COSE Major Overviews

General Degree Resources

General degree resources for College of Science and Engineering degrees can be found here:

Expand FAQ List

  • Pre-medical, dental, and physician assistant students

      1. You should regularly meet with two sets of advisors: an academic advisor (through COSE Advising) and a pre-health faculty advisor. Academic advisors are experts on your BS degree requirements and academic policies. Pre-health faculty advisors are focused on helping you understand the requirements for professional schools (like medical or dental schools), as well as helping you understand how to be the 'ideal candidate.' Ideally, you will meet with your pre-health advisor first and your academic advisor second. Make an appointment with your pre-health faculty advisor via the Pre-Health Advising website.
         
      2. Visit the Pre-Health Advising website. Review information about your desired professional program, applying to schools, and resources. Pay special attention to the "Pre-Health Committee" section.
         
      3. After meeting with a pre-health advisor, join the Pre-Health Advising Canvas site, which is run by a pre-health faculty advisor. You will receive announcements about professional school fairs and open houses, application workshops, and more.
         
      4. It is strongly recommended that you join one (or more) student organizations for pre-professional students. Examples include: Global Medical Brigades, Healthcare Allies, JAMP Student Organization, Pre-Med/Pre-Dent Society, Pre-Physician Assistant Club, Tri-Beta Biological Honor Society, and Women in Medicine. Visit the Department of Biology's Student Organization page for contact information.
         
      5. BCPM (science) GPA = your BCPM GPA is calculated using grades from EVERY college course you have ever taken, anywhere, with a Biology, Chemistry, Physics or Math prefix. This includes dual credit, transfer coursework, and all grades from all attempts of a course (i.e. include initial and subsequent grades for repeated courses). Academic advisors do not calculate your BCPM GPA for you.  
         
      6. Your pre-medical concentration will be shown on your transcript, but not your diploma. A concentration does not guarantee entry into a professional school/program. You are not required to have a concentration or particular degree to apply to a professional school - you just need to meet the required prerequisites.

  • Department of Agricultural Sciences

    • Agriculture majors provide a broad exposure to agricultural disciplines. With this curriculum, students may expect to manage a ranch or a farm or work in any career that requires a general agriculture education, such as county extension agents, banking, or government service. Students in this major may pursue the following concentrations/certifications:

      • Horticulture Concentration. This concentration teaches management of commercial establishments and institutions that produce ornamental plants, such as greenhouses and nurseries, floral shops, and plant therapy businesses. The major also contains specialized courses in horticulture that utilize greenhouses, the Freeman Center, and the Living Library Gardens.
      • Agricultural Mechanics Concentration. This concentration offers one of the most popular agricultural pathways offered at the secondary level in the state of Texas. The junior agricultural mechanics shows at the major livestock shows and rodeos in Texas are also some of the most well-attended events among secondary agriculture students.
      • Teacher Certification in Agriculture, Food and Natural Resources. A comprehensive educational program concerned with the broad field of agriculture. Emphasis in the major is on production techniques, managerial skills, and competencies necessary to function as agricultural scientists, educators, or agricultural managers in today’s complex agricultural industry. Agriculture teachers are certified to teach in grades six through twelve in the public schools of Texas.
         

      Source

    • The study of all aspects of the livestock and poultry industries, including commercial production and management, food processing, and animal feed/animal health, including nutrition, biotechnology, and veterinary medicine. The involvement of students in ongoing faculty research prepares graduates for careers in research and industry and further education in veterinary schools or graduate schools. Students may pursue a Pre-Veterinary concentration with this major.  The Pre-Veterinary concentration provides specialized coursework required for students planning to enter veterinary school.

       

      Source

    • This major reaches far beyond the farm to encompass the activities involved in bringing food and fiber to consumers. The degree prepares students to be competent in agribusiness management, agricultural marketing in domestic and international trade, food safety, sustainability, and agricultural and natural resource policy.

       

      Source

  • Department of Biology

    • BIO 2450 - Genetics is a prerequisite for virtually all advanced biology coursework. The prerequisites for BIO 2450 are: 
      - BIO 1330/1130 with C or better
      - BIO 1331/1131  with C or better
      - CHEM 1341/1141 with C or better
      - CHEM 1342/1142 with C or better

      It is important that you complete the prerequisites to BIO 2450 & the BIO 2450 course as soon as possible to progress with your degree. It is important that you meet with an advisor every semester to make sure you are on track with prerequisites and course selection.

    • Some courses are taught in certain semesters (not every fall, spring, and summer). For instance:
       
      Typically Fall Only
      BIO 4455 - Plant Physiology
      BIO 4470 - Limnology
      BIO 3460 - Aquatic Ecology
      BIO 4415 - Ichthyology (also offered in Summer)
       
      Typically Spring Only
      BIO 2411 - Zoology
      BIO 3421 - Vertebrate Physiology
      BIO 4343 - Fish Physiology
       
      Additionally, several of the advanced BIO electives are only taught in certain semesters. Refer to the flowcharts and course catalog, as well as your advisor to know when specific courses are being offered.

