Hands-On Cisco 350-901 DEVCOR: Develop, Automate, and Integrate Network Applications

Learn to Build Cisco Applications with 350-901 DEVCOR Certification

What You Will Learn From This Course

• Software development strategies and design principles for network applications
• Working with Cisco APIs for effective network automation
• Application deployment, security, and operational best practices
• Infrastructure automation and configuration management techniques
• Python programming applied to network application development
• Fundamentals of Ethernet, TCP/IP, and Internet networking for application design
• Integration and utilization of APIs for enhanced system functionality
• Understanding software development methodologies and lifecycle processes
• Hands-on experience with Python programming to develop real-world applications

Learning Objectives

After completing this course, participants will be able to describe the architectural patterns and traits that enhance the maintainability of network applications, ensuring long-term reliability and ease of updates. Learners will understand patterns that improve application serviceability, helping to minimize downtime and optimize system operations. The course provides practical knowledge to design and implement ChatOps applications, which are essential for modern network operations management. Participants will gain the skills to develop robust REST API integrations with comprehensive error handling, pagination, and flow control to ensure seamless data exchange and interoperability between applications and network devices.

The course will also cover essential security practices, including protecting user and system data within applications and applying robust measures to secure deployed applications against potential vulnerabilities. Learners will explore common tasks involved in automating the application release process, from testing and staging to deployment, ensuring consistency and reliability across environments. Best practices for application deployment will be emphasized, enabling participants to confidently deliver scalable and production-ready applications.

Additionally, the course covers methodologies for designing distributed systems, providing a foundation for building resilient and scalable network applications. Infrastructure configuration management concepts and device automation techniques will be introduced to streamline network operations. Participants will learn to utilize YANG data models for representing network configurations and telemetry efficiently, simplifying network management and automation workflows. The course also includes guidance on selecting the appropriate relational or non-relational databases based on application requirements, ensuring optimal data storage and retrieval performance.

By the end of this course, participants will have the practical skills to apply DevOps principles in the network application context, enabling continuous integration, delivery, and automated operations. The combination of software development, API integration, automation, and Python programming prepares learners to become proficient in developing, deploying, and maintaining network applications within Cisco environments.

Target Audience

This course is designed for network engineers who want to expand their technical expertise into software development and automation. Professionals in network operations will benefit from learning how to integrate software solutions with network infrastructure to improve operational efficiency and reduce manual intervention. Developers seeking to specialize in network automation and DevOps will find the course particularly valuable for understanding how to design and implement network-focused applications. Solution architects who are transitioning into the Cisco ecosystem can leverage the course to gain insights into application development and automation best practices, enabling the creation of integrated network solutions. Infrastructure developers responsible for designing production-ready environments will acquire skills to implement hardened, scalable, and automated applications. Professionals aiming for Cisco DevNet certification or those preparing for network automation projects will also benefit from the practical, hands-on approach provided by this course.

Requirements

To make the most out of this course, learners should be prepared to engage in both theoretical and practical exercises. A willingness to explore software development concepts, automation techniques, and network programming using Python is essential. Familiarity with general networking concepts such as Ethernet, TCP/IP, and internet protocols will help learners understand how applications interact with network infrastructure. Access to a lab environment, whether physical or virtual, for practicing API integration, automation scripts, and application deployment, is recommended to reinforce learning objectives. Learners should also be comfortable with logical thinking, problem-solving, and applying coding concepts to real-world scenarios.

Prerequisites

While there are no formal prerequisites for enrolling in this course, participants are expected to have foundational knowledge and skills to ensure they can follow the curriculum effectively. Understanding program design and coding, with a focus on Python, is highly recommended to grasp application development concepts. Learners should be familiar with Ethernet, TCP/IP, and internet-related networking, as these concepts underpin application interactions with network devices. Knowledge of API utilization and integration is beneficial for understanding how applications communicate with network infrastructure. Additionally, familiarity with software development methodologies, including design principles and lifecycle processes, will help learners contextualize best practices taught in the course. Hands-on experience with Python programming is strongly encouraged to enable practical application of concepts in coding exercises and automation tasks.

This part of the course lays a solid foundation for understanding how to develop, deploy, and automate applications in a Cisco network environment. It emphasizes the importance of software design principles, security considerations, and API integrations while preparing learners to gain practical skills in Python programming for real-world networking applications. By establishing a clear understanding of learning objectives, target audience, requirements, and prerequisites, participants are well-equipped to proceed with hands-on exercises, automation workflows, and advanced application development topics covered in subsequent modules. This foundation ensures learners can confidently engage with more complex concepts, such as distributed systems, infrastructure automation, and application security, as they progress through the course.

