Analyst Programmer

Curriculum

In-Class | Distance | Combined
Duration: 12 months
Hours: 1080 Hrs.
Intake Dates: May 13, 2024 | September 9, 2024

1. Algorithms And Programming
Duration: 48 Hrs.
Prerequisites: None

• Understand the basic concepts of programming.
• Learn problem-solving skills and program implementation.
• Learn to translate algorithms into code and master debugging techniques.

2. Application Maintenance
Duration: 48 Hrs.
Prerequisites: None

• Understand the fundamental concepts of software maintenance, its framework, and processes.
• Learn to provide insight into abstraction, problem solving, and a systematic view. 
• Apply current maintenance techniques and methods to solve software problems.

3. Automated Tasks
Duration: 48 Hrs.
Prerequisites: None

• Learn Python programming for network automation.
• Learn to use Ansible, manage Ansible Inventory files, tasks, modules for Linux and networking devices, Playbooks, Vaults and YAML Files.
• Use and improve Paramiko, Netmiko, and Napalm for automation of common administration tasks with Python.

4. Client Operating System
Duration: 48 Hrs.
Prerequisites: None

• Understand the fundamentals of modern operating systems.
• Learn database design and complex data structure implementation.
• Examine various file systems and illustrate their relationship with the IOCS.
• Discuss networked, client-server, and distributed operating systems and how they differ from single user operating systems.
• Differentiate between the concepts of processes and threads of control.

5. Database Management
Duration: 48 Hrs.
Prerequisites: None

• Learn languages, applications, and programming used for the design and maintenance of business databases.
• Learn to use Structured Query Language (SQL)
• Write programs with packages, debugging procedures, triggers, and database structures using SQL
• Understand Visual Basic programming language skills for program design.

6. Design Of Graphic Applications
Duration: 48 Hrs.
Prerequisites: None

• Explore graphic design through the integration of typography and imagery from planning, conceptualization, and creation.
• Learn to design, retouch, & edit photos using Photoshop and Illustrator.

7. Design Of Transactional Web Applications
Duration: 48 Hrs.
Prerequisites: None

• Learn to develop applications, design systems, and evaluate engineering products.
• Understand the internal workings of the transaction processing system, its functions, and its effective utilization.
• Understand the architecture of Web Application Servers and transactional communication mechanisms.

8. Development Of Web Applications
Duration: 48 Hrs.
Prerequisites: None

• Learn to build back-ends to Web applications using the foundations of server scripting (with PHP) and databases (with MySQL).

9. Final Project Analysis
Duration: 48 Hrs.
Prerequisites: None

• Understand context, rationale, strategy, and tactics of project management.
• Learn about managing stakeholders and their objectives.
• Define and develop the project scope and project schedule
• Learn about communications and leadership skills
• Learn about ethical concerns in project management

10. Final Project Execution
Duration: 48 Hrs.
Prerequisites: None

• Understand the concept of entrepreneurism, business modeling, marketing, and research
• Learn about ideation and selection for product or service ideas.
• Explore the fundamentals of business modeling.

11. Introduction To Mobile Development
Duration: 48 Hrs.
Prerequisites: None

• Learn the principles of Android Studio, virtual devices, and SDK Manager Features.
• Learn to create well-designed user interfaces using layouts, drawable resources, animations, and menus.
• Develop apps that use smartphones’ camera, audio, video, and phone features.
• Learn best practices on building and maintaining mobile-friendly websites.

12. Introduction To Networks
Duration: 48 Hrs.
Prerequisites: None

• Understand computer network terminology and the topologies, functions, and architectures of computer networks.
• Gain knowledge on the design and implementation of simple processes and network-level programs.
• Learn about network layers and protocols.
• Know more about secure information transfer and network optimization

13. Introduction To The Profession And Computer Components
Duration: 48 Hrs.
Prerequisites: None

• Learn the fundamentals of the layered and modular nature of computer systems
• Design the core components of a computer from basic components.
• Understand and apply knowledge of how computers represent programs and data.
• Explain how a computer executes a program.
• Write assembler and machine code.

14. Introduction To Web Development
Duration: 48 Hrs.
Prerequisites: None

• Learn how to use standards-based HTML5 and Cascading Style Sheets (CSS3).
• Understand best practices for ensuring browser compatibility, web publishing, and security.
• Design forms that use major controls and form-handling logic and create simple client-side scripts with JavaScript.

15. Introduction To Web Servers
Duration: 48 Hrs.
Prerequisites: None

• Learn the fundamentals of installing, configuring, and maintaining a Web server.
• Understand about the operating systems, web server software, basic HTML, and server side components.
• Understand how the web works from server to browser
• Demonstrate FTP and Telnet skills.
• Learn the importance of content management.

16. Mathematics Related To Information Technology
Duration: 48 Hrs.
Prerequisites: None

• Understand the mathematical foundations required for success in other program streams such as computer architecture, programming, and database management systems.
• Learn different positional number systems, specifically converting decimals. Binary, and hexadecimal systems
• Solve various problems pertaining to graph theory using matrices.
• Use truth tables to illustrate the logical connectives: AND, OR, XOR, and NOT to evaluate logical expressions and Karnaugh maps.

17. Mobile Development
Duration: 48 Hrs.
Prerequisites: None

• Discover the fundamentals of the mobile ecosystem and acquire practical skills and knowledge to develop and maintain mobile-friendly web applications.
• Learn how to use mobile device APIs such as camera, geolocation, orientation, storage, etc. to create cross-platform mobile web applications.
• Learn industry-proven techniques used to develop, package, and publish secure hybrid mobile applications.

18. Object Based Programming
Duration: 48 Hrs.
Prerequisites: None

• Understand the basic concepts of computer programming using an object-oriented programming language.
• Introduce the student programming principles, object-oriented concepts, language syntax, design, and problem solving.
• Learn how to use programming control statements, built-in and user-defined data types, and common predefined classes (APIs).

19. Practicum
Duration: 48 Hrs.
Prerequisites: None

• Experience hands-on experience in various IT industry positions: programming, database management, networking, system analysis, design, implementation, and web design.
• Learn networking in the IT industry, effective communication, and team dynamics.
• Analyze, develop, and implement IT systems.
• Learn new industry-related hard and soft skills

20. Project Analysis
Duration: 48 Hrs.
Prerequisites: None  

• Learn the fundamentals of project management and its processes.
• Focus on the deliverables of a project (e.g. the Project Charter), creating a work breakdown structure (WBS), and the creation, maintenance, and evaluation of a project plan.
• Assess appropriate methods for planning, costing, & resource allocation.
• Develop, and deliver a variety of management reports in both online and physical format.

21. Structured Programming
Duration: 48 Hrs.
Prerequisites: None

• Understand the fundamentals of software development, programming concepts, using an object-oriented programming language, to solve substantial problems.
• Focus on data structures, object oriented programming, and an introduction to software engineering.
• Understand imperative paradigm, inheritance, polymorphism, and parametric types, as well as boxing and autoboxing.
• Introduction of GUI programming.