    • Some courses are taught in certain semesters (not every fall, spring, and summer). For instance:

      Typically Fall Only
      BIO 2410 - Botany
      BIO 3426 - Human Physiology
      BIO 4455 - Plant Physiology
      BIO 4464 - Vertebrate Anatomy
       
      Typically Spring Only
      BIO 2411 - Zoology
      BIO 3421 - Vertebrate Physiology
      BIO 4441 - Cell Physiology
       
      Additionally, several of the advanced BIO electives are only taught in certain semesters. Refer to the flowcharts and course catalog, as well as your advisor to know when specific courses are being offered.

    • Some courses are taught in certain semesters (not every fall, spring, and summer). For instance:

      Typically Fall Only
      BIO 2410 - Botany
      BIO 3426 - Human Physiology
      BIO 4455 - Plant Physiology
      BIO 4464 - Vertebrate Anatomy
       
      Typically Spring Only
      BIO 2411 - Zoology
      BIO 3421 - Vertebrate Physiology
      BIO 4441 - Cell Physiology
       
      Additionally, several of the advanced BIO electives are only taught in certain semesters. Refer to the flowcharts and course catalog, as well as your advisor to know when specific courses are being offered.

    • Some courses are taught in certain semesters (not every fall, spring, and summer). For instance:

      Typically Fall Only
      BIO 3426 - Human Physiology
      BIO 4447 - Microbial Physiology
      BIO 4464 - Vertebrate Anatomy

      Typically Spring Only
      BIO 3421 - Vertebrate Physiology
      BIO 4441 - Cell Physiology

    • Some courses are taught in certain semesters (not every fall, spring, and summer). For instance:

      Typically Fall Only
      BIO 2410 - Botany
      BIO 4423 - Wildlife Management
      BIO 4455 - Plant Physiology
      BIO 4435 - Techniques in Wildlife Management
      Most Policy classes are Fall only
       
      Typically Spring Only
      BIO 2411 - Zoology
      BIO 3421 - Vertebrate Physiology
      BIO 4307 - Ecology of Rarity
      BIO 4441 - Cell Physiology
      BIO 4319 - Conservation of Biological Resources
      BIO 4421 - Ornithology
       
      Typically Summer Only
      BIO 4418 - Field Ornithology
       
       
      Additionally, several of the advanced BIO vertebrate, botany, and ornithology electives are only taught in certain semesters. Refer to the flowcharts and course catalog, as well as your advisor to know when specific courses are being offered.

    • You may be able to participate in undergraduate research and have it count towards your degree! If you are interested in undergraduate research and want to know if it can satisfy degree requirements, check with an advisor.

      To learn more about the Department of Biology's undergraduate research program, visit their Undergraduate Research page.

    • GET INVOLVED! MAJOR-SPECIFIC STUDENT ORGANIZATIONS THAT MAY INTEREST YOU!
        
      Discover a unique student organization that can help you meet people within the industry of your degree, tailor your skills, or create a deeper connection to something you already enjoy.   
       
      Visit the Department of Biology’s student organizations webpage to learn about some of the student organizations on campus such as:
      • Aquatic Biology Club 
      • Global Medical Brigades 
      • Healthcare Allies 
      • JAMP Student Organization 
      • Microbiology Club 
      • Ornithological Society 
      • Plant Biology Society 
      • Pre-Med/Pre-Dent Society 
      • Pre-Physician Assistant Club 
      • Tri-Beta Biological Honor Society 
      • Wildlife Society Student Chapter 
      • Women in Medicine
Expand FAQ List

  • Department of Chemistry and Biochemistry

      • Students must successfully complete CHEM 2342 with a grade of C or better in order to continue on to CHEM 3375. CHEM 3375 - Principles of Biochemistry is the beginning of a four-semester sequence and is typically fall-only. 
      • The last four semesters of the biochemistry degree are rigid - fall courses lead to spring courses, which lead to fall courses, which lead to spring courses. If you do not pass certain semester-specific courses, it is likely your graduating semester will be delayed by one year. It is important that you meet with an advisor every semester to make sure you are on track with prerequisites and course selection. 

      • The last four semesters of the chemistry degree are rigid - fall courses lead to spring courses, which lead to fall courses, which lead to spring courses. If you do not pass certain semester-specific courses, it is likely your graduating semester will be delayed by one year. It is important that you meet with an advisor every semester to make sure you are on track with prerequisites and course selection. 
      • You must complete PHYS 2425 prior to – or in the same semester – that you complete CHEM 3330 – Physical Chemistry I with a C or better. Students must successfully complete PHYS 2425 with a grade of C or better in order to enroll in CHEM 3340 – Physical Chemistry II. 

    • GET INVOLVED! MAJOR-SPECIFIC STUDENT ORGANIZATIONS THAT MAY INTEREST YOU!  

