The Digital Game module is the starting point for Inteli’s Information Systems program. Over the course of ten weeks, teams of up to eight students develop a complete digital game for a real-world partner, applying programming logic, experience design, and strategic market analysis. The final product solves a specific problem for the partner, whether it involves internal training, customer engagement, communication of social and environmental causes, or education.
Inteli Project Partners
Bring us a real-world challenge. Receive up to 5 working prototypes.
Companies, NGOs, and public institutions submit business challenges to Inteli’s Project Office. Over a 10-week cycle, a class of students and their professors will work to understand the problem at hand and deliver solutions built using the latest technologies on the market, as well as tailored to the specific challenge.
Why Become a Project Partner with Inteli
Inteli’s model is 100% project-based. This means that your organization’s real-world challenge isn’t just a side project—it becomes the focus of the class’s learning throughout the entire module.
A dedicated group of students, guided by teachers with real-world industry experience, understands the context, defines the scope, and develops the solution in sprints.
At the end of the 10 weeks, your organization will receive up to 5 working prototypes to evaluate and test internally.
Accelerated validation: You test a product or process hypothesis in 10 weeks, exploring five different paths in parallel. It’s sprint time, not budget cycle time.
No financial commitment: The partnership requires no investment. The commitment is your team’s time: approximately 20 hours from a designated contact person over the course of 10 weeks, spread across 7 on-campus meetings.
Access to talent: Direct contact with students who will hold technical and leadership positions in the coming years. Many partners use the program as a gateway to internships and recruitment.
Recurrence: A partner can propose new challenges each cycle, across different courses and modules, depending on the type of problem they want to solve.
Module Table
Common - 1st Year
Digital game
Computer Science
High-performance solution using graphs
In this module, teams of students develop computational solutions based on graph theory to solve real-world optimization and decision-making problems. The work is based on challenges posed by partner companies that involve networks, routes, flows, or resource allocation.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Computer Science
Deep learning system applied to computer vision
In this module, teams of students develop computer vision solutions using convolutional neural networks (CNNs) and transfer learning to solve real-world problems in which computer systems need to process and interpret visual data. The work covers object detection, image segmentation, and video analysis applied to the partner’s context.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Software Engineering
Digital distributed processing system
This module equips students to design and develop digital systems based on distributed processing, covering cloud architectures, decoupled services, and distributed data processing, with a focus on operational efficiency, reliability, and scalability. The curriculum emphasizes the engineering and design of applied distributed systems, prioritizing architectural decisions, systems integration, and software quality practices in real-world business contexts.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. By the end of the program, your company will receive up to 6 functional prototypes, allowing you to accelerate and validate ideas.
The module combines technical skills in systems architecture, databases, and requirements engineering with business knowledge in areas such as strategy and innovation, financial management, and IT service management, training professionals capable of designing, implementing, and validating solutions that are technically sound, operationally viable, and aligned with market demands—all with zero risk and no impact on operations.
Software Engineering
Resilient digital system with quality as a software asset
This module equips students to design and implement automated testing and software quality control strategies, ensuring the reliability and expected behavior of systems in different scenarios. A key feature of “as code” is what sets this module apart: documentation as code, quality control as code, and specification as code. In other words, quality artifacts in the form of code—as software assets—contribute to the company’s value.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. By the end of the program, your company will receive up to 6 functional prototypes, allowing you to accelerate and validate ideas.
The module combines technical skills in automated testing, requirements engineering, and statistical analysis with knowledge of career management, SLA analysis, and OKR frameworks, preparing professionals to integrate software quality into organizational strategy.
Computer Engineering
Process and system automation
In this module, teams of students develop automation solutions that integrate information technology and automation technology, using applications in analog and digital electronics, robotics, and sensor technology.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Computer Engineering
Hyperconnectivity for Smart Cities
In this module, teams of students develop advanced connectivity systems for smart cities, integrating IoT networks, cloud databases, efficient communication protocols, and information security. The solution addresses real-world urban management challenges with a focus on scalability, data security, and business intelligence.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Information Systems
Decentralized software using blockchain
This module teaches students how to develop secure, decentralized applications based on blockchain technologies, covering everything from creating smart contracts to integrating with wallets.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Information Systems
Management Data Control Reports and Dashboards
This module teaches students how to build management dashboards and interactive reports that transform data—whether directly or indirectly related to a company’s human resources and employees—into visual, actionable information for decision-making.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Management & Technology
Financial modeling and valuation
This module equips students with the skills to develop financial models and conduct valuation analyses (company valuation) that inform strategic decisions regarding mergers and acquisitions, expansion, and financial management.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Management & Technology
Growth Marketing Strategies and Solutions
The overall objective of the project is:
More information about this module will be available soon.
APPLICATION EXAMPLES:
More information about this module will be available soon.
MANDATORY INFRASTRUCTURE RESOURCES:
More information about this module will be available soon.
