De cero a avanzado: plan de estudios de tecnología

Introduction: Why a technology curriculum designed for today

The study plan updates basic concepts and promotes comprehension of processes and resources so you can move between data, applications and services more securely.

Academic Standards and Quality: Alignment with IEEE/ACM and Industry

IEEE and ACM guidelines define that teach and as evaluate it so that you learn useful skills in the world of work.

In the first three years, subjects such as Introduction to Software Engineering, Systems Analysis, Web Architecture and Testing translate those beginning in specific content.

CESSI Argentina acts as a bridge between academia and businesses, thus avoiding the disconnect between the classroom and professional practice.

IEEE/ACM Recommendations Applied to the Curriculum

The guides promote QA modules, auditing, and traceable documentation. This reinforces the management of changes and default security in each project.

Links with chambers and software companies

The relationship with companies and chambers ensures that exercises and labs simulate real-world services, APIs, and deployments on a variety of devices.

Mathematical analysis and Statistics: technical criteria for evaluating solutions in complex systems.
Law and Ethics: Basic compliance and responsible decisions in products and services.
Project sequence: early prototyping, user testing, and continuous evaluation.

"The intermediate degree certifies initial skills and maintains the learning dynamic toward the higher level."

From Zero to Advanced: A Level-Based Path with a Solid Foundation

Here you'll see how the learning progresses from fundamentals to enterprise systems integration. The path is organized into clear levels so you can progress with practical steps and measurable goals.

Key foundations: programming, algebra, and mathematical analysis

In the first year you will start with bases such as Programming 1-2, Algebra and Mathematical Analysis I. You will learn to model problems and validate results with simple examples.

These subjects give you the framework to interpret data and write code that solves real-life cases.

Progressive Construction: Software, Data, and Network Engineering

In the second and third year the construction The knowledge base integrates software engineering, data management, and communications. You'll explore service design, testing, and deployment.

You will work with short cycles: specify, prototype, test, and improve with real feedback.

Advanced integration: ERP, systems modeling, and strategic planning

In your fourth year, you'll study ERP, Systems Modeling, and Strategic Planning. The focus here is on connecting technical development with business objectives.

Practical example: an inventory app that scales to integrate with an ERP and generates reports for decision-making.

"Apply what you've learned from the beginning: small projects, reading code, and clear documentation."

You'll start with a solid foundation and progress through levels.
You will practice modular design and refactoring to facilitate maintenance.
You will document assumptions and risks without promising concrete results.

Curriculum areas and modules: from analysis to development and integration

Each block of subjects responds to a function: form basic concepts, specialize and consolidate real applications.

Common basic training

The common core totals 124 credits (31%). Here you cover programming structured and OOP, networks, software engineering, project management and English.

Private training

The private part provides 156 credits (39%). It includes databases, data mining linked to mathematical analysis, human-computer interaction and architecture design systems information.

Electives and seminars

The open electives total 28 credits (7%) and the specialized modules 96 credits (24%).

You will find seminars and labs I–IV to try out new technologies and enrich your portfolio.

Credits and academic balance

Registration per cycle: minimum 30 and maximum 90 credits with prerequisites. Organize your workload taking care of time and resources personal.

Basics first, then specialization and supervised practice.
Practical example: databases + UX + security for a payment module.
The administration and the management project managers help you coordinate deliveries without improvising.

"Distribute credits and choose electives that contribute to your professional goals."

Projects, labs, and QA: applied learning from the first year

The training is committed to sequential projects that take you from basic tasks to professional web deliverables.

Each cycle has a focus: 1st ICT; 2nd–3rd applications; 5th–6th information systems; 7th multimedia; 8th web. This way, you build real and measurable experience.

Projects I–VIII: ICT, applications, information, multimedia and web

You will experience progressive projects with deliverables, user stories, and peer review.

Example: In 3rd, you create an API and load tests; in 6th, you integrate it into a decision-making dashboard.
You will document requirements, risks, and metrics that show your progress.

Testing and quality assurance

You'll practice testing from the design stage. You'll define test cases, coverage, and regression testing.

Systems Audit teaches you traceability and useful controls in banking, healthcare and public services.

Laboratories and workshops

You'll use labs to integrate hardware and devices, build prototypes, and measure reproducible results.

CAD/CAM/CAE and finite element method for validating components.
Digital signal processing applied to IoT and predictive maintenance.
Logic control tools and mechatronic design in real environments.

