course prepares learners for certification, enhances career prospects, and equips them with the practical abilities needed to thrive in modern IT and network automation roles.

Don’t miss the opportunity to advance your career, gain expertise in network automation, and become proficient in Python programming, Cisco APIs, and model-driven programmability. Enroll today to start your journey toward becoming a skilled network automation professional and Cisco DevNet Associate.