Common - 1st Year
Web application
The Web Application module trains teams to build complete web systems—including databases, servers, and user interfaces—to solve real-world problems faced by organizations. Over the course of ten weeks, students go through the entire software development cycle: requirements gathering, data modeling, front-end and back-end development, and testing. The result is a functional system delivered to a real-world partner, ready for use or further development.
Computer Science
Combinatorial optimization and operational research
In this module, teams of students develop optimization solutions for real-world combinatorial problems faced by partner companies, using linear and integer programming as well as operations research algorithms. The focus is on maximizing profits, reducing costs, or optimizing the use of scarce resources.
Over the course of 10 weeks, a dedicated group of students and their professors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Computer Science
Application of artificial neural networks in reinforcement learning
In this module, teams of students develop intelligent agents that learn to make sequential decisions in uncertain environments using reinforcement learning. The solution is built in a high-performance environment with parallel computing and addresses real-world problems involving the optimization of actions over time.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Software Engineering
Digital platform based on service-oriented architecture
This module equips students to develop digital platforms based on service-oriented architecture (SOA / Microservices), with a focus on building personalized recommendation systems for mobile devices using mobile-first technologies. In business terms, “increase conversion and user engagement.”
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
The module combines technical expertise in distributed and service-oriented systems architecture, data structures, and requirements engineering with business knowledge such as process management and marketplace strategies, emphasizing architectural decisions, service integration, data modeling for recommendations, and mobile digital experience design, resulting in comprehensive, scalable, and market-oriented solutions.
Software Engineering
Agile software production treadmill
This module equips students to implement continuous integration and continuous delivery (CI/CD) pipelines, applying DevOps practices and IT governance to ensure quality and speed in software delivery.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. By the end of the program, your company will receive up to 6 functional prototypes, allowing you to accelerate and validate ideas.
The module combines skills in conveyor automation, configuration management, and software metrics with knowledge of Lean culture, Six Sigma, corporate structures, and tax planning, preparing professionals for software operations at an enterprise scale.
Computer Engineering
Mobile robotics and computer vision
In this module, teams of students develop systems that integrate mobile robots with computer vision, applying convolutional neural networks, automatic control, and real-time communication. The solution addresses industrial and logistics applications where autonomous vehicles and visual environment analysis are combined. The partner company receives a documented working prototype along with a feasibility analysis and business impact assessment.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Computer Engineering
Hyperscalable applications
In this module, teams of students develop hybrid mobile apps and the scalable backend platform that supports them, with a focus on high performance under heavy traffic. The work includes load testing, monitoring, observability, and best practices in mobile solution architecture.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Information Systems
Application based on Natural Language Processing
This module equips students to develop solutions that transform unstructured text (comments, reviews, documents, messages) into information that adds value to decision-making.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Information Systems
Behavioral Analysis of Digital Interface Users
This module equips students to develop and implement A/B tests on digital interfaces, using simulation and market techniques, as well as statistical analysis to identify behavioral patterns and optimize the user experience.
Given the strategic importance of this topic for fields such as marketing and business, the module includes the study of digital products and experimentation, which are essential for developing business plans and corporate structures, as well as for achieving market competitiveness. Furthermore, the module will explore influence tactics and their application in group decision-making and project management, always with a focus on mental models and professional ethics.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Management & Technology
Business Intelligence Systems for Decision Making
Guidance on organizational decision-making processes through data intelligence. This module focuses on developing analytical thinking through data collection, analysis, and visualization, supported by business intelligence in day-to-day management. Here, technology serves to transform raw data into practical support for strategic actions and well-informed decisions.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. By the end of the program, your company will receive up to 5 functional prototypes, enabling you to accelerate and validate ideas.
Management & Technology
Automation and Robotic Process Automation
The overall objective of the project is:
More information about this module will be available soon.
APPLICATION EXAMPLES:
More information about this module will be available soon.
MANDATORY INFRASTRUCTURE RESOURCES:
More information about this module will be available soon.
Common - 1st Year
Logic for prediction with artificial intelligence
The Artificial Intelligence Predictive Analytics module enables teams to build predictive models using real-world databases from partner companies. Over the course of ten weeks, students learn to explore, process, and model data using basic supervised and unsupervised machine learning techniques, and communicate their findings in analytical reports designed to support decision-making. The final product is a structured process for training a functional model, complete with a ready-to-use model, a technical performance analysis, and practical recommendations for the partner.
Computer Science
Scalable application in distributed systems
In this module, teams of students develop scalable distributed systems based on microservices architecture and cloud computing to solve real-world problems faced by organizations. The project covers infrastructure as code, serverless computing, messaging, and network management, with a focus on high availability and scalability. The partner company receives a working solution that includes architectural documentation, a cloud cost analysis, and a performance report.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Computer Science
Natural language processing system with generative AI
In this module, teams of students develop natural language processing (NLP) and generative AI solutions to solve organizational problems where computer systems need to understand, interpret, and generate human language. The work utilizes Large Language Models (LLMs) and transfer learning techniques in the partner’s real-world contexts.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Software Engineering
Natural language processing in text, video and audio
This module equips students to develop intelligent systems that process and interpret natural language in various formats: text, audio, and video. The solutions include speech recognition, sentiment analysis, natural language processing (NLP), and asynchronous interaction (UX), which are well represented in the industry by messaging apps such as WhatsApp (MR) and Telegram (MR).