Course Modules / Sections

The Cisco 350-901 DEVCOR course is organized into multiple modules designed to provide comprehensive knowledge and hands-on experience in network application development, automation, and deployment. Each module focuses on a specific area of learning to ensure participants gain practical and theoretical understanding simultaneously.

The first module introduces foundational software development concepts and Python programming for network applications. Learners explore coding best practices, application design principles, and software lifecycle management. This module emphasizes understanding the architectural patterns and design traits that improve maintainability and serviceability of applications. It also provides an overview of network protocols, including Ethernet, TCP/IP, and Internet fundamentals, and demonstrates how these protocols interact with software applications. Participants gain practical experience writing Python scripts to automate simple network tasks and manipulate network data.

The second module focuses on API integrations, including REST and modern API frameworks used within Cisco environments. Learners explore how APIs enable communication between applications and network devices. The module includes practical exercises on authentication, authorization, error handling, and API pagination. Students will develop scripts that interact with network devices through APIs, retrieve data, and perform configuration changes. Concepts such as rate limiting, data formatting, and handling response errors are also covered to prepare learners for real-world scenarios.

The third module covers application deployment and operational best practices. Participants learn about automated deployment pipelines, continuous integration and delivery (CI/CD), and testing strategies for network applications. The module emphasizes security practices for both user data and system configurations, ensuring applications remain robust and resilient in production environments. Hands-on exercises include packaging Python applications, deploying them in virtual or containerized environments, and integrating logging and monitoring features to maintain operational visibility.

The fourth module introduces infrastructure automation and configuration management. Learners explore tools and frameworks for automating device configurations and network management tasks. Topics include version control, infrastructure as code (IaC), configuration templates, and automated provisioning. Students will practice writing automation scripts that configure devices consistently and deploy network changes without manual intervention. YANG data models and network telemetry collection techniques are also included to demonstrate how structured data supports automated operations.

The fifth module delves into database integration and management for network applications. Participants explore relational and non-relational database types, learn how to select appropriate storage solutions based on requirements, and implement CRUD operations using Python. Best practices for data storage, retrieval, and backup are emphasized, along with integration of database operations into automation workflows.

The sixth module covers advanced topics in distributed system design and scalability. Learners study the principles of designing applications that can operate efficiently across multiple servers or network nodes. Topics include load balancing, fault tolerance, and performance optimization. Students implement practical solutions that demonstrate these concepts in a simulated environment, ensuring their applications can handle real-world network demands.

The final module consolidates learning by integrating Python programming, API usage, automation scripts, deployment practices, and security measures into comprehensive network application projects. Participants work on end-to-end scenarios that require developing, deploying, and maintaining applications in a Cisco environment, providing hands-on experience and reinforcing course objectives.

Key Topics Covered

This course covers a wide array of topics that equip learners with the necessary skills to develop and deploy applications in modern network environments. Core topics include software development and design principles, emphasizing architectural patterns that improve maintainability and serviceability. Learners study object-oriented programming, modular design, and reusable code practices tailored for network automation.

Python programming is a primary focus, with hands-on exercises designed to teach scripting for network interactions, data manipulation, and application logic. Students learn to write scripts that interact with APIs, automate repetitive network tasks, and manage network configurations. REST APIs are explored in depth, including methods for retrieving and updating network data, implementing pagination, error handling, and securing API endpoints.

Application deployment and automation workflows are covered extensively. Learners gain practical knowledge in creating CI/CD pipelines, automating testing, and deploying applications to production environments. Security practices for both data and applications are emphasized to ensure robust and secure deployments. Students are introduced to logging, monitoring, and exception handling for maintaining operational efficiency.

Infrastructure automation and configuration management form a significant portion of the course. Topics include IaC principles, template-based configuration, automated provisioning, and version control integration. Students practice using YANG models for representing device configurations and retrieving telemetry data to inform automation workflows. Techniques for ensuring configuration consistency across devices are demonstrated.

Database integration is also emphasized. Participants study relational databases such as MySQL or PostgreSQL, as well as non-relational options like MongoDB. Selection criteria, CRUD operations, indexing, query optimization, and integrating database interactions with Python applications are all covered. The course provides examples of database-driven automation and network monitoring applications.

