Colorado Technical University

Earning an associate degree in Computer Science Security may help determined students learn more about computer systems security; including network security, the web, internet, e-commerce security, and wireless security. Prepared graduates will gain the skills, techniques, and knowledge needed to become an expert in security systems and configure security solutions. They will be able to explain regulations, statutes, treaties, and laws of other countries that have to do with security of computer systems. Analyzing and evaluating security risks, monitoring and detection techniques, and contingency planning are also included in this course.

Earning an associate degree in Electronics Technology may be a way for motivated students to learn more about the analysis of DC and AC circuits. The invested student will take the time to study electronics and gain laboratory-based experience. Energetic students will have the opportunity to use computer-based simulation tools and a lab that is provided at the campus. Successful graduates will be more educated on manufacturing and production processes, communication systems, power plant operations, missile control and guidance, and more.

The Associates in Information Technology program may provide the knowledge to successfully apply information technology theory and principles to address business opportunities and challenges. Under the guidance of practitioner faculty, the keen and attentive student uses innovative digital materials to develop competencies to apply: Systems Analysis and Design, Computer Programming, Database Development, Network Technologies, Information Systems Security, Web Technologies, and Project Planning.

Earning a bachelor's degree in Computer Engineering may help students with the aptitude for study to learn about mathematics, science and engineering to identify, formulate and solve engineering problems. The determined student will learn how to develop software, program microprocessors, or design wired or wireless networks. Skilled graduates will take the time to learn the technique, skills and the education that they may need for engineering careers and practice.

Earning a bachelor's degree in Computer Science will help the hard-working students teach themselves about programming fundamentals, abstraction modeling for problem solving, and data structures. Successful graduates will study diligently to be able to appraise computer architecture, network-centric computing, and internet technology and their practical applications in business environments. This program may help eager students understand the complex interactions of technology, operating systems, and networking.

Earning a bachelor's degree in Computer Science Security will help students learn more about computer systems security; including network security, the web, internet, e-commerce security, and wireless security. Prepared graduates will gain the skills, techniques, and knowledge needed to become an expert in security systems and configure security solutions. They will be able to explain regulations, statutes, treaties, and laws of other countries that have to do with security of computer systems. Analyzing and evaluating security risks, monitoring and detection techniques, and contingency planning are also included in this course.

The bachelor's degree program in Cybercrime Investigation is intended to provide entry-level knowledge for the meticulous student and the chance to maser the proficiency necessary to administer, manage and troubleshoot computer security issues. The determined student will study the fundamentals of hardware, software and services for single, mixed and multi-users to complete cybercrime investigations. Eager students will take the time to learn about computer security environments, manage use of security measures to protect data, and conduct personnel in relation to the protection of data.

Earning a bachelor's degree in Electrical Engineering may help prepare the diligent student to apply mathematics, science, and engineering to identify, formulate and solve problems that have to do with engineering. Successful graduates will learn how to accomplish experiments and interpret data. The hard-working students will have an opportunity to design a system which will help them gain the knowledge they need. This program may prepare motivated students to move up and take the Master of Science in Electrical Engineering course.

A bachelor's degree in Information Systems Management program can teach dedicated students how to plan, implement, maintain, and manage information technology systems. The motivated student will also take time to learn management skills to become an effective team leader and support organizational business goals. Qualified graduates should be able to demonstrate an understanding of current computer networks and protocols of data communications. Included at no additional cost or coursework, successful graduates can also earn 4 Academic Certificates in Computer Network Telecommunications, Help Desk Support, Professional Communication, and UNIX Network Administration.

The Bachelor of Science in Information Technology (BSIT) program may provide the knowledge to successfully apply information technology theory and principles to address business opportunities and challenges. Under the guidance of practitioner faculty, the keen and devoted student uses innovative digital materials to develop competencies to apply: Systems Analysis and Design, Computer Programming, Database Development, Network Technologies, Information Systems Security, Web Technologies, and Project Planning.

Earning a bachelor's degree in Software Engineering will help serious students to learn the principles of computer science, engineering, and the mathematical analysis necessary to design, develop, test, and evaluate software applications that make it possible for computers to operate. Qualified graduates will work to gain a greater understanding of the various functions computers are capable of performing.

Earning a Doctor of Computer Science degree in Computer Science will help the invested students learn about programming fundamentals, abstraction modeling for problem solving, and data structures. Qualified graduates will study diligently to be able to appraise computer architecture, network-centric computing, and internet technology and their practical applications in business environments. This program may help eager students understand the complex interactions of technology, operating systems, and networking. Prospective students should currently have all the necessary education and prerequisite degrees to qualify for this higher degree.

Earning a doctoral degree in Computer Science with an emphasis in Digital Systems Security will help focused students learn more about computer systems security; including network security, the web, internet, e-commerce security, and wireless security. Successful graduates will study to gain the skills, techniques, and knowledge needed to become an expert in security systems and configure security solutions. They will work to be able to explain regulations, statutes, treaties, and laws of other countries that have to do with security of computer systems. Analyzing and evaluating security risks, monitoring and detection techniques, and contingency planning are also included in this course. Prospective students should currently have all the necessary education and prerequisite degrees to qualify for this higher degree.