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
With the boom in generative AI, implementing automation for sentiment analysis, transcription, and intelligent chatbots solves the problem of high operational costs in customer service. In this project, students refine these services by combining skills in process management, financial modeling, and innovation strategy, thereby training professionals capable of delivering comprehensive solutions that have an organizational impact.
Software Engineering
Data architecture and governance aligned with corporate strategy
This module equips students to design, structure, and validate data architectures and governance mechanisms that transform data into strategic assets for the organization, supporting informed decision-making and compliance with regulatory requirements in real-world corporate contexts.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. By the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
The module integrates technical skills in data architecture, ETL, and applied MLOps practices. During the project, students develop data pipelines, analytical dashboards, and initial governance frameworks with a focus on the quality, security, traceability, and reliability of the information used in the decision-making process; thereby training professionals capable of aligning the data strategy with the corporate strategy in a responsible, scalable, and value-driven manner.
Computer Engineering
Predictive maintenance system with AI and cloud architecture
In this module, teams of students develop predictive maintenance solutions using artificial intelligence hosted on a commercial cloud platform. The focus is on collecting sensor data, predictive modeling with machine learning, and visualizing dashboards to support decision-making.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Computer Engineering
Edge computing system
In this module, teams of students develop edge computing architectures that process artificial intelligence data directly at the network edge, reducing latency, increasing reliability, and optimizing the use of cloud resources. The solution addresses problems where centralized processing is not feasible due to real-time constraints, connectivity issues, or data volume.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Information Systems
Management Systems and Corporate Governance
This module equips students to participate in the implementation of enterprise resource planning (ERP) systems, covering everything from business process mapping to system configuration and testing.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Information Systems
Predictive modeling in business applications using deep learning
This module equips students with the skills to develop advanced predictive models using deep learning techniques, applied to real-world business challenges that require pattern recognition, classification, or forecasting in complex data.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Management & Technology
Blockchain and Asset Tokenization
Structuring financial asset tokenization transactions as a mechanism for raising capital and increasing liquidity for companies. The module begins with a conceptual understanding of blockchain and progresses to its practical application in the tokenization of capital structure instruments, with a focus on regulatory feasibility, the structuring of the financial instrument to be “tokenized,” and the technical execution of digital issuances.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Common - 1st Year
IoT solution
The IoT Solution module brings teams together to design and build Internet of Things prototypes that connect sensors, microcontrollers, and the cloud to solve real-world monitoring and automation problems. Over the course of ten weeks, students work with basic electronics, embedded programming, communication protocols, and real-time data visualization. The final deliverable is a working prototype capable of demonstrating the technical feasibility of an IoT solution to the partner.
Computer Science
IDE for sensory device accessibility
In this module, teams of students develop integrated development environments (IDEs) designed for embedded systems with sensors, enabling therapists, educators, or healthcare professionals without technical training to program activities and assisted therapies. The solution is built on the core principles of inclusive design and accessibility. The partner company receives a fully functional IDE with a high-level visual language, technical documentation, and a social impact report.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Software Engineering
Secure and fault-tolerant digital architecture
This module equips students to analyze, design, and simulate robust software architectures, with a focus on scalability, security, fault tolerance, performance, and other aspects.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
The module combines skills in advanced data structures, systems security, and algorithms with knowledge of corporate governance, people management, and knowledge management, preparing professionals to make high-impact architectural decisions.
Computer Engineering
Autonomous service robot with generative AI
In this module, teams of students develop autonomous service robots that integrate mapping algorithms, autonomous navigation (SLAM), and generative artificial intelligence for natural language processing. The solution combines robotic hardware with generative AI to create agents capable of interacting with people and performing service tasks.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Information Systems
Big Data Integration, Management and Analysis
This module equips students with the skills to build comprehensive data pipelines for high-volume environments, from data collection and processing to the generation of strategic insights through dashboards and automated analytics.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Management & Technology
Immersion in the Financial Market
Technical and quantitative analysis for optimized portfolio management. This module focuses on the mechanics of fixed-income and equity investments, progressing to Modern Portfolio Theory. Students will learn to construct efficient portfolios using the Markowitz Efficient Frontier, balancing expected returns, volatility, and correlations to maximize risk-adjusted performance. At the end of the module, students are expected to submit a simulation tool for an efficient asset portfolio that allows the user to enter asset data and calculate the expected return.
Over the course of 10 weeks, a dedicated group of students and their instructors will analyze your challenge and propose solutions using agile methodologies. At the end of the program, your company will receive up to 5 functional prototypes, allowing you to accelerate and validate ideas.
Management & Technology
People Analytics and Management Efficiency
The overall objective of the project is:
More information about this module will be available soon.
APPLICATION EXAMPLES:
More information about this module will be available soon.
MANDATORY INFRASTRUCTURE RESOURCES:
More information about this module will be available soon.