Online Computer Science Degree :: Accredited Universities

The Master of Science in Computer Science - general concentration is designed for professionals focused on building an advanced understanding of industry-relevant technology issues facing today's organizations. Coursework challenges students to master topics related to operating systems and networking, their knowledge of computer system architecture and the software system engineering process.

Entry Requirements

Interview. Connect with an Admissions Advisor, in person or by phone, to explore your goals and confirm your decision to pursue your degree at CTU.

Apply. Submit a completed Colorado Technical University graduate admission application online.

Submit documentation. Submit an official transcript verifying completion of an accredited baccalaureate degree by the end of the first session. If you do not have an official baccalaureate transcript on file, you may be admitted as a non-regular student. Additionally, non-native speakers of English are required to provide proof of English proficiency, such as TOEFL, IELTS or other English proficiency assessment results, prior to admission.

Colorado Technical University seeks students who desire to build upon their undergraduate degree and career experiences by pursuing graduate study. Colorado Technical University will accept baccalaureate degrees earned with a CGPA of 2.0 or higher (on a 4.0 scale) from any United States institution accredited by an agency recognized by the U.S. Department of Education or from internationally recognized foreign institutions of higher education. International institutions must be licensed or officially recognized by the Education Department or Ministry of the country where the institution is in operation to be eligible for transfer of credit or degree status.

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The electronic digital computer has contributed to revolutionary changes in the methodologies of business and governmental data processing, the control of manufacturing operations, and the scope and nature of research in scientific and technological areas. It is the objective of this program to create computer scientists whose skills are consistent with today’s demand for graduates with hardware and software expertise in areas such as computer graphics, distributed database systems, or Internet engineering. Students choose between concentrations in Internet Engineering or Distributed Database Systems.

Upon completion of the Bachelor of Science in Computer Science program, students will be able to:

- Conduct relevant research on theories and computer-related technological solutions depending on their professional practices.

- Demonstrate a working knowledge of theory and design of lower-level languages and applications in design development of systems software.

- Produce work that reflects proficiency in fundamental concepts, terms, and procedures in computer science operations and problem solving.

- Demonstrate functional understanding of challenges associated with contemporary theory and design of assemblers, compilers and operating systems.

- Demonstrate rudimentary technical knowledge, skills and capabilities relevant to the architecture and operation of a variety of computer systems.

- Demonstrate basic skills in conceptualization, organization, and development of algorithms, data organization and process optimization.

Entry Requirements

Completion of a high school diploma or its equivalent.

One of the following criteria:

- Good academic standing and completion of at least 12 semester credits from an institution that is accredited by an accrediting association that is recognized by the U.S. Department of Education and/or the Council for Higher Education Accreditation. Good academic standing: students who have been academically dismissed from other colleges or universities are ineligible to pursue courses at John Hancock University unless they meet one of the following conditions:

- Earned 12 semester hours from an institution that is accredited by an accrediting association that is recognized by the U.S. Department of Education and/or the Council for Higher Education Accreditation with a minimum GPA of 2.0. Have not attended any college or university for one year since being academically dismissed.

- Successful appeal to the Chair of Academic Programs. At the Chair of Academic Program’s discretion the previous requirements may be waived. Undergraduate students who have their appeal approved will be placed on academic probation and must have a GPA of 2.0 or higher upon the completion of their fourth course at John Hancock University. Students will be restricted to two courses per trimester and must meet every other week with their academic advisor. Students who fail to earn a GPA of 2.0 after their fourth course will be academically dismissed from the University.

An active military or honorably discharged veteran.

Applicants who have completed a high school diploma or its equivalent but have not successfully completed 12 hours of college level work and do not meet the military service criteria can complete the necessary credit hours as a student at large. Upon successfully earning 12 credit hours, these students can apply for regular degree-seeking status.