"Coordinate work with version control and dashboards; maintain a portfolio with plans, reports, and metrics."

Data, security and law: from management to information protection

You will focus on data management and information protection based on specific requirements and real-life cases.

Data management and decision mining

You will study Data Management 1 and 2 and Information and Decision Analysis. You'll learn relational models, cleansing, and mining to support organizational decisions.

In 5th–6th cycle projects you will design a system of information that delivers useful metrics without sacrificing quality or context.

Computer security and intellectual property management

You'll practice security principles: least privilege, encryption in transit and at rest, and identity management. You'll explore risk management and incident response with logs and evidence.

You will relate right and ethics with intellectual property, licensing, and attribution. You'll learn to choose technologies based on real needs and avoid overengineering.

You will document retention, backup, and recovery criteria.
You will design controls proportional to the risk of the system.
You will analyze common errors and simple measures to prevent them.

"Effective protection combines technical foundations, clear processes, and ongoing training."

Software and systems engineering: design, development and operation

In practice, software engineering connects requirements with operational delivery through clear and measurable designs. Here you'll see how the analysis and architecture guide the operation and maintenance of systems in production.

Systems analysis and web architecture

You will translate requirements into a design Layered with well-defined APIs. You'll use web architecture standards and documentation that facilitates operation and auditing.

Example: The architecture of an online store with caching, balancing, and service level agreements.

Human-computer interaction and user experience

You will integrate interaction and accessibility from the start. A clear onboarding flow reduces errors and improves retention.

Development iterative with automated testing and controlled deployments.
Pattern programming and code review; observability to detect errors.
Integration with external devices and services; validating contracts and handling errors.
Modeling of the dynamic to anticipate bottlenecks and scale.

«Document SLAs, changeover windows, and maintenance plans for stable operations.»

Career opportunities and fields of application in companies and the public sector

Your degree allows you to participate in real-life projects within banks, hospitals, schools, and technology companies. Here you'll see specific roles and areas without promises of employment or salaries.

Common roles

You will identify tasks of analysis of requirements, application development, integration of systems and project management.

Areas of work

You can work in education with learning platforms, in government with digital procedures, in banking with compliance, and in industry with monitoring and automation.

Skills valued: communication, documentation, collaboration and critical thinking.
The intermediate title qualifies you for tasks of systems analysis and integration support under supervision.
Examples of services: payment portals, citizen service and industrial monitoring.
In a large organization, you'll be more specialized; in a small company, you'll cover broader roles.

"Always practice respect for privacy and accessibility in every project."

Relate your areas of interest (data, protection, UX, networks or ERP) with projects that you can showcase in a portfolio without exposing sensitive data.

Admission, training path and support: study at your own pace with support

Having defined registration requirements and tools makes it easier to move towards your goal. graduation profileThis way, you know what skills should be present at the beginning and how they are built in each cycle.

Admission requirements: Self-learning attitude, basic computer skills, Internet and email navigation, reading comprehension, written communication, collaborative work, information search and synthesis, and logical-mathematical thinking.

Registration and credits: Minimum enrollment: 30 and maximum: 90 credits per semester. Prioritize failed subjects to avoid penalties and use the official app with the available tutorial.

Practical tips to get organized

Plan your progress by cycle, respecting the credit range and your personal responsibilities.
Break your study into short chunks; integrate daily computer practice to retain more.
Coordinate prerequisites and corequisites to avoid delaying semesters due to poorly planned sequences.
Document your progress and ask the CAP for support when you need it.

"Balance theoretical and practical subjects to strengthen your graduation profile without overloading your pace."

Contact CAP: [email protected], 32688888 option 1, or 018005819111. The total reference credits are 404, distributed by area; use this guide to align your selection with your needs and goals.

Conclusion

I invite you to apply a analysis critical in each delivery and prioritize beginning ethical and practical. Remember that the study plan It is aligned with IEEE/ACM and receives advice from CESSI, and the intermediate and final degrees require English levels and credit sequences.

Strengthen your graduation profile with projects I–VIII, key subjects such as IT Law and Ethics, Computer Security Management, ERP and Systems Modeling. Evaluate limits and risks before any application.

, Use official resources and consult with specialists in law, security, and intellectual property. Review prerequisites, select credits for the next semester, and define your next project to move forward with measurable goals and realistic approaches.

Results

From Zero to Advanced: Technology Curriculum