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Computer science
Information Technology
Information Technology Management
MBA (Computing)
Mobile Application Development
Networking & Systems Development
Information systems security

Introduction to Computer science


Computer science is the scientific and practical approach to computation and its applications. It is the systematic study of the feasibility, structure, expression, and mechanization of the methodical procedures (or algorithms) that underlie the acquisition, representation, processing, storage, communication of, and access to information. An alternate, more succinct definition of computer science is the study of automating algorithmic processes that scale. A computer scientist specializes in the theory of computation and the design of computational systems.[1] Its fields can be divided into a variety of theoretical and practical disciplines. Some fields, such as computational complexity theory (which explores the fundamental properties of computational and intractable problems), are highly abstract, while fields such as computer graphics emphasize real-world visual applications. Still other fields focus on challenges in implementing computation. For example, programming language theory considers various approaches to the description of computation, while the study of computer programming itself investigates various aspects of the use of programming language and complex systems. Human–computer interaction considers the challenges in making computers and computations useful, usable, and universally accessible to humans.

Introduction to Information Technology


Information Technology covers a broad spectrum of hardware and software solutions that enable organizations to gather, organize, and analyze data that helps them achieve their goals. It also details technology-based workflow processes that expand the capacity of an organization to deliver services that generate revenue. The four main focuses of IT personnel are business computer network and database management, information security, business software development, and computer tech support. For a guide on tech fundamentals, check out some basics on cables and connectors and the what and how of computer networking here. As the IT industry evolves to meet the technology demands of today’s workplace, different challenges are arising and IT professionals are striving to meet them. Network security is by far the greatest concern for many companies and they rely on their IT staff to prevent or stop these system breaches. Read more about the basics of computer security here. Data overload is becoming an increasingly important issue since many businesses are processing large amounts of data on a daily basis, with many of them not have the processing power to do so. Last, but not least, two of the most essential skills needed from IT professionals are teamwork and communication skills. Systems are complex and people are needed to help translate that task. Therefore, IT professionals are the ones responsible for helping others get their work done efficiently without the complex jargon of the technology world.

Introduction to Information Technology Management


Information Technology (IT) has transformed all aspects of 21st century business and everyday life. New IT investments continue to be staggering. Worldwide, over $2.5 trillion has been invested in IT. In the U.S., over 50% of capital expenditures are related to IT. IT has triggered new forms of organizations; transformed business process innovation; and impacted organizational structure, culture, politics, decision‐making and society as a whole. IT is also transforming how physical products are designed, how services are bundled with products, and how individuals interact with businesses and with other individuals. A silent transformation of physical items is occurring as more and more products use embedded IT to improve customer experience and product performance. The pervasiveness of IT is expanding global trade and changing how and where work is performed. The availability of vast amounts of searchable data is changing the nature of the learning required to succeed in traditional business disciplines such as finance, accounting, and marketing. It is vital that future managers – from all majors – have a working knowledge of modern IT, practical experience in its use, and management perspectives on how IT is used to reshape products, services, and organizations. MIS 301 will focus on three broad issues: (1) using IT for strategic competitive advantage, (2) IT core skills and management and (3) IT at the intersection of functional business areas. Topics covered include using information systems (IS) for competitive advantage, databases, networking and data communications, supply chain management systems (SCMs), e‐commerce, business process management, business intelligence and knowledge management, Web 2.0 technologies, user‐generated content (UGC), social media and networks, and IT security. While students are introduced to the practical business uses of some technology tools (Excel in particular), the real value that students gain from MIS 301 comes from understanding the strategic possibilities inherent at the intersection of business and technology.

Introduction to MBA (Computing)


Experience a unique MBA designed for leaders of the Digital Century. The Master of Business Administration (Computing) combines the latest in management theory and practice with preparation for the world’s most highly-regarded industry certifications in the areas of IT governance, IT service management, IT quality management and project management.