Our Doctor of Computer Science in Enterprise Information Systems is created to help the self-motivated learner acquire the necessary skills to design, implement and manage immense databases and large-scale organizational systems. Finding workable solutions to the technical problems of potentially massive and complex entities is the type of challenge that the dedicated learner will be able to tackle and solve as they successfully complete this course. Prospective students should currently have all the necessary education and prerequisite degrees to qualify for this higher degree.

Colorado Technical University’s Doctor of Computer Science with a concentration in Information Assurance (DCS-IA) is designed as a degree program for the self-starting students to work to develop leadership qualities as they learn how to manage enterprise information systems with an eye to information assurance. Motivated students will study industry-current skills and data as they work to become proficient in a wide array of leadership opportunities. Energetic students will learn to analyze the technological and informational needs of a business or corporation, and this assessment will be performed from an operational and strategic standpoint. Prospective students should currently have a bachelor's degree or higher in any field.

Earning a master's degree in Computer Engineering will teach dedicated students research, design, development. Courses will concentrate on testing of computer hardware and software, along with the project management and leadership skills needed for success in this field. Successful graduates will work hard to be able to design computer architectures, show proper usage of techniques for life-cycling design of software systems, and how to implement information system security techniques. Prospective students should currently have a bachelor's degree or higher in any field.

Earning a master's degree in Computer Science with an emphasis in Computer Systems Security will teach the dedicated student how to analyze, design, implement, and optimize complex data strategies. Prepared graduates will work to learn how to transform data into information that managers and executives need to know to be able to make informed business decisions for their company. Qualified graduates will also be able to evaluate the issues that will hurt or help the development and modification of software systems. Prospective students should currently have a bachelor's degree or higher in any field.

Earning a master's degree in Database Systems will teach the motivated student how to analyze, design, implement, and optimize complex data strategies. Qualified graduates will be able to transform data into information that managers and executives need to know to be able to make informed business decisions for their company. Successful graduates will also work to be able to evaluate the issues that will hurt or help the development and modification of software systems. Prospective students should currently have a bachelor's degree or higher in any field.

Earning a master's degree in Software Engineering may teach focused students the principles of computer science, engineering, and mathematical analysis to be able to design, develop, test, and evaluate some of the software that make it possible for computers to perform the applications needed. Prepared graduates will have a better understanding of the operating systems, networking technology, and engineering software. Prospective students should currently have a bachelor's degree or higher in any field.

Earning a master's degree in Electrical Engineering will teach focused students about communications equipment, computer system design, and what exactly electrical engineers do. Students will be able to study digital communications, CMOS technology, and computer architecture. Prepared graduates can also learn the skills of project management and leadership that are needed for more responsibility in the engineering field. Prospective students should currently have a bachelor's degree or higher in any field.

Interested and self-motivated students should consider enrolling in the Master of Science in Enterprise Information Systems (MSEIS) program. Our program is specifically designed to help the determined student develop computer designing, implementing and managing skills for a global network. Prospective students should currently have a bachelor's degree or higher in any field.

The Master of Science in Information Technology (MSIT) program may provide the knowledge to successfully apply information technology theory and principles to address business opportunities and challenges. Under the guidance of practitioner faculty, the invested and self-motivated student uses innovative digital materials to develop competencies to apply: Systems Analysis and Design, Computer Programming, Database Development, Network Technologies, Information Systems Security, Web Technologies, and Project Planning. Prospective students should currently have a bachelor's degree or higher in any field.

Earning a master's of science degree in Information Systems Security will help interested students learn more about computer systems security; including network security, the web, internet, e-commerce security, and wireless security. Successful graduates will gain the skills, techniques, and knowledge needed to become an expert in security systems and configure security solutions. They will be able to explain regulations, statutes, treaties, and laws of other countries that have to do with security of computer systems. Analyzing and evaluating security risks, monitoring and detection techniques, and contingency planning are also included in this course. Prospective students should currently have a bachelor's degree or higher in any field.

The Master of Science degree program with and emphasis in IT/Project Management may provide the knowledge to successfully apply information technology theory and principles to address business opportunities and challenges. Under the guidance of practitioner faculty, the eager and motivated student uses innovative digital materials to develop competencies to apply: Systems Analysis and Design, Computer Programming, Database Development, Network Technologies, Information Systems Security, Web Technologies, and Project Planning. Prospective students should currently have a bachelor's degree or higher in any field.

Earning a Master's degree in Systems Engineering may teach determined students how to conduct operations systems research using modeling/simulation/testing methods, synthesis techniques, process control, and system integration tools. Successful graduates will work to be able to explain the role and scope of systems engineering and how it is related to project management. Prospective students should currently hold a bachelor's degree or higher.