      Discover a unique student organization that can help you meet people within the industry of your degree, tailor your skills, or create a deeper connection to something you already enjoy. Visit the Chemistry & Biochemistry Department's student organizations webpage to learn about some of the student organizations on campus such as:
      • American Chemical Society (ACS) 
      • American Society for Biochemistry and Molecular Biology (ASBMB) 
      • Society for the Advancement of Chicanos and Native Americans in Science (SACNAS) 
      • Society of Plastics Engineers (SPE) 
Expand FAQ List

  • Department of Computer Science

    • Programming Language & Keeping Current
      1. The programming language you will be taught is C++ & you will also have exposure to Java in CS 3354.
      2. That said, it is important for students to remain current in the discipline. Not everything you will learn will be taught in the classroom. Explore, read, and research what is happening in computer science. Things change very rapidly. 
      CS Major & Prerequisites
      1. It is a very prerequisite/sequence-driven major with cumulative knowledge required. This means that content in each class carries over into the next class, the next, and so on.
      2. Students must earn grades of C or better in all CS courses, all required math courses, and the additional English course.
      3. The CS Department adheres to the listed prerequisites for all courses.
      Registration for Classes
      1. In most cases, a CS major will have a CS and Math class each semester and then round off their schedule with general education core classes or select from the additional degree-required courses or minor depending on the minor.
      Natural Sciences
      1. The computer science major requires students to complete natural science from an approved list of classes.
      2. The approved natural science classes (also listed on your degree audit): BIO 1330/1130; BIO 1331/1131; CHEM 1341/1141; CHEM 1342/1142; GEOL 1410; GEOL 1420; PHYS 1315/1115; PHYS 1325/1125; (or PHYS 1430 & PHYS 2425).
      3. Students cannot take PHYS 1315/1115 & PHYS 1430 to satisfy 8 hours of natural science. (end optional)
      4. Students pursuing the Bachelor of Arts degree in Computer Science in the 2020 and 2021 catalog must complete 8 hours of natural science (2 courses) with their associated labs. Both courses must be completed in the same scientific discipline.

    • Bachelor of Arts (B.A.) Modern Language Requirement
       
      All BA degree programs require an intermediate level proficiency of a modern language.
       
      1. Take college-level courses: Successfully complete two semesters of the same modern language at the sophomore level. Most students will need to complete 1410 and 1420 as prerequisites before attempting 2310. For example, SPAN 2310 & SPAN 2320 or JAPA 2310 & JAPA 2310.
      2. Complete credit-by-exam: Take a CLEP exam & make a high enough score. Exams are offered for French, German, and Spanish languages. Check with an advisor if you should accept credit for the 1410 & 1420 coursework, in addition to the sophomore-level 2310 & 2320 coursework.
      3. Participate in an oral proficiency interview: the American Council on the Teaching of Foreign Languages - Oral Proficiency Interview (ACTFL-OPI) is most appropriate for those who are moderately to completely fluent in a language other than French, German, or Spanish (For those wishing to earn credit in American Sign Language, Arabic, Chinese (Mandarin), Italian, Japanese, or Russian, please contact the Department of World Languages & Literatures to inquire about their departmental exams). Students must receive a rating of Intermediate Mid or better to fulfill the modern language requirement.

    • Programming Language & Keeping Current 

      1. The programming language you will be taught is C++ & you will also have exposure to Java in CS 3354. 
      2. That said, it is important for students to remain current in the discipline. Not everything you will learn will be taught in the classroom. Explore, read, and research what is happening in computer science. Things change very rapidly. 

      CS Major & Prerequisites

      1. It is a very prerequisite/sequence-driven major with cumulative knowledge required. This means that the content in each class carries over into the next class, the next, and so on. 
      2. Students must earn grades of C or better in all CS courses, all required math courses, and the additional English course. 
      3. The CS Department adheres to the listed prerequisites for all courses. 

      Registration for Classes 

      1. In most cases, a CS major will have a CS and Math class each semester and then round off their schedule with general education core classes or select from the additional degree-required courses or minor depending on the minor. 

      Natural Sciences

      1. The computer science major requires students to complete natural science from an approved list of classes.
      2. The approved natural science classes (also listed on your degree audit): 
        • BIO 1330/1130
        • BIO 1331/1131
        • CHEM 1341/1141
        • CHEM 1342/1142
        • GEOL 1410
        • GEOL 1420
        • PHYS 1315/1115 (or PHYS 1430)
        • PHYS 1325/1125 (or PHYS 2425). 
        • Students cannot apply both PHYS 1315/1115 & PHYS 1430 (or PHYS 1325/1125 & PHYS 2425) to satisfy the natural science requirement
      3. 2019 and older catalog: must complete 16 hours of natural science (4 courses) with their associated labs. Two courses must be completed in the same science discipline.
      4. 2020 and 2021 catalog must complete 12 hours of natural science (3 courses) with their associated labs. Two courses must be completed in the same science discipline.

      RESIDENCY REQUIREMENT

      The undergraduate catalog outlines the residency requirement for undergraduate students. To qualify for graduation with a bachelor’s degree, a student must complete the following via Texas State coursework:

      • at least 25 percent of the minimum number of credit hours required for the degree (30 hours for a 120-hour degree)
      • at least 24 advanced hours at Texas State
      • at least 12 hours advanced hours that apply to the major
      • In a student's last 30 hours, at least 24 hours must be completed at Texas State (this means that no more than 6 hours can be taken off-campus in a student's last 30 hours)

      Note: Correspondence and extension coursework completed through Texas State may be applied toward residency requirements. Credit-by-examination may not be applied toward residency.

