1. Which Course? Where Does Your City University Degree Lead? Dr. Sebastian Hunt Associate Dean

2. Three-Year Degree Structure The First-Year: Part 1 Teaches you the foundations of computing and their applications The Second-Year: Part 2 worth 40% Teaches you the core knowledge and skills that you need (The Placement Year (where applicable)) The Third-Year: Part 3 worth 60% Teaches you the advanced topics with which you specialise

3. Part 1: Common First Year Teaches you the basic computing skills Programming in Java Systems Architecture and Software Engineering Mathematics for Computing and Databases Computation & Reasoning (Artificial Intelligence) Business Systems & Databases Then you decide By the end of Part 1 you will know your strengths and where your interests lie

4. Part 2: Choose & Consolidate Common modules Professional Development in IT (portfolio) Object-Oriented Analysis and Design Networks & Operating Systems One stream module Data Structures & Algorithms or Human-Computer Interaction Two specialist modules on your chosen specialism Team Project Simulates a real world industrial project

5. Part 3: Advanced Topics Modules on advanced topics to enhance your degree Research-based and focused on current industry topics Modules are unique to City’s staff and expertise More flexible delivery Electives - you choose 4 of the 5 taught modules Individual project Project on a single topic with a focused supervisor Do what most interests you - develop new products, work with a client, or undertake research

6. Elective Modules Examples of the over 20 available Data Mining Electronic Commerce Requirements Engineering Advanced Databases IT Security Advanced Human-Computer Interaction Pervasive Computing Can also take some Part 2 specialist modules from other degrees

7. Computer Science BSc (Hons) in Computer Science Computing and programming as a science Functional programming, compilers and theory of computation Programming technologies Be at the forefront of the development and application of programming technologies Available as Three or four year degree (with placement or professional pathway)

8. Software Engineering BSc (Hons) in Software Engineering Developing large complex, reliable, software systems Delivers key development skills Requirements analysis, systems design, metrics and testing Taught by research and industry leaders Available as Four-year degree (with placement or professional pathway)

9. Business Computing Systems BSc (Hons) in Business Computing Systems Provides bridge between business and computing Not a business degree Computing degree - computing in business A coherent hybrid degree Targeted at key roles in IT industry such as business analyst, systems analyst, systems integrator Available as Three-year degree or a Four-year degree (with placement or professional pathway)

10. Games Technology BSc (Hons) Computer Science with Games Technology Comp. science applied to develop computer games Games industry generates more money than film industry. Needs graduates with knowledge applicable to games development C++, games AI, physics, graphics... Available as Three or four year degree (with placement or professional pathway)

11. Where Does Your Degree Lead? City focuses on educating professionals. Employability is a key part of what we are about. We aim to prepare you for a wide range of IT roles But many of the professional skills apply equally well outside of IT Our graduates also go into other industries, e.g. finance, management, engineering.

12. Software Developer Roles Construct bespoke software and software for sale (Datamonitor predicts $457Bn worldwide by 2013). More than (just) programming – high skill, high value. Requirements analysis, systems design, metrics and testing Job titles include: Programmer, software developer, software engineer. Relevant degrees include: BSc (Hons) in Computer Science BSc (Hons) in Software Engineering

13. Technologist Roles The industry also employs professionals with expertise in a specific area. For example: Fraud detection, helpdesk systems, business intelligence. Job titles include: Technologist, AI developer, systems architect. Relevant degrees include: BSc (Hons) in Computer Science BSc (Hons) in Software Engineering

14. Creative Industry Roles The ‘creative industries’ are the second largest sector in London after financial services. Work in films and games is IT-intensive. Technologists need to be able to work with ‘creatives’. Job titles include: Games programmer, graphics programmer, AI programmer. Relevant degrees include: BSc (Hons) in Computer Science with Games Technology

15. Analyst/IT Consultant Roles The reason many IT projects fail is because the business problem the IT is to solve was unclear. Clear specification of client’s business objectives. Translate business problem to technical problem. Provides bridge between business and computing. Job titles include: Systems/business analyst, IT consultant. Relevant degrees include: BSc (Hons) in Business Computing Systems

16. Expectation Management To succeed you need to offer something employers want A degree certificate is not a golden ticket but it does indicate problem solving skills, intelligence, creativity, etc. These are the abilities that employers hire graduates for Project and placement work can show what you can do The theory taught allows you to cope with change A degree course is like a gym membership We can show you how to use the opportunities and support you in your learning… But if you don’t use it, nothing will happen!

17. Any Questions? [Time for Coffee???]