The Computer Operating Systems course explores the concepts of operating systems and how they interface with hardware and application software. Principles of kernels, processes, device drivers, file systems, and user permissions are examined. Students will understand how to install and configure various types of operating systems and how to use this knowledge to restrict access to certain users.

Computer Operating Systems

Explore the concepts of operating systems and how they interface with hardware and application software.

The Data Visualization and Modeling course covers techniques that allow developers to integrate large data sets from disparate sources and create visualizations of sample data. Data collection is a key part of simulation, but accurate use of that data is equally important. Developing good statistical models and understanding probabilistic distributions can help an engineer build a more accurate simulation.

Data Visualization and Modeling

Learn how developers integrate large data sets from disparate sources and create visualizations of sample data.

The Discrete Mathematics course provides an introduction to basic concepts of mathematics and mathematical reasoning. Students will explore propositional and symbolic logic, sets and relations, sequences, functions, algorithms, matrices, number theory, combinatorics, probability, and Boolean algebra. Students will also use sets, truth tables, and other data structures to recognize and express mathematical ideas graphically, numerically, symbolically, and in writing.

Discrete Mathematics

This course gives students an introduction to basic concepts of mathematics and mathematical reason.

The Web Interfaces and Usability course focuses on fundamental interaction design and usability principles coupled with proven user interface-design patterns. Applying the concepts learned in this course will increase students’ ability to create effective user experiences and understand how user behavior and interaction influence information architecture and design.

Interfaces and Usability

Learn how to create effective user experiences and how user behavior influences information architecture and design.

The Introduction to Information Security course presents the concepts of network security, encryption, and security policies. Students will learn security principles and how to apply this knowledge throughout future courses. Role based access control, trusted parties, risk assessment, and incident response management practices are applied to business policies and technology systems to protect data and preserve records. The use of encryption in computer, network, and storage systems is studied and applied.

Introduction to Information Security

Learn how role based access control, risk assessment, and incident response management are applied to business policies.

The Introduction to Web Architecture course introduces students to principles of web development and application architecture. Students will identify the elements necessary in a functional web application. They will examine how data flows between technical components and distinguish the many team member roles and responsibilities spanned by the work. They will develop an understanding of basic web page syntax using HTML and CSS. By completion of the course, students will fundamentally grasp how key components of web-based applications integrate with each other.

Introduction to Web Architecture

Develop an understanding of basic web page syntax using HTML and CSS and how web-based applications can integrate.

The Networking Technologies course introduces students to the principles of network architecture, network protocols, application protocols, and Internet design. Students will learn how to identify local and wide-area networks and their specific standards as well as how Internet data is delivered.

Networking Technologies

Discover the principles of network architecture, network protocols, application protocols, and Internet design.

The Programming I course covers fundamental computer science and programming topics such as algorithms, software problem solving, input/output, control flow, functions, object-oriented programming, and references. Students will learn how to program software in a modern high-level programming language.

Programming I

Explore programming topics like algorithms, input/output, control flow, and object-oriented programming.

The Programming II course teaches advanced object-oriented programming concepts, focusing on inheritance and events as tools for creating programs. Students in this course will also learn file input/output (I/O) as well as several abstract data types that will be useful in designing and building larger programs. Students will also be introduced to additional foundational skills such as sorting algorithms and recursion.

Programming II

Learn advanced object-oriented programming concepts, focusing on inheritance and events as tools for creating programs.

In the System Scripting Fundamentals course, students will learn the fundamentals of using programming languages to make logic decisions, control the operating system, and automate systems management. The use of libraries and user-defined functions will be applied to scripts. Operating system shell scripts and interpreted scripting languages will be explored. This course clarifies the types of languages used in this industry and outlines their successful application in controlling servers.

System Scripting Fundamentals

Learn how to use programming languages to make logic decisions, control the operating system, and automate.

The Systems Programming course explores techniques and methods used in object-oriented programming (OOP) languages through an architecture-focused approach. Students will be introduced to the core OOP concepts of inheritance, encapsulation, interfaces, abstract classes, and polymorphism. Students will also learn to apply industry-standard techniques such as reusability and efficiency in object-model implementation. This course also looks at the principal advantages of OOP compared to procedural programming techniques.

Systems Programming

Discover techniques used in object-oriented programming (OOP) languages through an architecture-focused approach.

In the Virtual Computing course, students will learn about computer hardware virtualization, container technologies, and virtualization software. Students will deploy Linux and Windows operating systems using virtualization software and will apply these technologies throughout future courses as they build more complex systems. This course will provide a clear understanding of virtual machines and containers and how each are managed and implemented.

Virtual Computing

Explore computer hardware virtualization, container technology, and virtualization software including Linux and Windows.

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