    • FOREIGN LANGUAGE REQUIREMENT

      Your degree audit shows that you still need to satisfy your foreign language requirement. There are multiple ways to satisfy this requirement:

      1. Send your HS transcript to Texas State: If you successfully completed two years of the same foreign language in high school, send your official HS transcript to Texas State Admissions Office so that your foreign language courses can satisfy your foreign language requirement. Instructions about how to send your HS transcript can be found on the admissions FAQ page under "How do I send my transcripts?" If you believe you already sent your HS transcript to Texas State, please tell an advisor. Please mention your completion of HS foreign language to an advisor when planning courses, as we do not want to recommend that you take a not-needed course.
      2. Take college-level courses: Successfully complete two semesters of the same modern language at the college level. For example, SPAN 1410 & SPAN 1420 or ASL 1410 & ASL 1420.
      3. Complete credit-by-exam: Take a CLEP exam & make a high enough score. Exams are offered for French, German, and Spanish languages.
      4. Participate in an oral proficiency interview: the American Council on the Teaching of Foreign Languages - Oral Proficiency Interview (ACTFL-OPI) is most appropriate for those who are moderately to completely fluent in a language other than French, German, or Spanish (For those wishing to earn credit in American Sign Language, Arabic, Chinese (Mandarin), Italian, Japanese, or Russian, please contact the Department of World Languages & Literatures to inquire about their departmental exams).

    • You may be hoping to complete most of your remaining coursework at the Round Rock campus. Be advised that an entire bachelor’s degree (major in computer science) with a student starting with 0 college hours or a few college hours, cannot be completed at the Round Rock Campus (RRC). 

      The CS course offerings at RRC are set up for juniors who have satisfied their general education core and are ready to take junior and senior-level classes in their major. The BS/CS computer engineering concentration cannot be completed at the RRC.

      Courses not offered at the RRC:

      • Lower-level CS programming classes (CS 1428, CS 2308, CS 2318)
      • General Education Core classes
      • Lower-level Math classes, which serve as prerequisites for Calculus I & Calculus II
      • Calculus I & II (MATH 2471 & MATH 2472)
      • Natural Science classes
      • Modern Language classes
      • It is important that you complete the lower division CS and Math prerequisites courses as soon as possible to progress with your degree.


      Computer Science & Math Class Offerings:

      • CS courses are offered on a rotation basis, meaning not all CS courses are offered every semester (fall, spring, summer).
      • The rotation and/or course offerings are subject to change due to unforeseen circumstances determined by the department(s) who offer the courses.

      Typically offered at RRC in both Fall & Spring semesters
      CS 3358 Data Structures & Algorithms
      CS 4332 Intro to Databases
      ENG 3303 Technical Writing (maybe online)

      Typically offered at RRC in Fall semesters only
      MATH 2358 Discrete Math 1
      MATH 3305 Probability & Statistics
      CS 2315 Computer Ethics
      CS 3354 Object-Oriented Design & Implementation
      CS 3378 Theory of Automata
      CS 4318 Compiler Construction (CS project course)

      Typically offered at RRC in Spring semesters only
      MATH 3398 Discrete Math 2
      MATH 3377 Linear Algebra (maybe online)
      MATH 3323 Differential Equations (maybe online)
      CS 3360 Computing Systems Fundamentals
      CS 3398 Software Engineering
      CS 3339 Computer Architecture
      CS 4310 Computer Networks         
      CS 4315 Intro to Data Mining & Retrieval
      CS 4371 Computer Systems Security
      CS 4398 Software Engineer Project (CS project course)
      CS 4379D Distributer Ledger Systems & Blockchains (rotating springs)

      Recommended minors for RRC students:
      These minors can be completed through attending RRC courses, online coursework, or a hybrid of both. Not all minor courses are offered every semester.

      • Applied Math (Hybrid)
      • Business Administration (Online)
      • Criminal Justice (RRC)
      • English (Hybrid)
      • Forensic Psychology (Hybrid)
      • Health Information Management
      • Mass Communication (Hybrid)
      • Mathematics (RRC)
      • Psychology (Hybrid)
      • Public Administration (Hybrid)
      • Social Work (Online)
      • Sociology (Online)

      Recommendations for students interested in taking courses at RRHEC.

      1. Review the Transfer Planning Guide (TPG) for computer science for transfer course planning  https://www.admissions.txst.edu/future-students/transfer/tpg
      2. Get advised via Zoom or in person every semester to review the plan and review course offerings.
      3. Review the Schedule of Classes, when it posts on CatsWeb, and search specifically for Round Rock classes, for which you have satisfied the prerequisites, that are part of your degree plan.

    • Texas State University does not offer a degree or emphasis in cyber security.

      One common way to enter the cybersecurity field is by earning a bachelor's degree in computer science. A computer science and cyber security degree are similar enough to overlap and allow graduates to become cybersecurity professionals.

