This course introduces the methodologies and tools of modern software development, applied to the IT and Network operations. It covers a 360° view of the domain including microservices, testing, containers and DevOps, as well as securely automating infrastructures with Application Programming Interfaces (APIs).
 
            Gain practical, relevant, hands-on lab experience, including programming in Python, using GIT and common data formats (JSON, XML and YAML), deploying applications as containers, using Continuous Integration/Continuous Deployment (CI/CD) pipelines, and automating infrastructure using code.
✓  Develop skills for entry-level software development and 
            infrastructure automation jobs 
            ✓ Prepare for DevNet Associate certification exam 
        
           
                Estimated Time to Completion: 70 hours 
                Recommended Preparation: 
                Object-oriented coding skills, equivalent to: 
                PCAP: Programming Essentials in Python 
                Fundamental skills of networking, equivalent to: 
                CCNA: Introduction to Networks 
    Course Delivery: Instructor-led 
    Learning Component Highlights: 
    ✓ 8 modules and 23 practice labs 
✓ 5 Cisco Packet Tracer activities 
✓ 6 videos, 8 quizzes, 8 module exams 
✓ 1 final exam, 1 practice certification exam
    Course Recognitions: Certificate of Completion, Letter 
    of Merit, Digital Badge
     
    
     Recommended Next Course: CCNA, 
     CCNP Enterprise, or CyberOps Associate
            
 
                The final course in the CCNA series covers the architecture, security, and operation of an enterprise network, along with introducing the new ways in which network engineers interact with programmable infrastructure.
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            This workshop introduces the basic competencies needed to create applications and automate tasks using REST APIs, the most popular architecture for software integration in IT.
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            This workshop introduces students to device level programmability. By defining standardized device models and APIs, network device configuration and management tasks can be automated, making it easier to manage network devices at scale.
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