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Shell Programming Essentials

Through carefully structured modules and practical assessments, students will identify key Unix and shell programming concepts, demonstrate scripting techniques, and construct effective automation solutions. Emphasis is placed on applying, analyzing, and evaluating shell commands, scripting syntax, variable management, control flow logic, file testing, and I/O redirection to real-world use cases.

By the end of the course, learners will be able to develop full-featured shell scripts that streamline system tasks, perform condition-based logic, handle user inputs and arguments, and operate across diverse Unix-based environments with confidence and clarity.

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What's inside

Syllabus

This module provides an overview of the Unix operating system, its architecture, and its shell interface. It also introduces variables, directory paths, and essential syntax conventions for navigation and programming.

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Career center

Learners who complete Shell Programming Essentials will develop knowledge and skills that may be useful to these careers:

DevOps Engineer

A DevOps Engineer bridges software development and IT operations, focusing on automating and streamlining the software delivery lifecycle. This involves continuous integration, continuous delivery, infrastructure as code, and robust monitoring. Shell scripting is a foundational skill for this role, used to automate build processes, deployment routines, configuration management, and system monitoring on Unix-based environments. This course helps build a strong foundation in system-level scripting and Unix automation, directly enabling the efficient creation and maintenance of automation solutions critical for a DevOps Engineer. Learners will develop full-featured shell scripts to streamline system tasks and operate robustly across diverse environments.

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Linux Administrator

A Linux Administrator specializes in managing, maintaining, and troubleshooting Linux-based operating systems and servers. This role is highly hands-on with the command line and relies extensively on automation to handle routine administrative tasks, monitor system performance, manage user accounts, and ensure system security and stability. Shell scripting is absolutely paramount for a Linux Administrator. This course provides a comprehensive introduction to shell programming and Unix automation, using the Bash shell as the primary environment. It helps learners master scripting techniques, control flow logic, and I/O redirection, enabling them to develop full-featured scripts that streamline system tasks and operate across diverse Unix-based environments.

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Site Reliability Engineer

A Site Reliability Engineer applies software engineering principles to operations, ensuring the reliability, performance, and scalability of large-scale systems. This often involves extensive automation, incident response, and performance tuning on Unix-based infrastructure. Shell scripting is vital for automating operational tasks, integrating monitoring tools, creating deployment scripts, and developing utilities for system diagnosis. This course offers a detailed understanding of Unix automation and advanced scripting constructs, which are essential for a Site Reliability Engineer to perform condition-based logic, handle user inputs, and streamline complex tasks across diverse Unix-based environments, ensuring high system uptime and efficiency.

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System Administrator

A System Administrator is responsible for the upkeep, configuration, and reliable operation of computer systems, especially servers. This role heavily relies on automating routine tasks, managing users, monitoring system health, and troubleshooting issues within Unix-like environments. Proficiency in shell programming allows a System Administrator to create scripts for tasks like automated backups, log rotation, user provisioning, and resource monitoring. This course provides a comprehensive introduction to shell programming and Unix automation, emphasizing the application of scripting techniques to streamline system tasks, manage variables, and implement control flow logic. It helps learners construct effective, condition-based automation solutions.

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Automation Engineer

An Automation Engineer focuses on designing, developing, and implementing solutions to automate repetitive or complex tasks across various systems and processes. This role is inherently tied to scripting and leveraging tools to create efficient, error-free workflows. Shell scripting is a fundamental tool for an Automation Engineer, enabling the creation of scripts for system configuration, deployment, monitoring, data processing, and task orchestration, especially in Unix-based environments. This course provides a comprehensive introduction to Unix automation and advanced scripting constructs, helping learners develop full-featured shell scripts that streamline system tasks, perform condition-based logic, and handle user inputs, which are crucial for success in this field.

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Build Release Engineer

A Build Release Engineer manages the processes and tools that transform source code into deployable software, orchestrating the build, integration, and release cycles. This role demands a deep understanding of automation, often relying on shell scripts to compile code, package applications, manage dependencies, and coordinate deployments across various environments. This course is a comprehensive introduction to shell programming, focusing on scripting syntax, control flow logic, and I/O redirection. It specifically helps a Build Release Engineer by enabling the development of full-featured shell scripts that streamline system tasks, handle user inputs, and manage condition-based logic, which are all critical for robust release pipelines.

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Infrastructure Engineer

An Infrastructure Engineer designs, builds, and maintains the foundational IT systems, including servers, networks, and storage, ensuring they are robust and scalable. Automation is key in this role to manage the lifecycle of infrastructure components. Shell scripting is indispensable for automating server provisioning, configuration management, system monitoring, and deploying software across Unix-based environments. This course offers a comprehensive introduction to shell programming and Unix automation, emphasizing the application of scripting techniques and control flow logic. It helps an Infrastructure Engineer construct effective automation solutions and develop full-featured shell scripts that streamline system tasks across diverse Unix-based environments with confidence.