      Bachelor of Science in Computer Science

      1. Principal areas of study in computer science include artificial intelligence, computer systems and networks, security, database systems, human-computer interaction, vision and graphics, numerical analysis, programming languages, software engineering, bioinformatics, and theory of computing.
      2. Although knowing how to program is essential to the study of computer science, it is only one element of the field. Computer scientists design and analyze algorithms to solve programs and study the performance of computer hardware and software.
      3. All computer science degree programs contain similar core courses, and it is the computer science core — not the emphasis — that prepares students for careers in encryption and other types of cybersecurity work. A computer science degree has a broader focus than a degree in cyber security. Our bachelor’s degree in computer science consists of a solid foundation in mathematics, science, and critical thinking.
      4. Computer scientists are helping to solve some of the world’s most interesting and difficult challenges. You can become an expert problem-solver and learn to approach technology using the scientific method. When you graduate with your computer science degree, you will be prepared to solve complex and evolving problems of the world. These adaptive skills will be immensely useful in establishing a cybersecurity career when you are faced with contemporary issues that need a wide range of solutions.
      5. A computer science degree may be most closely related to what you want to learn to pursue a career in cybersecurity. Further, learning about big data analytics in a computer science degree program can help you in analyzing substantial amounts of data. These practices can prove valuable in the cybersecurity field as you attempt to analyze what types of data have been compromised by hackers.

    •  Bachelor of Arts-specificCommonalitiesBachelor of Science-specific
      General requirements 

      Minimum of 120 hours required

      Minor required

      		 
      Math requirements1 from: MATH 1317, MATH 1329, MATH 2321, MATH 2417, MATH 2471

      MATH 2358 - Discrete Math I

      MATH 3398 - Discrete Math II

      MATH 2471 - Calculus I

      MATH 2472 - Calculus II

      MATH 3305 - Probability & Statistics

      Modern language requirement14 hours (4 courses) of the same modern language is required No modern language is required if the student successfully completed 2 years of the same modern language in high school
      English requirement for major1 from: Sophomore English Literature, ENG 3303 or 3313 1 from: ENG 3303 or 3313
      Natural science requirement8 hours from the same approved natural science 12 hours:
      8 hours from the same natural science + 4 hours from a different approved science
      Computer Science courses37 hours of CS coursework 46 hours of CS coursework
      Total hours required for the major71-72 hours 78 hours

       

      Do Employers Prefer BS or BA in Computer Science?

      The answer usually depends on the position. Most employers view the degree types as equals. Computer science jobs that require more creativity, like user experience design, may best suit BA graduates. Employers hiring for jobs that require higher mathematical problem-solving and strategic thinking may prefer BS degree holders.

      Neither degree ranks as better than the other, but one might better suit a student’s specific career goals. For example, students interested in technical careers may need a BS for graduate school applications or advancement in a specific concentration that they want to move into.

      We often tell students to play to their strengths.  

    • Trying to Decide Between a Computer Science (CS) Major and a Computer Information Systems (CIS) Major?

      • Computer scientists use computers to solve big world problems by writing strong algorithms.
      • CIS is more about how a computer is used in the real world, generally in a business environment. It is how a business uses business applications to make business decisions to run an efficient business. 

      All degrees come with pros and cons. Students who enjoy programming and learning almost all aspects of technology may enjoy a computer science major but can find the amount of math and coding required overwhelming. Students who enjoy marketing and learning about business will most likely enjoy a CIS major. It covers a broad range of topics that some people enjoy but others become frustrated with. The nice thing about both degrees is that they can be combined with a wide variety of degrees and each of them guarantees a high number of jobs available after graduation. It’s important to consider personal strengths and weaknesses, likes and dislikes, and what kind of job is desired after graduation before choosing your degree. 

      We often ask students to consider what they see themselves doing and in what kind of setting.

      What is Computer Science?

      Computer Science focuses on technical and theoretical programs. Simply put, computer scientists use computers to solve big world problems. A degree in computer science provides students with knowledge of computer operating systems, coding, computer networking, computer architecture, and database design. Computer science has roots in math, physics, and electrical engineering. Some people feel overwhelmed with the amount of math this degree requires but students who are comfortable with mathematics or have previous experience with math have few problems with the math requirements. The nice thing about a computer science degree is that is incredibly versatile because computer technology is everywhere.

      Some Jobs available with a Computer Science Degree, but not limited to:

      The following types of jobs are positions in which a degree in computer science is a major asset:

      • Artificial intelligence and machine learning engineer
      • Business analyst
      • Chief information security officer
      • Cloud computing engineer
      • Computer science professor
      • Computer scientist or computer science researcher
      • Data scientist
      • Database administrator
      • Engineering manager
      • Full-stack developer
      • Information security analyst
      • Information technology specialist
      • Mobile application designer or developer
      • Network architect
      • Product manager
      • Research and development (R&D) scientist
      • Software developer
      • Software engineer
      • Software quality assurance manager
      • Software tester
      • Systems analyst
      • User interface designer
      • Web developer

      What is Computer Information Systems?

      With a Computer Information Systems Degree, students focus on how to apply technology to business. Computer information systems take technology and place it in a commercial setting. In addition to learning how technology works, students learn how to use the technology to benefit a company. The reviews for this degree are mixed. Some people enjoy that many topics are covered, while others become frustrated by the lack of focus on one particular subject. A computer information systems course includes business courses and managerial communications, as well as coding and other tech skills. This degree goes well with most business-related majors and degrees in arts, graphics design, and communication.

