SCHOOL OF INFORMATION TECHNOLOGY, Christopher W. Smelser Carleton University and Algonquin College

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1 SCHOOL OF INFORMATION TECHNOLOGY, 2016 Christopher W. Smelser Carleton University and Algonquin College

2 A World of Light

3 Photonics? Electronics e- e- e- e- Photonics Metal or Semiconductor Semiconductor or dielectric

4 The Laser pho ton ics Term that is used to describe technologies that were derived from the discovery of the laser. laser.

5 Every Minute of Every Day! Cameras Megapixel sensor, LED flash, Lens Ambient Light Sensor Saves on Battery Memory Made through photolithography Display Liquid Crystal or Organic LED Data Transmitted over fiber optic network

6 Photonics Green Energy Industrial Applications Medicine Displays Lighting Telecommunications

7 A Single Strand of Fiber! 100 Gbps Download every single movie ever created in 2 Days! In HD!

8 You Think That s Good? 255Tbps: The whole internet over a single fiber!!

9 The Newest Technologies and Ideas 3D optical circuits and data storage Photonic Crystal Fiber Metamaterials: Invisibility Cloak? Carbon Nanotubes and Graphene

10 Photonics: Putting Light to Work!

11 School of Information Technology : Overview Common Aspects Programs Information Resource Management (IRM) Interactive Multimedia & Design (IMD) Network Technology (NET) Photonics & Laser Technology (PLT)

12 Common Aspects Collaboration Practical & Theoretical Collaboration between Carleton University & Algonquin College Key reason for collaboration: Practical & Theoretical Mix Practical: Hands on experience in modern facilities, students are Job-Ready Theoretical: Key technical knowledge allowing for a key career expansion, leading from entry-level jobs to fully fledged supervisor positions Industrial oversight!

13 Common Aspects Collaboration Degree & Diploma Each program provides a Degree and a Diploma Carleton: Bachelor of Information Technology (IMD/PLT/NET/IRM) Algonquin: Advanced Diploma in Applied Arts (IMD) Advanced Technology Diploma (PLT / NET) Library and Information Technician Diploma (IRM) Taken separately would require approximately 7 years

14 Common Aspects Collaboration Integration From day one, students take classes at both Algonquin and Carleton (on alternate days) Approximately 60% of courses taken at Carleton, 40% at Algonquin All facilities available at both institutions: Library, Gym, Pool, Tennis/Squash Courts, Residences, etc. All applications are made through Carleton (cannot be done through Algonquin)

15 Common Aspects Competitive Cooperative Education Minimum 12 months out in industry First co-op term is in the Summer after 2nd year Can apply to co-op option on admission or wait until the fall of your 2nd year

16 Common Aspects Competitive Cooperative Education Optional, but highly beneficial Adds real-world experience to your education Carleton assists students with job search and interviews Excellent placement success rate Various companies available

17 Common Aspects Environment Work in Teams: Studio and/or Lab-based approach Outstanding student/instructor ratio State-of-the-Art Equipment Latest software & industry standard Dedicated machines (dual monitor) 24/7 access to computer labs

18 Our Programs

19 Information Resource Management Overview Emerging era of information technology has resulted in the digitization of most forms of data. 639TBs of data traffic per minute over the internet!!! Increasing demand for graduates with expanded technology skills to manage and utilize digital information Unique Advantages Flexible structure of the program enables students to incorporate a minor of their choice to develop a subject area specialty Reference: What Happens in an Internet Minute?

20 Information Resource Management Career opportunities Data or Information Analysis Web Development Data or Information Management Library and Information Science E-Commerce Web Services and Database Development and more French requirement for employment in the federal government Salaries vary but are generally >$70000.

21 Information Resource Management Admission Requirements (72-75% cut-off) English (ENG4U) One 4U Math Advanced Functions (MHF4U) Calculus & Vectors (MCV4U) Mathematics of Data Management (MDM4U) Four additional 4U/4M Credits

22 Interactive Multimedia & Design Covers the range of Digital Media 2D & 3D Graphics/Animation Game Design & Development Web Design Digital FX Provides an Artistic/Technical Mix After Graduation Animation Industry Visual Effects Game Design and Development Web Design Graphic Design Graduate School (Masters & PhD)

23 Interactive Multimedia & Design Excellent Studios Motion Capture Studio (IMD) Industry Standard Film & Recording Studios (IMD) High-Definition Cameras Green Screen + Dolly Tracks Sound Studios (IMD) Acoustically balanced room Voice/Music Recording Animation and Game Voice Tracks

24 Interactive Multimedia & Design Admission Requirements (72-75% cut-off) Advanced Functions (MHF4U) Five additional 4U/4M Credits A Portfolio (Due March 1 st ) Cover Letter/Letter of Intent (why you re a good match) Resume (Education, awards, skills, experience) Index (description of the samples) Five to Six Samples (showing creative work) No Portfolio = No Admission

25 Network Technology Overview Focused specifically on the design, installation, operation and management of future complex information networks Specialized networking courses that capture most of the networking concepts and skills required by networking engineers Examples of courses: Networking Fundamentals, Enterprise Internetworking, Wide Area Networking, Enterprise Network Management, Wireless Network, Emerging Network Technologies

26 Network Technology Certification Hands-on lab work on the world s leader in networking equipment manufacturer CISCO and Nokia (Alcatel-Lucent) Cisco Certified Network Associate (CCNA) Cisco Certified Network Professional (CCNP) Cisco Certified Internetwork Expert (CCIE) Possible, but exam cannot be taken until 2 years following graduation Salaries vary significantly but median is approximatley $80K.

27 Network Technology Admission Requirements (72-75% cut-off) One 4U Math Advanced Functions (MHF4U) Calculus & Vectors (MCV4U) Mathematics of Data Management (MDM4U) Five additional 4U/4M Credits

28 Photonics & Laser Technology Overview Program focuses on technologies that apply light to a variety of real world applications Strong IT background and hands on optics knowledge that will help graduates find employment in the a variety of fields Industries Fiber optic telecommunications Biomedical Sensors and Medical Instrumentation Renewable Energy (Solar Cells) Laser Manufacturing (Automotive and Aerospace) Optical component design Defence Graduate School (Masters and PhD) Median Salary of approx. $80000.

29 Photonics & Laser Technology State-of-the-art Lab Facilities Optophotonics Lab Advanced Optics & Laser Lab Optics & Imaging Lab Optical Fiber Devices Physics Lab

30 Photonics & Laser Technology Admission Requirements (72-75% cut-off) Advanced Functions (MHF4U) Five additional 4U/4M Credits

31 For Additional Information!! Visit our table to pick up a brochure. Visit bitdegree.ca for additional information.