Advanced topics in distributed systems focus on scalability, fault tolerance, and performance optimization. Learners understand the principles of designing applications that operate reliably across multiple nodes or servers. Load balancing, failover mechanisms, and monitoring distributed applications are explored through practical exercises.

The course also covers DevOps principles in the context of network application development. Participants learn automated testing, version control best practices, and techniques for continuous integration and delivery. End-to-end project examples demonstrate how all topics—Python programming, API integration, automation, security, deployment, database interaction, and distributed system design—combine into functional network applications.

Teaching Methodology

The teaching methodology combines theory, practical exercises, and real-world scenarios to ensure participants gain both knowledge and applied skills. Each module includes conceptual explanations, coding demonstrations, and guided exercises to reinforce learning objectives. Hands-on labs provide opportunities to apply coding skills in Python, interact with Cisco APIs, and implement automation scripts on virtual or simulated network environments.

The course emphasizes experiential learning, allowing participants to develop projects that simulate real-world networking challenges. Scenario-based exercises encourage learners to solve problems using the techniques taught, including API integrations, application deployment, infrastructure automation, and database operations. Participants are guided through the complete lifecycle of network applications, from design and coding to deployment, testing, and operational management.

Interactive components include code walkthroughs, debugging exercises, and collaborative projects to build teamwork skills. Learners are encouraged to explore alternative approaches to problem-solving, optimizing code performance, and improving application reliability. The methodology also integrates best practices for secure coding, data protection, and error handling to prepare participants for production-grade network application development.

Continuous assessment through exercises and project submissions ensures that participants apply concepts correctly and gain confidence in their abilities. The course structure is flexible, allowing learners to focus on areas where they need additional practice while reinforcing fundamental concepts for consistent understanding.

Assessment & Evaluation

Assessment and evaluation in the course are designed to measure both theoretical understanding and practical skills. Learners complete coding exercises, automation scripts, and API integration tasks that demonstrate their ability to implement course concepts. Evaluation criteria include correctness, efficiency, maintainability, and adherence to best practices.

Hands-on projects form a key component of assessment, where participants develop end-to-end applications that incorporate Python programming, API usage, deployment strategies, security measures, and database interactions. Each project is evaluated for functionality, code quality, automation effectiveness, and alignment with design principles.

Quizzes and module-based assessments test conceptual understanding of software development principles, network automation techniques, application deployment, security, and infrastructure management. Participants receive feedback to reinforce learning and address gaps in knowledge.

Practical lab exercises provide real-time evaluation opportunities. Instructors monitor coding practices, problem-solving approaches, and workflow efficiency to ensure learners are progressing as expected. Assessment emphasizes the ability to apply theoretical knowledge in practical scenarios rather than rote memorization.

Final evaluation includes a comprehensive project integrating all core aspects of the course. Participants are assessed on their ability to design, code, deploy, and maintain network applications while following best practices for security, automation, and scalability. Successful completion demonstrates proficiency in Cisco network application development and prepares learners for certification and professional application in the industry.

Benefits of the Course

The Cisco 350-901 DEVCOR course offers significant benefits for professionals seeking to enhance their skills in network application development, automation, and deployment. Participants gain in-depth knowledge of software design principles, programming, and API integration that can be directly applied to real-world network environments. This course equips learners with practical skills to develop, deploy, and maintain applications that interact seamlessly with Cisco network devices and infrastructure, improving operational efficiency and reducing manual intervention.

Professionals completing the course can leverage Python programming skills to automate repetitive network tasks, configure devices programmatically, and integrate applications into network workflows. The course emphasizes modern development practices, including REST API utilization, error handling, secure coding, and application deployment, enabling participants to produce reliable, scalable, and secure network applications.

The hands-on approach ensures that learners gain practical experience in scripting, automation, and system integration. They develop the ability to design ChatOps applications, implement robust network automation solutions, and manage infrastructure through configuration management tools. The course also provides knowledge of distributed systems, database management, and network telemetry, helping participants build scalable applications that meet enterprise-grade requirements.

Completing this course prepares learners for Cisco DevNet certification, which validates their skills in network application development and automation. It positions participants for career advancement in network engineering, DevOps, solution architecture, and infrastructure development. The combination of software development, network automation, and practical deployment experience enhances employability and opens opportunities for roles in automation engineering, network application development, and enterprise network management.

