You can check out the academic guides at the top of this page for each major to get an idea of the classes required for each major. You will take the programming and foundations courses in all 3 majors. The intro courses for all 3 majors are identical. If you want to study circuits, real-time and embedded systems, and computer architecture, Computer Engineering is a great choice. BS in CS Catalog (current year) from Ĭomputer Engineering is a bachelor of science with heavier math requirements that focuses more on hardware and embedded systems. If you want to create apps, games, or study networking, AI, or software development, Computer Science is the major for you. BA in IT Catalog (current year) from Ĭomputer Science is a bachelor of science degree that focuses on software development and algorithms. This is more of an applied major, focusing on topics such as database management, project management, and web development. Many people with course credit in another area will receive more transfer credits in this major. Information Technology is a bachelor of arts degree that offers more flexibility, fewer math and science requirements, and a supporting area that can be outside of computer science. Electrical engineering and Engineering technology (a more hands on program) are offered in other departments in Discovery Park. Robin Pottatharambil - Computer Engineering, F263 NOTE: Please schedule an appointment with the Engineering Advisors first) Mark Thompson- Computer Science, F264, Dr. Ryan Garlick- Information Technology, F284, Dr. David Keathly- Information Technology, F202, Dr. These hours vary by semester and availability so please email or call them to set up an appointment. If you would like to stop by for an appointment please do so in their office hours. If you need a degree audit, have questions about upper division classes (those that start with a 3 or 4) or career planning, please contact the departmental advisors in the CSCE department office. Their number is 94 or use the Appointment Scheduler to book an appointment with your advisor. Questions about core credit, general registration, and lower division CSCE courses (those that start with a 1 or a 2) can be answered at the College of Engineering advising office in Room C104 on the first floor of Discovery Park. Please read this entire guide first! If you have a quick question, you can email the advisors found on the Engineering Advising webpage. Any upper division courses will be evaluated during the orientation session. If you are transferring into IT, Computer Science, or Computer Engineering, computer programming courses (using a language such as C, Java, Python, etc.) will generally transfer as CSCE 1030 (and CSCE 1040 if a second course is completed). If you are transferring into the IT major, courses in a cohesive area (for example, Cisco networking courses and other networking / security related courses) will transfer into the IT supporting area. After your grades at another school are final, a transcript from this College or University need to be submitted to the UNT Registrar's office in the ESSC building so that UNT is aware of your credit. During this session, you will meet with an advisor that will look over your transcripts (please bring them, along with any course descriptions if applicable) and place you into appropriate courses at UNT. The Genomics Center and BioAnalytical Facility are supported and managed by the Division of Research and Innovation.As a transfer student, you will attend an orientation session prior to attending classes. Provides high-quality RNA and DNA sequencing analysis for UNT researchers and external clients. Provides a diverse collection of services and equipment for faculty and industry partners, including mass spectrometers with advanced capabilities for separating and quantifying small molecules and macromolecules. UNT is among an elite group of public institutions nationwide to offer these open access resources. The facility offers a suite of powerful analytical instruments used for true 3D characterization and processing with an adjoining cleanroom so that materials can be synthesized, tested, and controlled in close proximity. UNT's Materials Research Facility (MRF), located at Discovery Park, is one of the most advanced university research facilities in the nation for materials analysis - from the atomic to macro scales. UNT's Shared Facilities Materials Research Facilit y
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