Program Overview

The Certificate in IT Network Systems is a nine-month academic program designed to provide structured instruction in information technology theory, network systems, and analytical problem-solving methodologies. The program emphasizes the academic study of computing environments, network infrastructure concepts, and cybersecurity frameworks.

Instruction is delivered through faculty-led classroom lectures and faculty-supervised academic exercises conducted within a structured learning environment. Students engage in guided academic activities and structured simulations designed to reinforce theoretical concepts and support the development of analytical reasoning and problem-solving capabilities in information technology contexts.

All instructional activities are conducted for academic evaluation purposes within the classroom environment and are not designed for employment, commercial application, or technical skills training.

The curriculum includes the academic study of information technology concepts aligned with recognized industry frameworks. References to industry certifications are provided for contextual awareness only and do not constitute certification preparation. No certification is required for program completion.

Instructional components described as laboratory or technical in nature consist of faculty-supervised academic exercises designed to reinforce theoretical concepts. These activities do not constitute practical training or employment-based instruction.

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Program Structure

All programs are delivered in a full-time format consisting of a minimum of 36 instructional hours per week across multiple scheduled instructional days.

Program Length: 36 Weeks (9 Months)

Total Clock Hours:

• • 1296 Total Instructional Hours
  • 324 Faculty-Led Lecture Hours
  • 972 Hours of Faculty-Supervised Academic Exercises
  • All instructional hours are structured, faculty-supervised academic components conducted for the purpose of evaluating student learning. Activities are not self-paced and are delivered within a scheduled academic framework.

Instructional Format

• • • 36 instructional hours per week
    • 24 lecture hours
    • 12 faculty-supervised academic exercise hours
    • Delivery Method: In-person, instructor-led

Instruction is delivered across multiple scheduled instructional days each week as part of a full-time academic structure.

Institutional Statement

INX Academy’s programs are designed as academic courses of study emphasizing theoretical understanding, analytical reasoning, and academic inquiry. Programs are not intended to provide vocational training or certification preparation as a primary objective.

This program does not include employment, internships, or practical training components.

Program Objectives

Upon completion of the program, students will be able to:

• • • Demonstrate conceptual understanding of network infrastructure, systems, and communication protocols
    • Explain foundational principles of operating systems within networked environments
    • Analyze user, group, and system resource management frameworks
    • Evaluate foundational cybersecurity concepts and risk management frameworks
    • Analyze and interpret common hardware, software, and network-related issues using structured methodologies
    • Examine information technology support functions within organizational environments

Learning Outcomes

Students who successfully complete the program will be able to:

• • • Demonstrate academic understanding of networking concepts, systems architecture, and protocols
    • Explain key principles of cybersecurity theory and structured risk mitigation approaches
    • Apply analytical reasoning to evaluate structured information technology scenarios
    • Interpret technical information and academic resources relevant to information technology systems

Assessment Methods

Student progress is evaluated through:

• • • Written examinations
    • Structured academic assignments
    • Faculty-evaluated reports
    • Academic project submissions
    • Comprehensive capstone analysis project

All assessments are conducted for academic evaluation purposes and are aligned with program learning objectives.

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Capstone Requirement

Students complete a comprehensive academic capstone project involving structured analysis of an information technology scenario. The project requires application of theoretical frameworks, research-based evaluation, and formal presentation of findings.

Capstone projects are academic in nature and are evaluated based on analytical and theoretical understanding.

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Admissions & Compliance Notice

F-1 eligibility for this program is subject to approval by the Student and Exchange Visitor Program (SEVP) and listing on the institution’s Form I-17. Prospective students should consult the admissions office for current program eligibility status.

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Program Details

CIP Code: 11.0901
Program Length: 9 Months
Total Credits: (if applicable, insert)
Tuition: $9,050.00

Location: San Diego, California

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Start Dates

• • • April 6 – December 24, 2026
    • July 6, 2026 – April 22, 2027
    • October 5, 2026 – June 24, 2027