Course Duration

The Cisco 350-901 DEVCOR course is structured to provide comprehensive learning over a flexible duration depending on the learning path chosen. For self-paced learners, the course is typically designed to be completed in approximately 8 to 12 weeks, depending on individual pace and prior experience. Each week includes a combination of theoretical lessons, hands-on labs, coding exercises, and project-based assignments to ensure that learners gain both knowledge and practical skills.

Instructor-led training options are generally structured as intensive programs lasting between 5 to 7 days, covering all core topics with hands-on practice in a condensed schedule. This approach is ideal for professionals who prefer a guided learning experience and wish to complete the course within a short timeframe. Participants benefit from direct interaction with instructors, live demonstrations, and immediate feedback on exercises and projects.

The course allows learners to balance professional commitments with training requirements, making it suitable for working network engineers, developers, and solution architects. The modular design ensures that each section builds progressively on previous concepts, reinforcing learning outcomes and preparing participants for real-world application and certification exams. Time allocation for practical exercises, project development, and lab activities is included within the duration, ensuring comprehensive mastery of the course content.

Tools & Resources Required

Participants undertaking the Cisco 350-901 DEVCOR course require access to specific tools and resources to maximize learning and practical application. A working computer or laptop with internet connectivity is essential to access course materials, virtual labs, and programming environments. Familiarity with operating systems such as Windows, Linux, or macOS is recommended for setting up development environments and executing Python scripts.

Python programming tools are required, including Python interpreters and IDEs such as Visual Studio Code, PyCharm, or similar platforms. These tools allow learners to write, test, and debug code effectively, providing a hands-on experience in developing network applications. Familiarity with version control systems such as Git is recommended to manage code, track changes, and collaborate on projects.

Access to Cisco sandbox environments or virtual labs is highly beneficial for practicing network automation, API integration, and deployment exercises. These environments provide realistic network scenarios for testing scripts, performing configuration tasks, and developing applications without affecting live networks. Participants may also use containerization tools like Docker to simulate application deployment and manage isolated environments for testing and development.

Reference materials, documentation, and online resources provided by Cisco are essential to supplement learning. These resources include API documentation, coding examples, lab guides, and tutorials on Python programming, network protocols, and automation frameworks. Utilizing these materials ensures learners have access to up-to-date guidance and best practices for developing and deploying network applications.

Collaboration and community resources, such as Cisco learning forums and DevNet communities, are valuable for sharing knowledge, troubleshooting issues, and gaining insights from experienced professionals. These platforms provide additional support and networking opportunities, enhancing the overall learning experience.

By combining theoretical lessons, hands-on labs, development tools, and supporting resources, participants are equipped to achieve practical competence in network application development, automation, and deployment. Mastery of these tools and resources ensures that learners can successfully implement automation projects, integrate applications with network devices, and maintain secure, scalable, and production-ready network applications.

This part of the course focuses on equipping learners with the benefits of completing the training, understanding the expected duration, and preparing the necessary tools and resources to fully engage in the course. By highlighting the advantages, time commitment, and technical requirements, participants are prepared to begin their journey in Cisco network application development with clarity and confidence.

Career Opportunities

Completing the Cisco 350-901 DEVCOR course opens a wide range of career opportunities for professionals seeking to advance in networking, software development, and automation fields. Network engineers can expand their skill set to include application development and automation, allowing them to take on roles that involve designing and implementing network automation solutions, improving operational efficiency, and reducing manual network management tasks. Professionals with both networking and programming expertise are highly sought after in enterprise environments where automation and DevOps practices are becoming standard.

Developers can transition into network-focused roles or DevOps positions, gaining the ability to integrate software applications with Cisco networks. This skill set enables them to develop solutions for monitoring, automating, and optimizing network operations. The course equips developers with practical experience in Python programming, API integration, application deployment, and infrastructure automation, providing a competitive advantage in the job market.

Solution architects and infrastructure designers benefit from understanding how applications interact with network environments and how automation frameworks can streamline operations. They are prepared to design end-to-end solutions that incorporate software, network infrastructure, security measures, and automation workflows. Professionals in these roles are able to deliver scalable and reliable solutions that meet enterprise requirements, making them valuable assets to organizations seeking digital transformation.

The Cisco 350-901 DEVCOR course also prepares participants for Cisco DevNet certification, which validates their ability to develop and automate applications in network environments. Certified professionals are recognized for their expertise in software development, network automation, API utilization, and Python programming, enhancing career advancement prospects. Job roles that may be pursued after completing the course include network automation engineer, DevOps engineer, infrastructure automation specialist, network application developer, and solution architect.

