1. Faculty of Computer Science Be Creative. Design Solutions. Help People.

2. 1980s2010s2020s Technology is Changing Lives

3. Today, there simply aren’t enough people with the right skills to fill the growing demand for computer scientists and computer engineers. This is a critical problem because technology holds the key to progress, and to addressing many of the world’s most pressing problems, including health care, education, global inequality and climate change. Bill Gates, February 2008 “ ”

4. What are Computing Careers all about? #1: Problem Solving. Use analytical thinking and an understanding of technology to solve problems in all areas of life. #2: Creativity. Invent brand new ways of using computers, and design graphics and interfaces for electronic devices. #3: Teamwork. Combine skills, personality and expertise with others to solve complex problems in creative ways.

5. Women in Computing The world’s first electronic computer calculated ballistics trajectories during WWII. Of the six main programmers, how many were women?

6. You Can Combine Computer Science with Other Interests! What You Need to Know: # 1

7. We’ll Change Your World

8. Combine Your Interests  Bachelor of Computer Science What’s next? Graduates work in every industry, from software, gaming and app development to finance, government and healthcare. Some even go on to medical school! The program: Study the fundamentals of Computer Science and learn to design and build innovative computer applications. Choose one of 6 areas of specialization, or minor in another field to combine your interests.

9. Combine Your Interests  Bachelor of Information Systems What’s next? Graduates take on crucial roles in industries like banking and security, where they manage projects and provide leadership that links business with IT. The program: Learn key business skills like finance, marketing, accounting and management. You will also to learn to develop and manage the technology and information systems required to support a modern business.

10. Combine Your Interests  Bachelor of Science in Software Engineering What’s next? Software engineers are particularly qualified to work on “safety-critical” applications, such as those found in the aviation, medical and energy industries. The program: Apply engineering concepts to the design and maintenance of reliable, safe and efficient software systems. Considered an Engineering degree, students are eligible for registration as a Professional Engineer upon graduation.

11. Combine Your Interests  Concurrent Programs: Graduate with a Bachelor of Computer Science and a… Bachelor of Science (5 yrs*) – major in Biology, Chemistry, Geology, Mathematics or Physics. Bachelor of Arts (5 yrs*) – combine Computer Science with an Arts major of your choice. * not including co-op

12. Our incredible Co-op program can help you graduate debt-free! What You Need to Know: # 2

13. How Does Co-op Work?  Alternate study terms and work terms.  Step 1: Choose jobs to apply for from the list  Step 2: Companies interview on-campus  Step 3: Get matched with an employer!

14.  Full-time work experience in between school terms Graduate with 16 to 24 months experience Try out various types of jobs (and locations)  Attractive salaries Earn $13 to $25 per hour Graduate with little or no debt No need for a part-time job Co-op Benefits

15. One BCS student spent his first summer term working with the Canadian Space Agency (CSA) in Montreal. He took raw satellite data and turned it into a visual animation used in museums and during tours of the CSA! The Co-op Experience

16. Estimated Co-op Student Budget YEARTUITIONCO-OP FEECO-OP INCOME Year 1: (study, study, work 1 ) $6,700$730$8,400 Year 2: (study, work 2, study) $6,700$730$8,850 Year 3: ( work 3, study, work 4 ) $3,350$1,460$19,650 Year 4: (study, work 5, work 6 ) $3,350$1,460$21,300 Year 5: (study, study, [grad]) $6,700$0 TOTALS$26,800$4,380$58,200 Extra Income: $58,200 – ($26,800 + $4,380) = $27,020 Based on average wages. Many co-op students use extra to pay living expenses and graduate debt-free.

17. Computer Science prepares you for a career with a number of amazing companies! What You Need to Know: # 3

18. Computer Science prepares you for a career with a number of amazing companies! Computing professionals work at…

19. From: Statistics Canada, 2008 degree production and Human Resources and Skills Development Canada Projected Average Annual Job Openings (2005-2015) = Masters/PhD = Bachelors = Projected job openings Engineering (including Architecture) Mathematics, Computer and Information Science Physical and Life Science Canada Degree Production and Annual Employment Projections A Great Time for A Career in Computing Business, Management and Public Administration

20. From: National Center for Education Statistics, 2010 degree production and U.S. Bureau of Labor Statistics Projected Average Annual Job Openings (2010-2020) United States Degree Production and Annual Employment Projections A Great Time for A Career in Computing Engineering Computer and Information Sciences Physical and Biological Sciences Business, Management and Marketing = Masters/PhD = Bachelors = Projected job openings

21. High Demand Means: Job Security  The unemployment rate in the tech sector in Canada is extremely low – around 2 – 3%  The ICT industry was less affected by the recent recession than other sectors  Computing professionals are needed in jobs all over Canada

22. Absolutely No Programming Experience Required to Apply! What You Need to Know: # 4

23. Application Deadline – March 31 st Scholarship Deadline – March 1 st Required Courses: English and Math  English 122  Pre-Calculus 12A  Pre-Calculus 12B Required Courses: Science  Bachelor of Computer Science: Physics 122 or Chemistry 122 or Biology 122  Bachelor of Information Systems: No Science Requirement  Bachelor of Science in Software Engineering: Both Physics 122 and Chemistry 122 Required Grade Average: 75% NB Admission Requirements