Introduction to Mobile Application Development


1. INTRODUCTION TO MOBILE APPLICATIONS DEVELOPMENT
AMI APEX Computer Institute
2. About the speaker
SyedAbsar is a software engineer and trainer with a couple of years spent programming and consulting. He’s programmed everything including point of sales, workflow systems over the web, networked desktop games, mobile engineering applications and a lot more. Absar has been a professional development (Java, C#, PHP, C, Python, J2ME, iPhone, Android, ASP.NET etc) trainer for many years and has spoken at multiple seminars and code camps. He has also contributed to a recent research on semantic web ontology in Malaysia & Developed an extension for Helpdesk system in the United States.
3. Mobile Computing – What & Why?
About both physical and logical computing entities that move.
Physical entities are computers that change locations.
Logical entities are instances of a running user application or a mobile agent.
Migration is important for survival.
4. .. And Where??
Mobile business intelligence
Mobile computing
Mobile Device Testing
Mobile games
Mobile Marketing
Social Networking
5. Mobile Applications Development
Mobile application development is the process by which applications are developed for small low-power handheld devices such as personal digital assistants, enterprise digital assistants or mobile phones. These applications are either pre-installed on phones during manufacture, or downloaded by customers from app stores and other mobile software distribution platforms.
6. 7. Average Salary of Jobs with Related Titles
8. But, its not just Salaries
9. 10. How is it done?
Mobile software is developed by using different platforms and programming languages based on the target mobile device. There are many different hardware components found in mobile devices so their applications are developed using different software architectures.
Most of the methodologies in use are based on the model-driven approach which has three different views of the application development process: (1) the application itself and its structure, (2) the business logic and (3) the graphical user interface of the application.
11. Weapons Of Mobile Development 
Hardware
Computers
Mobile Phones
Framework
Programming Language
Integrated Development Environment
Compiler
Simulator
Monitors
12. Platforms Available
13. J2ME
Programming Language: Java
Integrated Development Environment: Netbeans/Eclipse
FrameWork: KVM
Hardware Deployment: Multiple
Installer Packaging Options: Jad/Jar
14. iOS (Apple)
Programming Language: Objective C
Integrated Development Environment: Xcode
FrameWork: Cocoa Touch
Hardware Deployment: iPhone, iPad, iPod
Installer Packaging Options: .app/.ipa
Development Tool Cost
15. Android
Programming Language: Java
Integrated Development Environment: Eclipse/Netbeans
FrameWork: Dalvik VM
Hardware Deployment: Android Only
Installer Packaging Options: .apk
Development Tool Cost
16. BlackBerry
Programming Language: Java
Integrated Development Environment: JDE - BlackBerry Java Development Environment
FrameWork: Dalvik VM
Hardware Deployment: Android Only
Installer Packaging Options: .alx, .cod
17. Windows Mobile
Programming Language: C#, VB.NET, Basic4ppc
Integrated Development Environment: Visual Studio 2008, 2005, 2003, Basic4ppc IDE
FrameWork: .Net Compact Framework
Hardware Deployment: Windows Mobiles
Installer Packaging Options: .ota/.cab
18. Sounds too specific? Go Cross-Platform!
Cross-OS platforms for mobile development on the whole are not yet a completely perfect, have-your-cake-and-eat-it-too solution, but many of them offer an excellent alternative to ignoring one mobile OS in favor of another or, perhaps worse, burning serious resources to develop for two or three platforms at once.
PhoneGap, AirPlaySDK, WidgetPad & More.
19. 20. 21. The End? No!The Beginning!
Welcome to the world of mobile development era. Congratulations on choosing a long-lasting industry as your career path.
Predictions about the future of mobile devices are coming out that the popularity of applications will peak by 2020 with around 10 million apps available worldwide. If you have any questions, please feel free to ask.


Introduction to Networking & Systems Development


Introduction to Networking explains computer networking basics in terms you can easily understand, using concepts common to everyday, non-computing experience. A brief introduction to networking history provides context, explaining how networks became so important to businesses and individuals. The course emphasizes networking fundamentals, explaining the software and hardware that makes networking possible. The course stresses understanding how and why networks work, rather than focusing on memorization of terms or numbers. Upon completion of the course, you will be capable of performing basic computer networking tasks, such as Internet connectivity, configuring connections to an Internet Service Provider, and creating a private network. This course will give you the foundation you need to begin training for computer certification in a technical field, or employment in a computer networking career. Five step process that includes: systems analysis, conceptual design, physical design, implementation and conversion, and operations and maintenance.

Introduction to Information systems security


This introductory course is intended for the information systems and networking student. It covers an introduction to the principles of information security, including: the need for security systems; legal, ethical and professional issues; risk management; security planning; physical security; and technology, implementation and maintenance

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