Organizations increasingly rely on automated systems to manage large-scale networks efficiently. Professionals skilled in automation and application development are capable of creating tools that improve operational efficiency, enhance network reliability, and reduce human error. The combination of software development and network knowledge gained through this course positions learners for senior technical roles, project leadership, and opportunities to contribute to innovation in network operations and management.

Conclusion

The Cisco 350-901 DEVCOR course provides a comprehensive foundation in network application development, Python programming, API integration, automation, and deployment best practices. Participants acquire practical skills in designing, coding, deploying, and maintaining applications that interact with Cisco network environments. The course covers essential topics such as software design principles, infrastructure automation, application security, distributed systems, and database integration, ensuring that learners are prepared to handle real-world challenges in network operations.

By completing the course, participants gain proficiency in modern network automation techniques and are equipped to implement efficient, secure, and scalable applications. The hands-on approach reinforces learning objectives, allowing learners to apply concepts in practical scenarios and build projects that simulate production environments. This combination of theoretical knowledge and applied skills prepares professionals to contribute effectively to enterprise networks, automate routine tasks, and integrate applications with network infrastructure.

The course also prepares participants for Cisco DevNet certification, validating their expertise in developing and automating applications for network environments. Certification demonstrates proficiency in Python programming, API usage, application deployment, and infrastructure automation, making professionals more competitive in the job market and opening doors to advanced career opportunities.

Overall, the Cisco 350-901 DEVCOR course empowers learners to bridge the gap between networking and software development, providing the tools and knowledge necessary to excel in modern network operations and automation. The comprehensive curriculum, hands-on labs, project-based exercises, and emphasis on best practices ensure that participants are equipped with the skills to succeed in professional roles and advance their careers.

Enroll Today

Enroll in the Cisco 350-901 DEVCOR course to gain comprehensive, practical skills in network application development, automation, and deployment. This course provides a carefully structured learning path designed to guide participants from foundational concepts to advanced techniques. Through a combination of hands-on exercises, guided labs, and real-world projects, learners will gain the experience needed to design, build, and deploy network applications that meet enterprise-grade requirements. Each module focuses on applied learning, allowing participants to practice Python programming, develop API integrations, automate infrastructure tasks, and implement security best practices in realistic networking scenarios.

By joining this course, learners can significantly advance their careers, whether they are network engineers seeking to expand into automation, developers exploring network-focused DevOps, or solution architects aiming to design scalable, production-ready applications. Participants will develop expertise in key areas such as Python scripting, REST API integration, infrastructure automation, database management, and application deployment workflows. The course emphasizes real-world problem-solving, preparing professionals to tackle challenges commonly faced in enterprise network operations and automation projects.

In addition to technical skills, this course fosters critical thinking, logical problem-solving, and a disciplined approach to software development for network environments. Learners will gain experience with best practices in application design, error handling, version control, and continuous integration and delivery, which are essential for maintaining reliable and secure network applications. The practical knowledge gained in this course will allow participants to design applications that are maintainable, scalable, and optimized for performance, ensuring that they are ready to contribute immediately to professional projects.

Completing the course also positions learners for Cisco DevNet certification, a recognized industry credential that validates expertise in network application development and automation. Certification demonstrates proficiency in Python programming, API integration, deployment strategies, and infrastructure automation, providing participants with a competitive edge in the job market. Professionals with this credential are highly sought after in roles such as network automation engineer, DevOps engineer, solution architect, and network application developer, opening opportunities for career advancement and higher earning potential.

Starting this course provides more than just technical skills; it offers a pathway to becoming a well-rounded network professional capable of bridging the gap between traditional network operations and modern software-driven environments. Participants will gain confidence in applying coding principles, automation techniques, and deployment strategies to real-world network scenarios, enabling them to design solutions that improve operational efficiency, reduce human error, and enhance overall network performance.

Take the step today to invest in your professional growth. By enrolling in the Cisco 350-901 DEVCOR course, learners will acquire the knowledge, skills, and credentials needed to thrive in the fast-evolving fields of network automation, software development, and enterprise network management. Whether your goal is to lead automation initiatives, develop network-focused applications, or achieve certification to validate your expertise, this course provides the comprehensive tools and practical experience to reach those objectives. Seize this opportunity to expand your technical capabilities, strengthen your career profile, and open doors to new, rewarding roles in networking, DevOps, and infrastructure development. Your journey toward becoming a skilled, certified, and highly valued network automation professional starts here.