      Some Jobs available with a Computer Information Systems Degree, but not limited to:

      • Human-computer interaction specialist
      • Data warehousing and mining
      • Help desk
      • Internet services
      • Chief information officer
      • IS or IT management
      • Market Research Analyst
      • Database management or administrating
      • Management consultant
      • Management, systems, or operating research analyst
      • Business application developer
      • ERP administrator
      • Business decision support specialist
      • Internet or intranet manager

      Note: if you are considering a CIS degree, please contact the University Advising Center for more up-to-date information regarding the CIS degree. You may also wish to visit the McCoy College of Business CIS program page.

    • GET INVOLVED! MAJOR-SPECIFIC STUDENT ORGANIZATIONS THAT MAY INTEREST YOU!  
      Discover a unique student organization that can help you meet people within the industry of your degree, tailor your skills, or create a deeper connection to something you already enjoy.   
      Visit the Department of Computer Science’s student organizations webpage to learn about some of the student organizations on campus such as:
      • Computer Science Club/Sigma Chi Sigma (EXE) 
      • Girls Who Code College Loop 
      • Women in Science and Engineering (WiSE)
      • Institute of Electrical and Electronics Engineers (IEEE)
Expand FAQ List

  • Department of Engineering Technology

    • The advanced courses of the CIM degree are often semester-specific and sequential. This means that if you do not successfully complete a course with a grade of C or better, your graduation date may be delayed one year.

      According to the CIM program website, “The Concrete Industry Management Program is a hands-on STEM based discipline that prepares students for a wide range of exciting technical and managerial careers in the concrete and related industries. 

      The goal of this industry-driven program is to produce broadly educated, articulate graduates who are grounded in basic construction management concepts, knowledgeable in concrete materials, technology and techniques, and able to manage people and systems to promote the products and services of the international concrete industry.”

      Video: What CIM students are saying about the program.

      1. To be considered a "full-major" in the program, students must complete pre-major coursework with no grade less than a C and a minimum 2.50 major GPA (grades of D will not be accepted). Pre-major coursework requirements vary slightly by catalog year.
      2. Pre-CSM students must apply for the full major. 
      3. Applications to become a full CSM major can be found on the Department of Engineering Technology website. Students will apply using e-Portfolio.
        • To register for full-major courses in the Spring semester: The Engineering Technology Department will send a notification to pre-majors that they are accepting applications around September 15th. If you do not successfully complete pre-major coursework with the required grades, you will be removed from the full-major courses.
        • To register for full-major courses in the Summer and/or Fall semester: The Engineering Technology Department will send a notification to pre-majors that they are accepting applications around February 15th. If you do not successfully complete pre-major coursework with the required grades, you will be removed from the full-major courses.

    • The Engineering Technology Major has 5 different concentrations and all are ABET accredited: 

      • Civil Engineering Technology
      • Electrical Engineering Technology
      • Environmental Engineering Technology
      • Manufacturing Engineering Technology
      • Mechanical Engineering Technology


      For these majors, most start out similarly (Calculus, Mechanics, Engineering Chemistry) and then diverge into concentration-specific courses. 

      All Engineering Technology (ET) concentrations have the following courses in common (based on 2021* catalog requirements):

      • MATH 2471 - Calculus I (should be completed as soon as possible)
      • MATH 2472 - Calculus II (should be completed as soon as possible)
      • CHEM 1335 & CHEM 1135 - Engineering Chemistry Lecture & Lab (should be completed as soon as possible)
      • PHYS 1430 - Mechanics
      • PHYS 2425 - Electricity and Magnetism
      • TECH 2351 - Statics & Strength of Materials
      • TECH 2344 - Power Technology
      • TECH 3364 - Quality Assurance
      • TECH 3345 - Lean Systems
      • TECH 4380 - Industrial Safety
      • TECH 2190 - Internship
      • IE 3320 - Engineering Statistics
      • MGT 3303 - Principles of Management
      • MGT 4330 - Production and Operations Management
      • CS 1342 - Programming for Scientists & Engineers or CS 1428 - Foundations of Computer Science

      *if you are assigned to a catalog other than 2021, your specific requirements may differ.

      The advanced courses in Engineering Technology tend to be semester specific and sequential. This means if students do not follow their sequencing in a certain term, students could delay their graduation by a full calendar year.

      Some courses required for the Engineering Technology degree are offered only one time per year. These courses may be included in your degree plan. Not taking the courses in the appropriate semester may result in a delay in your graduation semester.

      • TECH 4365 (typically fall-only)
      • TECH 4395 (typically fall-only)
      • TECH 4396 (typically spring-only)

    • Per the Undergraduate Catalog, the "minor in Technology requires 18 semester credit hours of Technology courses, of which 9 hours must be advanced. Courses will be determined by conference with a departmental faculty advisor or the Chair of the Department of Engineering Technology."

       
      We recommend reviewing the courses taught by the Engineering Technology Department to ensure this is the coursework you had in mind. Many of the courses focus on construction and manufacturing.
       
      If you are interested in pursuing a technology minor, please contact Dr. BJ Spencer, an Engineering Technology Faculty Advisor who oversees the Technology minor. You will work with Dr. Spencer to design a minor that coincides with your interests. Dr. Spencer can be reached at bjspencer@txstate.edu.

