Why should I consider a BI in Computer Science?
If you’re not sure what the BI is, you might want to read this first, “What is the BI?” If you’ve already done that, then here’s what the BI for Computer Science has to offer.
Computer Science (CS) is a growing field, and a major part of almost every industry. A CS degree enables many career paths. Despite the impression sometimes given by the media, there actually are more computing jobs than qualified people to fill them in the United States. U.S. IT employment was 17% higher in 2004 than in 1999. The Bureau of Labor Statistics says computing has the greatest potential for new jobs through 2014, with five of the ten growth fields related to computing. Yes, some IT jobs have gone overseas. If you consider the expected growth in computing, it’s easy to see that companies simply need more talent. BI in CS students will graduate with innovation techniques, team experience, and business background, and become future professionals who lead new efforts or even new companies.
What’s the difference between the BS and the BI when it comes to Computer Science?
The differences here are subtle but important to note. The Bachelor of Innovation in Computer Science provides students with both the technical and business background to work on innovative computer-related projects, including the ability to:
- recognize the broader issues in computer technology-related problems
- understand the technological, business, legal and societal constraints affecting this technology
- communicate the key issues, needs, potential options, and final solution to a challenge
The program seeks to prepare students for successful careers and lifelong learning. In addition to the technical competence expected of a graduate with a bachelor’s degree in computer science, students will develop the innovative thinking skills, multifaceted team skills and basic business knowledge to ensure that they can effectively compete in the changing computer career landscape for positions that are unlikely to be off-shored.
The core computer science elements of the BI in CS are nearly identical to the BS in CS, differing by adding a database class. Also, a class in computer networks is required in place of compilers and automata. The objectives/outcomes include all of those from the BS in CS plus the following BI specific objectives:
- BI CS Alumni are able to work in multidisciplinary teams both as member and as a team leader
- BI CS Alumni are able to assess business opportunities and substantially contribute to the development of a business plan
- BI CS Alumni are able to assess customer’s needs to develop requirements and technical specifications
- BI CS Alumni are able to develop an effective response to a call for proposal for funding
Still confused as to what the difference between the BI of CS and the BS of CS are? Read here.
The Bachelor of Innovation™ in Computer Science will provide students with both the technical and business background to work on innovative computer-related projects, including the ability to: (1) recognize the broader issues in computer technology-related problems; (2) understand the technological, business, legal and societal constraints affecting this technology; and (3) have the ability to communicate the key issues, needs, potential options, and final solution to a challenge. The program seeks to prepare students for successful careers and lifelong learning. In addition to the technical competence expected of a graduate with a bachelor degree in computer science, students will develop the critical thinking skills, multifaceted team oriented skills and basic business background to ensure that they can effectively compete in the changing computer career landscape for positions that are unlikely to be off-shored.
The full educational objects are listed here
The degree requirements for the Bachelor of Innovations degree in Computer Science requires completion of at least 128 credit hours, a minimum 2.0 grade point average in all computer science courses and courses taken at the University of Colorado. The courses for the degree are outlined as follows:
Innovation Core (27 Credits)
Cross Discipline Core (15 Credits)
English (3 Credits)
Mathematics (17 Credits)
|MATH 1350 Calculus I||4|
|Math 1360 Calculus II||4|
|MATH 2150 Discrete Mathematics||3|
|CS 2300 Computational Linear Algebra||3|
|ECE 3610 Engineering Probability & Stats OR||3|
|QUAN 2010 Business Statistics||3|
Science (10 credits)
|Must complete one (1) full year in the same subject and at least one (1) lab|
|PES 1110 General Physics I||4 credits|
|PES 1160 Advanced Physics Lab I||1 credit|
|PES 1120 General Physics II||4 credits|
|PES 2160 Advanced Physics Lab II||1 credit|
|Chemistry||10 or more credits with at least 1 lab|
|CHEM 1401 General Chemistry I and 1402 Chem Lab||5 credits|
|CHEM 1411 General Chemistry II and Chem 1412 Chem Lab 2||5 credits|
|CHEM 1121 CSI: Forensic Chemistry I||3 credits|
|CHEM 1122 CSI: Forensic Chemistry I Lab||1 credit|
|CHEM 1101 Chemistry in the Modern World||3 credits|
|CHEM 1201 Introduction to Chemistry||4 credits|
|Biology||10 credits (note will require one year = 8 credits in biology + a chemistry prerequisite so more than 10 total credits) Must have at least one lab|
|BIOL 1300 General Biology I||3 credits|
|BIOL 1310 General Biology I Lab||1 credit|
|BIOL 1350 General Biology II||3 credits|
|BIOL 1360 General Biology II Lab||1 credit|
Computer Science Core (42 credits)
|CS 1150 Principles of Computer Science||3 credits|
|CS 1450 Data Structures and Algorithms in Java||3 credits|
|CS 2080 Programming in UNIX||2 credits|
|CS 2060 Programming with C||3 credits|
|CS 2160 Computer Organization and Assembly Language||3 credits|
|CS 3060 Object-Oriented Programming in C++ OR CS3020 Object-Oriented Programming in C#||3 credits|
|CS 3160 Concepts of Programming Languages||3 credits|
|CS 3050 Social and Ethical Implications of Computing||1 credit|
|CS 3300 Software Engineering||3 credits|
|CS 4420 Databases||3 credits|
|4200 Computer Architecture||3 credits|
|CS 4220 Computer Networks||3 credits|
|CS 4500 Operating Systems I||3 credits|
|CS 4720 Design and Analysis of Algorithms||3 credits|
|Computer Science Elective (CS 4010 – 4890 or 5020-5990)||3 credits|
Electives (11 Credits)
|Free Electives||5 credits|
|Professional Electives (select from):||6 credits|
|Computer Science (3000 or above)|
|Electrical and Computer Engineering (2000 or above, except ECE 2400)|
|Mathematics (3000 or above, except MATH 4650)|
|Science (additional courses from Science section above)|
|College of Business (3000 or above, except 3010,3020 and 3030)|
How Rigorous is a BI in Computer Science?
The degree requirements for the Bachelor of Innovation™ degree in Computer Science requires completion of at least 128 credit hours, a minimum 2.0 grade point average in all computer science courses and courses taken at the University of Colorado, and completion of the Computer Science Major Field Assessment Test. This test will be given on a Saturday morning about three weeks prior to the end of the fall and spring semesters. A student must have completed 110 credit hours before taking the exam.
What might my college schedule look like?
The following sample plan represents the suggested order and semesters in which students should take course to graduate within four years. Since each student starts at a different level of mathematical ability, this listing should only be considered a guide. Specific questions about the sample program should be directed to the Engineering Advisor.
Example Major Sheet: Sample Coursework when Starting with Calculus