24. Application Deadline – March 31 st Scholarship Deadline – March 1 st Required Courses: English and Math  English 621  Math 521A of 521B  Math 621A of 621B Required Courses: Science  Bachelor of Computer Science: Physics 621 or Chemistry 621 or Biology 621  Bachelor of Information Systems: No Science Requirement  Bachelor of Science in Software Engineering: Both Physics 621 and Chemistry 621 Required Grade Average: 75% PEI Admission Requirements

25. Application Deadline – March 31 st Scholarship Deadline – March 1 st Required Courses: English and Math  English 12  Advanced Math 12  Pre-Calculus 12 Required Courses: Science  Bachelor of Computer Science: Physics 12 or Chemistry 12 or Biology 12  Bachelor of Information Systems: No Science Requirement  Bachelor of Science in Software Engineering: Both Physics 12 and Chemistry 12 Required Grade Average: 75% NS Admission Requirements

26. Application Deadline – March 31 st Scholarship Deadline – March 1 st Required Courses: English and Math  English 12  Math 11  Math 12 Required Courses: Science  Bachelor of Computer Science: Physics 12 or Chemistry 12 or Biology 12  Bachelor of Information Systems: No Science Requirement  Bachelor of Science in Software Engineering: Both Physics 12 and Chemistry 12 Required Grade Average: 75% USA Admission Requirements

27. Scholarship Deadline – March 1st  Entrance scholarships at UNB http://www.unb.ca/scholarships  Incoming FCS students http://www.cs.unb.ca/scholarships -STEM Scholarship - $60 000 -RIM Scholarship - $3000  External scholarships http://www.studentawards.com Scholarship Opportunities

28. WHAT’S NEXT? The Future Student Newsletter How Computer Science is used in the real world and what life is like for our students. Come for a Tour! Meet our co-op coordinator, sit in on a class, and tour our classrooms, labs and student spaces. Lunch is on us!

29. Life @ UNB FCS!  Class sizes < 40 students  One-on-one attention and support  Tutoring for first-year courses  Friendly student body  House Cup competition  Monthly board game nights and other social events

30. Now Is The Time!  Get a great job when you’re done!  Gain valuable work experience and potentially graduate debt-free with our Co-op program!  Combine Computer Science with other interests!

31. High Demand Means: Higher Wages  Q: In NB, what starting salary can an average University graduate expect? A: Around $35K is a reasonable expectation in NB. $35K per year = about $17.50/hr  Q: What salary offers do new Faculty of Computer Science graduates receive? A: CS graduates commonly make $45K – $70K in their first year after graduation. $50K per year = about $25.00/hr $70K per year = about $35.00/hr

32. Systems AnalystResearch in Motion, Fredericton Help Desk AnalystUNB – Integrated Technology Services, Fredericton Multimedia Programmer for Satellite Program Canadian Space Agency, Montreal Student software developerCanada Revenue Agency, PEI Web applications developerMedavie Blue Cross, Moncton Software EngineerLockheed Martin Canada, Halifax Application DevelopmentExxon Mobile, Calgary, Alberta Software DeveloperMcCain Foods, Florenceville Network Security Research Assistant Communications Research Centre, Ottawa Sample Co-op Jobs

33. Typical First Year of BCS Program (5 courses each term) Fall Term Sept – Dec Winter Term Jan – Apr Introduction to Computer Programming (in Java) Introduction to Calculus I Overview of CS Two Arts/Science/Business Electives Computer Science Concepts Introduction to Calculus II Discrete Structures Data and Information Management One Arts/Science/Business Elective

34. Typical First Year of BISys Program (5 courses each term) Fall Term Sept – Dec Winter Term Jan – Apr Intro to Information Systems Introduction to Business Introduction to Computer Programming Economics (Micro) Business Math Data and Information Management Computer Science Concepts Economics (Macro) Business Math Arts/Free Elective

35. Typical First Year of BScSwE Program (5 courses each term) Fall Term Sept – Dec Winter Term Jan – Apr Introduction to Computer Programming I (in Java) Introduction to Calculus I Intro to Linear Algebra Physics for Engineers Technical Communication, Design and Problem Solving Introduction to Computer Programming II (in Java) Introduction to Computer Programming (in MATLAB) Introduction to Calculus II Electricity and Magnetism Chemistry

36. High Demand Means: Entrepreneurship  The Computing Science Creative Space (CS Square) for innovation and entrepreneurship  Network with local tech entrepreneurs, learn to develop mobile apps, join a team or even start your own company!

37. After Graduation The experience I gained in the co-op program at UNB was invaluable in landing me a middle- level software development position directly after graduating. “ I work and live in Toronto, writing iPhone and iPad apps for a tech startup named Keek.” ~Ash Furrow BCS’11 “

38. From: National Center for Education Statistics, 2009 degree production and U.S. Bureau of Labor Statistics Projected Average Annual Job Openings (2008-2018) United States Degree Production and Annual Employment Projections = PhD, = Masters, = Bachelors, = projected job openings A Great Time for A Career in Computing