    • GET INVOLVED! MAJOR-SPECIFIC STUDENT ORGANIZATIONS THAT MAY INTEREST YOU!  
      Discover a unique student organization that can help you meet people within the industry of your degree, tailor your skills, or create a deeper connection to something you already enjoy.   
      Visit the Department of Engineering Technology’s student organizations webpage to learn about some of the student organizations on campus such as:
      • American Concrete Institute (ACI) 
      • American Foundry Society (AFS) 
      • The American Society of Mechanical Engineers (ASME) 
      • Construction Student Association (CSA) 
      • Society of Manufacturing Engineers (SME) 
Expand FAQ List
Expand FAQ List

  • Ingram School of Engineering

    • The Civil Engineering degree is highly sequenced with limited course offerings. It is of paramount importance that you meet with an advisor before registration to ensure the most efficient prioritization of course selections to prevent unnecessarily delaying your projected graduation timeline.

      1. Students will review the different concentrations in EE 2400 via a course assignment. If possible, students should declare their concentration by the time they complete EE 2400.
      2. The Electrical Engineering: Computer Engineering degree focuses on processors and memory. This concentration has two built-in minors: Computer Science and Applied Mathematics. These minors require no additional courses than those already within your major. If you have completed Math courses somewhere other than TXST, these may need to be evaluated by the Math Department to determine how/if they count towards your Applied Mathematics minor. 
      3. The Electrical Engineering: Micro & Nano Devices degree focuses on integrated circuits and microphones/speakers. This concentration has a built-in Applied Mathematics minor. This minor requires no additional courses than those already within your major. If you have completed Math courses somewhere other than TXST, these may need to be evaluated by the Math Department to determine how/if they count towards your Applied Mathematics minor. 
      4. The Electrical Engineering: Networks & Communication Systems degree focuses on wifi, bluetooth, and cellular communication. This concentration has a built-in Applied Mathematics minor. This minor requires no additional courses than those already within your major. If you have completed Math courses somewhere other than TXST, these may need to be evaluated by the Math Department to determine how/if they count towards your Applied Mathematics minor. 

    • The Industrial Engineering (IE) degree is quite sequenced. Not taking certain courses in certain semesters may result in a delay in graduation. Due to the highly sequenced nature of your major, you should meet with an advisor to review ideal course selection strategies to have this hold lifted to be able to register for classes.
       
      Please contact our office at 512.245.1315 to schedule your advising appointment BEFORE the next registration period opens.

    • Due to the highly sequenced nature of your major, you should meet with an advisor to review ideal course selection strategies. Please contact our office at 512.245.1315 to schedule your advising appointment BEFORE registration for the next period opens. 

      1. It is possible to take the CLEP exam for MGT 3303 credit (MGT 3303 would substitute for MGT 3301). The cost is $130 to take the exam and you will receive credit without a grade. Review this Testing, Evaluation, and Measurement Center website and talk with your advisor if you would like to know if this could be a good option for you. 
      2. Mechanical Systems Concentration - The following courses are offered only once per year. In order to prevent delaying your graduation, be sure to prioritize prerequisites for these courses to allow for adequate timing: 
        • PHYS 3315 - Thermodynamics (typically spring-only)
        • MFGE 4355 - Design of Machine Elements (typically spring-only)
        • MFGE 4357 - Dynamics of Machinery (typically fall-only).

    • Due to the highly sequenced nature of your major, you should meet with an advisor to review ideal course selection strategies to register for classes. Please contact our office at 512.245.1315 to schedule your advising appointment BEFORE registration for the next period opens.
      1. The Mechanical Engineering degree is highly sequenced with limited course offerings. It is of paramount importance that you meet with an advisor before registration to ensure the most efficient prioritization of course selections to prevent unnecessarily delaying your projected graduation timeline.
      2. Due to the timing of initial course offerings, the earliest possible graduation with a Mechanical Engineering degree is Spring 2026.
      3. The Mechanical Engineering Program is expected to obtain ABET accreditation shortly after the program has its first graduate at the end of the Spring 2026 semester. The Mechanical Engineering program coordinator has confidence that the Mechanical Engineering (ME) program will achieve accreditation based on TXST's past success with our other engineering programs. We do not have a timeline on when the review will be complete but if you have concerns, you are more than welcome to contact Dr. Karim Muci-Kuchler (Professor and ME Program Director).

    • GET INVOLVED! MAJOR-SPECIFIC STUDENT ORGANIZATIONS THAT MAY INTEREST YOU!  
      Discover a unique student organization that can help you meet people within the industry of your degree, tailor your skills, or create a deeper connection to something you already enjoy. Visit the Ingram School of Engineering’s student organizations webpage to learn about some of the student organizations on campus such as:
       
      • American Society for Engineering Education (ASEE) 
      • American Society of Mechanical Engineers (ASME)
      • Institute of Electrical and Electronics Engineers (IEEE) 
      • Institute of Industrial and Systems Engineers (IISE)  
      • Latinos in Science and Engineering (MAES)  
      • National Society of Black Engineers (NSBE)  
      • Society of Automotive Engineers (SAE)  
      • Society of Hispanic Professional Engineers (SHPE)  
      • TXST chapter of the Society of Manufacturing Engineers (SME)  
      • Society of Women Engineers (SWE)  
      • Texas American Water Work Association (TAWWA) 
Expand FAQ List

  • Department of Mathematics

    • MAJOR-SPECIFIC INFORMATION FOR MATHEMATICS & APPLIED MATHEMATICS MAJORS

      1. MATH 2472: Calculus II with a C or better is the main prerequisite for advanced mathematics coursework. Some courses may require additional and/or more advanced prerequisites.
      2. Some courses are semester-specific. For example, MATH 4330 - Topology is a fall-only course required for BS & BA Mathematics majors.

