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Course Criteria
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3.00 Credits
Prerequisite: CGS 2760. Linux System Administration I teaches students basic Linux Server administration skills. It provides students with the understanding and skill to install and manage Linux servers in small and medium sized networks. In this course students will learn how to update and monitor a Linux server, perform administrative tasks, manage users and groups, provide basic system security, manage the Linux file system, manage software installation, manage system initialization, system processes and services, connect the server to the network and provide basic network services such as printing, web access and remote access.
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3.00 Credits
Prerequisite: CTS 2322. Linux Network Services is an advanced course that teaches students how to set up, manage and maintain a network infrastructure using Linux services. In this course, students will learn how to configure a DNS server using BIND, use DHCP for managing networks, set up a print server, set up a network printing server using CUPS, use Samba to connect to Windows, configure a mail server, use OpenSLP, use Squid as an http/https proxy, monitor network traffic and deploy Tomcat.
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3.00 Credits
Prerequisites: CEN 1305, CEN 1320C. Designing a Directory and Network Infrastructure in Windows, is an advanced class that provides students with the knowledge and skill to design a Microsoft Active Directory directory service and network infrastructure for a Microsoft Windows network. At the end of this course students will be able to describe the process of designing an Active Directory infrastructure and a network infrastructure, design a forest/domain/site infrastructure, design a Group Policy AND administrative structure, design a physical network structure, design a Dynamic Host Configuration Protocol (DHCP) structure, create a design for network connectivity, design a name resolution strategy and design a network access structure.
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3.00 Credits
Prerequisite: CTS 2301. Linux Security is an advanced course that teaches students how to secure Linux environments, services, workstations and servers. In this course, students will learn about Linux network security vulnerabilities, how to implement security on a Linux workstation and server, utilize cryptography, implement network security in a Linux environment, install and configure firewalls on a Linux server, use packet filters to enhance security, utilize Application Level Gateways, implement and support Virtual Private Networks (VPNs) in a Linux environment and implement Intrusion Detection systems.
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3.00 Credits
Prerequisite: CNT 2405. Network Defense and Counter Measures is a hands-on, advanced level security course that trains students to understand and implement various defensive strategies and technologies on networks. Coverage includes: risk analysis and mitigation, installing and configuring software and hardware firewalls, defining firewall rule sets and packet filters, implementing virtual private networks, implementing Intrusion Detection Systems, analyzing intrusion signatures and creating security policies. Both Windows and Linux environments are examined.
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3.00 Credits
Prerequisite: CTS 1321. Linux System Administration II teaches students advanced Linux Server administration skills. In this course students will learn how to install and setup a Linux server, configure the network manually, configure network services, secure a Linux Server, manage backup and recovery, develop shell scripts, compile software from source and manage hardware and component changes.
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3.00 Credits
This course provides students with the skills to build scalable distributed applications using Microsoft Visual Studio.NET Enterprise Services. Students will become familiar with enterprise services architecture and learn to create Just-in-Time activated and synchronized components. Transactional components, message queues and queued components will be created, debugged and deployed.
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3.00 Credits
This course will provide the student with knowledge and skills to build, deploy, locate and consume XML (Extensible Markup Language) Web Services and teach students the skills necessary to utilize ADO.NET in both data centric applications and Web Services
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4.00 Credits
Prerequisite: Acceptance into the Cardiovascular Technology Program This course is an overview of Cardiovascular Technology field from diagnostic and interventional Cardiology to Radiology and the differences between the two. Introduction of related medical terminology, the different national accrediting bodies, societies, and examination bureaus are discussed. An introduction to patient confidentiality, patient care techniques, infection control, and medical legality issues will be covered. Provides a review and lays foundation for subsequent classes on specific anatomic structures of the heart, the periphery arterial system, as well as an introduction to basic ECG and wave forms in conjunction with the cardiac cycle. An introduction into the most common access sites and the steps for arterial access for cardiovascular procedures is established as well as complications and methods of treatment for each.
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3.00 Credits
Prerequisites: CVT 1000C & CVT 2420C This course provides the student with the pharmacological background necessary to function within the clinical setting of the cardiac catheterization lab. Emphasis is placed on drug classification, routes of administration, modes of action, indications and contraindications, treatments of adverse reactions, normal dosage, and drug effects on patient hemodynamics. An introduction to Venipuncture will be covered as well as pre-procedural therapeutic therapies with proper dosing per individual patient protocol. Course continues with ECG arrhythmia recognition in relation to medications and intra procedural complications.
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