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Cloud Engineer

A Cloud Engineer designs, implements, and manages cloud infrastructure and services on platforms such as AWS, Azure, or Google Cloud. Automation is central to this role, involving provisioning resources, configuring systems, and deploying applications within cloud environments, which are frequently Linux-based. Shell scripting is frequently used for automating these tasks, managing virtual machines, handling data transfers, and integrating cloud-native tools. This course offers a strong foundation in Unix automation and shell programming, helping a Cloud Engineer construct effective automation solutions, apply scripting techniques for system-level tasks, and manage data flow reliably. It is particularly useful for operating across diverse Unix-based cloud environments.

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Systems Programmer

A Systems Programmer designs and develops software that interacts closely with the computer's hardware and operating system, often creating tools, utilities, and libraries for other developers. This role frequently involves working within Unix-like environments, where shell scripts are indispensable for automating build processes, running tests, managing system configurations, and creating custom command-line tools. This course provides a foundational understanding of Unix operating systems, shell communication, and advanced scripting constructs. It helps a Systems Programmer develop full-featured shell scripts for streamlining system tasks, handling parameters, and managing control flow logic, which are all crucial for low-level system development. This role often requires an advanced degree.

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Backend Developer

A Backend Developer builds and maintains the server-side logic, databases, and APIs that power web and mobile applications. While core development is often in languages like Python or Java, shell scripting is a valuable complementary skill. It is used for automating deployment processes, managing server configurations, writing utility scripts for data processing, and orchestrating various services on Unix-based servers. This course provides a comprehensive introduction to shell programming and Unix automation, which can help a Backend Developer streamline system tasks, manage data flow using I/O redirection, and implement condition-based logic for deployment pipelines or data transformations. It is particularly helpful for integrating and managing backend services effectively.

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Data Engineer

A Data Engineer designs, builds, and maintains robust data pipelines and infrastructure to collect, process, and store large datasets. This often involves orchestrating complex workflows, performing ETL operations, and managing data on distributed file systems, frequently within Unix-based environments. Shell scripting may be useful for automating data ingestion tasks, scheduling jobs, performing file system operations like moving or archiving data, and triggering other data processing tools. This course, with its emphasis on scripting syntax, variable management, I/O redirection, and control flow logic, may help a Data Engineer construct effective automation solutions for data workflows and manage data across diverse Unix-based environments.

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Security Engineer

A Security Engineer designs, implements, and monitors security measures to protect computer systems, networks, and data. This role often involves analyzing logs, automating security checks, integrating various security tools, and responding to incidents, frequently in Unix-like environments. Shell scripting may be useful for automating routine security audits, parsing log files for anomalies, creating custom scripts for vulnerability scanning, or orchestrating incident response actions. This course, emphasizing shell commands, scripting syntax, file testing, and control flow logic, may help a Security Engineer develop scripts to streamline system tasks and perform condition-based logic for security monitoring and automation.

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Technical Support Engineer Tier Three

A Technical Support Engineer Tier Three handles complex technical issues that cannot be resolved by lower-tier support. This often involves deep diving into system logs, diagnosing root causes, and implementing advanced troubleshooting steps on Unix-based servers. Shell scripting may be useful for creating diagnostic scripts to gather specific system information, automate data collection for analysis, or temporarily fix issues on affected systems. This course, with its focus on Unix operating systems, shell commands, file testing, and I/O redirection, may help a Technical Support Engineer Tier Three apply scripting techniques to streamline diagnostic processes and analyze system behavior across diverse Unix-based environments efficiently.

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Network Engineer

A Network Engineer designs, implements, and maintains network infrastructure. While much of this involves specialized hardware and software, integrating with Unix-based systems and automating network-related tasks is becoming more common. Shell scripting may be useful for automating configuration backups, monitoring network device status via SSH, parsing log data from network appliances, or triggering scripts on Linux-based network tools. This course, which covers shell commands, scripting syntax, and I/O redirection, may help a Network Engineer apply scripting techniques to streamline system tasks and manage data flow when interacting with network devices or tools running on Unix-like platforms.

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Release Manager

A Release Manager coordinates the entire software release lifecycle, from development to deployment, ensuring that software releases are planned and executed smoothly. While this is primarily a strategic and coordination role, understanding the automation tools and scripting used in continuous integration and delivery pipelines is highly beneficial. This course, with its introduction to Unix automation and advanced scripting constructs, may help a Release Manager better comprehend the underlying processes of build and deployment automation. It may facilitate more effective communication with engineering teams and better decision-making regarding release pipelines, particularly in environments heavily reliant on Unix-based automation.

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Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Shell Programming Essentials.

Operating Systems

Save

This classic book provides a detailed and comprehensive overview of operating systems design and implementation. It is considered a must-read for anyone interested in understanding the inner workings of operating systems.

Operating Systems: Design and Implementation...

Hardcover

$$$

Operating Systems Design and Implementation

Kindle Edition

$$$

The Linux Command Line

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Is an excellent starting point for anyone new to the Linux command line and Bash. It provides a broad understanding of fundamental concepts, file navigation, and basic scripting, making it ideal prerequisite reading. It is widely recommended for beginners.

(中文) Linux命令行大全（异步图书） (Chinese Edition)

Kindle Edition

(中文) Linux Command Line Compendium 2nd Edition(Chinese...

Shell Programming Essentials

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What's inside

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