      FOR STUDENTS SEEKING TEACHER CERTIFICATION

      1. MATH 4304: Capstone Math for Secondary Education Majors is typically a spring-only course.
      2. MATH 4311 - History of Mathematics is typically a fall and summer-only course.
        These semester-specific designations could change.

    • Bachelor of Arts (B.A.) Modern Language Requirement
       
      All BA degree programs require an intermediate level proficiency of a modern language.
       
      1. Take college-level courses: Successfully complete two semesters of the same modern language at the sophomore level. Most students will need to complete 1410 and 1420 as prerequisites before attempting 2310. For example, SPAN 2310 & SPAN 2320 or JAPA 2310 & JAPA 2310.
      2. Complete credit-by-exam: Take a CLEP exam & make a high enough score. Exams are offered for French, German, and Spanish languages. Check with an advisor if you should accept credit for the 1410 & 1420 coursework, in addition to the sophomore-level 2310 & 2320 coursework.
      3. Participate in an oral proficiency interview: the American Council on the Teaching of Foreign Languages - Oral Proficiency Interview (ACTFL-OPI) is most appropriate for those who are moderately to completely fluent in a language other than French, German, or Spanish (For those wishing to earn credit in American Sign Language, Arabic, Chinese (Mandarin), Italian, Japanese, or Russian, please contact the Department of World Languages & Literatures to inquire about their departmental exams). Students must receive a rating of Intermediate Mid or better to fulfill the modern language requirement.

    • GET INVOLVED! MAJOR-SPECIFIC STUDENT ORGANIZATIONS THAT MAY INTEREST YOU!  
      Discover a unique student organization that can help you meet people within the industry of your degree, tailor your skills, or create a deeper connection to something you already enjoy.   
      Visit the Department of Mathematics’ student organizations webpage to learn about some of the student organizations on campus such as:
      • Pi Mu Epsilon 
      • The Math Club 
      • Association for Women in Mathematics (AWM) 
      • Talk Math 2 Me 
      • SUPER in Math (SUPER)
Expand FAQ List

  • Department of Physics

      1. Students are encouraged to meet with Dr. Hunter Close, Faculty Advisor for physics majors. Dr. Close is a great resource for students who have questions about physics coursework, careers in physics, being a physics teacher, and/or advice regarding advanced physics elective choices. Information about scheduling with Dr. Close can be found on the Physics Department's website: https://www.txst.edu/physics/student-resources/advising.html
      2. Students not meeting the prerequisites for MATH 2471 (Calculus I) must take preparatory mathematics coursework (i.e., college algebra and/or pre-calculus). These students are encouraged to attend a summer session to focus on math coursework and avoid any delay in starting their physics coursework.
      3. Some courses are semester-specific (not every fall, spring, and summer). For example, PHYS 3417 - Optics is a fall-only course; PHYS 3311 - Mechanics I is a spring-only course.
      4. Students must take at least one physics course and one mathematics course per semester for their first few semesters. Students will often be required to take more than one physics course per semester.

    • Bachelor of Arts (B.A.) Modern Language Requirement
       
      All BA degree programs require an intermediate level proficiency of a modern language.
       
      1. Take college-level courses: Successfully complete two semesters of the same modern language at the sophomore level. Most students will need to complete 1410 and 1420 as prerequisites before attempting 2310. For example, SPAN 2310 & SPAN 2320 or JAPA 2310 & JAPA 2310.
      2. Complete credit-by-exam: Take a CLEP exam & make a high enough score. Exams are offered for French, German, and Spanish languages. Check with an advisor if you should accept credit for the 1410 & 1420 coursework, in addition to the sophomore-level 2310 & 2320 coursework.
      3. Participate in an oral proficiency interview: the American Council on the Teaching of Foreign Languages - Oral Proficiency Interview (ACTFL-OPI) is most appropriate for those who are moderately to completely fluent in a language other than French, German, or Spanish (For those wishing to earn credit in American Sign Language, Arabic, Chinese (Mandarin), Italian, Japanese, or Russian, please contact the Department of World Languages & Literatures to inquire about their departmental exams). Students must receive a rating of Intermediate Mid or better to fulfill the modern language requirement.

    • GET INVOLVED! MAJOR-SPECIFIC STUDENT ORGANIZATIONS THAT MAY INTEREST YOU!  
      Discover a unique student organization that can help you meet people within the industry of your degree, tailor your skills, or create a deeper connection to something you already enjoy. Visit the Department of Physics’ student organizations webpage to learn about some of the student organizations on campus such as:
       
      • Astronomy Club 
      • Mexican American Engineers and Scientists (MAES) 
      • Texas State Society of Physics Students (SPS) 
      • Society of Women in Physics (SWiP) 
      • Women in Science and Engineering (WiSE) 

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