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The Master of Science in Computer Science program is designed to serve a wide range of professional interests and thus takes a broad-based approach to practical computer applications. The curriculum emphasizes the relationship between computers and their areas of application. The program is designed for individuals interested in systems analysis and systems engineering, application software, software engineering, systems programming, data communications, microprocessors or computer graphics. Its curriculum is consistent with the recommendations of the Association for Computing Machinery.

Upon completion of the Master of Science in Computer Science program students will be able to demonstrate:

- A functional knowledge of theory and design of high-level languages and applications in design and development of systems software.

- Skill in conceptualization, organization, and development of algorithms, data organization and process optimization.
Mastery of fundamental concepts, terms, and procedures in computer science operations and problem-solving.

- A thorough understanding of the major challenges associated with contemporary theory and design of assemblers, compilers and operating systems.

- Facility in the use of appropriate team skills to effectively accomplish goals in the design of high-level languages and development of systems software.

- Professional written communication skills through technology-mediated modalities.

- Requisite technical and in-depth knowledge, skills and capabilities related to the architecture and operation of a variety of computer systems including microprocessors and large-scale computer systems.

Entry Requirements

Completion of a bachelor’s degree from an institution that is accredited by an accrediting association that is recognized by the U.S. Department of Education and/or the Council for Higher Education Accreditation.

Depending on the major field of study, additional requirements may apply for admission. See specific John Hancock University program for details.

At the discretion of the Chair of Academic Programs, graduate admission requirements may be waived upon successful completion of 6 credit hours as a student at large. Documentation of any exception will become a part of the student’s permanent file.

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Distance students can earn the same bachelor's degrees as on-campus students, following the same curriculum. The curriculum is specifically designed for a student preparing for a fulfilling lifetime career as a computer professional.

This major provides a broad-based background sufficient for entry to a career in computing. It provides a systems view of computing, emphasizing the interdependence of design, object orientation, and distributed systems and networks, from basic software through systems design.

This major develops core competencies in programming, database structure, computer organization, and operating systems. It allows opportunities to study a range of other aspects of computer and information science, such as information security, data communication/ networks, computer and network systems administration, theoretical computer science, and software engineering. Every student can expect to become proficient at programming in C, C++, and Assembly Language. Additionally, students will be exposed to other languages such as Java, C#, Ada, Lisp, Scheme, Prolog, Perl, and HTML.

Entry Requirements

Students should complete the prerequisite coursework with a grade of "C-" or higher to be considered for entrance to the major program of study.

International Students
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Florida State University requires study of a foreign language in high school as a condition for acceptance to the university (two years at the high school level). However, all students who intend to graduate with a bachelor's degree (either a B.A. or B.S.) from a department in the College of Arts and Sciences must show language proficiency beyond that required for university admission. Specifically, students must demonstrate proficiency equivalent to or beyond that attained upon completion of the intermediate level course (2000-level) in a language other than English.

Other Fees

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Distance students can earn the same bachelor's degrees as on-campus students, following the same curriculum. The curriculum is specifically designed for a student preparing for a fulfilling lifetime career as a computer professional.

This major provides a broad-based background sufficient for entry to a career in computing. It provides a systems view of computing, emphasizing the interdependence of design, object orientation, and distributed systems and networks, from basic software through systems design.

This major develops core competencies in programming, database structure, computer organization, and operating systems. It allows opportunities to study a range of other aspects of computer and information science, such as information security, data communication/ networks, computer and network systems administration, theoretical computer science, and software engineering. Every student can expect to become proficient at programming in C, C++, and Assembly Language. Additionally, students will be exposed to other languages such as Java, C#, Ada, Lisp, Scheme, Prolog, Perl, and HTML.

Entry Requirements

International applicants
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Florida State University requires study of a foreign language in high school as a condition for acceptance to the university (two years at the high school level). However, all students who intend to graduate with a bachelor's degree (either a B.A. or B.S.) from a department in the College of Arts and Sciences must show language proficiency beyond that required for university admission. Specifically, students must demonstrate proficiency equivalent to or beyond that attained upon completion of the intermediate level course (2000-level) in a language other than English.

Other Fees

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