rèsumè

Lead Solutions Architect

Atlantico Institute

In this position, I served as Lead Solutions Architect for the institution and led a group of 6 architects. I worked supporting the Sales, Innovation, and Operations departments.

• Designed 96 technical solutions for prospective clients and ongoing projects.
• Created and presented over 100 technical presentations demonstrating the added value of these solutions to both national and international customers.
• Developed technical proposals for customer projects, 33 public bids, and consulted for 5 startups in the institutional startup acceleration program; contributing to the acquisition of more than 50 million brazilian reais over 4 years.
• Helped structure the institutional solutions architect group (technical pre-sales group), where I led and mentored a team of 6 architects.
• Gathered technical and business requirements for 192 business opportunities and defined implementation plans for 96 projects, including their risks, assumptions, constraints, effort estimation, schedules, team composition, and required hardware and software.
• Supported the Innovation department initiatives through technological prospection, funding call submissions, and participation in Proof of Concepts (PoCs).
• Contributed to institutional strategic planning, including the accreditation strategy with EMBRAPII (Brazilian Company for Industrial Research and Innovation).
• Developed technical content for over 20 marketing materials and defended 7 projects before national funding agencies.

Adjunct Professor

University of Fortaleza

Worked as a professor and advisor for undergraduate students in the following programs: Computer Science, Computer Engineering, Electrical Engineering, Electronics and Automation Engineering, as well as Systems Analysis and Development.Used a hands-on approach to teach the following classes: Databases 101, Databases Implementation, Operating Systems, Algorithms, Data Structures, Computer Programming (C/C++, Java and Python), and Mathematical Logic (Math and Prolog).

Senior Software Engineer

Atlantico Institute

In this position I worked for 13 years as technical leader, solutions architect, and software engineer. I worked on projects for corporate customers from several company portfolios, and R&D projects funded by national and international research and innovation agencies.

• Technically led 9 R&D projects with teams of up to 15 developers for corporate customers such as Hewlett-Packard (HP) Brazil and HP Palo Alto USA, Samsung, LG, and AOC; and public institutions like RNP (Brazilian Research and Education Network) and the European Union Commission.
• Implemented and delivered 12 software solutions; from C/C++ firmware for mobile devices, through TCP/IP network controllers in Java, backends for corporate Web applications in private clouds, to IoT (Internet of Things) platforms for healthcare applications.
• Filled in for project managers on several occasions. Managed backlogs and supported ongoing tasks, keeping the project on schedule.
• Served as a technical reference at the institutional level, offering solutions and guidance in solving issues in my projects as well as in projects from other institutional portfolios.
• Designed project solution architectures, from UML diagrams for functionalities to negotiating technical details with customers, including proactively identifying and mitigating technical risks.
• Prospected and selected technologies, tools, and techniques for implementation — from programming languages to frameworks and development tools.
• Implemented Proofs of Concept (PoCs) to validate designed solutions and evaluated technologies such as frameworks for API gateways (Express Gateway), interprocess communication middleware (RabbitMQ), and real-time streaming platforms (Apache Kafka).
• Supported the Sales team in more than 200 technical proposals and public bids; from understanding the problem in customer meetings to solution design and estimating work effort and team size.

DTI Level 1 Fellow - Software Engineer

University of Fortaleza

Worked as a DTI-1 fellow (Technological and Industrial Development at CNPq) on a Siemens Brazil R&D project. I was involved in developing a device driver for an Audible Response Unit (ARU) hardware board. In addition to the device driver, I also implemented the board's firmware debugging tool, communication API, and a demonstration application in C/C++.

CNPq Scholarship - Software Developer

University of Fortaleza

Worked on an R&D project focused on implementing a new storage architecture based on an innovative database paradigm. In this project, I implemented the platform, its algorithms, and conducted experiments in C/C++ and Java.

CNPq Scholarship - Researcher

University of Fortaleza

Worked on an R&D project focusing on Risk, Uncertainty, and Complexity Analysis in Decision Making for Water Resources and the Environment, in partnership with FUNCEME (Ceara Meteorology Foundation). In this project, I employed linear optimization, neural networks, and genetic algorithms, with implementations in C/C++.

Intern - Software Developer

Complus Information Technology Ltda.

I interned at a finance software house, where I was responsible for developing new features and customizing solutions already deployed to customers. I programmed in Clipper and worked with DBASE and FoxPro databases.

MBA

University of São Paulo

Data Science and Analytics

• Capstone project on Generative AI

Doctorate

University of Fortaleza

Applied Computer Science

• Research on Operating Systems
• All coursework completed, Thesis unfished

Master's

University of Fortaleza

Applied Computer Science

• Dissertation on Databases

Bachelor's

University of Fortaleza

Computer Science

• Capstone project on Databases

Doctoral Scholarship

Atlantico Institute

Master’s Scholarship

FUNCAP (Ceará State Foundation for Scientific Research)

Industrial and Technological Level I Federal Grant

CNPq (National Council for Scientific and Technological Development)

Graduated with Honors

University of Fortaleza

Research Initiation Scholarship

CNPq (National Council for Scientific and Technological Development)

Computerized decision support and machine learning applications for the prevention and treatment of childhood obesity: A systematic review of the literature.

Artificial Intelligence in Medicine

Computerized decision support and machine learning applications for the prevention and treatment of childhood obesity: A systematic review of the literature.

Smart Algorithm for Unhealthy Behavior Detection in Health Parameters.

2020 IEEE 44th Annual Computers, Software, and Applications Conference (COMPSAC)

Smart Algorithm for Unhealthy Behavior Detection in Health Parameters.

An Agent Program in an IoT System to Recommend Plans of Activities to Minimize Childhood Obesity.

2020 IEEE 44th Annual Computers, Software, and Applications Conference (COMPSAC)

An Agent Program in an IoT System to Recommend Plans of Activities to Minimize Childhood Obesity.

An agent program in an IoT system to recommend activities to minimize childhood obesity problems.

Proceedings of the 35th ACM/SIGAPP Symposium on Applied Computing (SAC 20)

An agent program in an lol system to recommend activities to minimize childhood obesity problems.

Atlantico Institute EMBRAPII Business Unit

• Conducted comprehensive research on existing and competing EMBRAPII units, underpinning the unique value proposition of the new unit.
• Developed the technical justification for the unit’s expertise, using projects developed, and wrote the majority of critical submission documents.
• Worked in the entire submission and defense process, culminating in the creation of the EMBRAPII unit for 'Intelligent Manufacturing'.
• Played a key role in the initial structuring of this new business unit and trained teams from several departments for its operations.

Big Data Platform Solution Design and Architecture for a Global Technology Corporation

• Designed all technical aspects of the Big Data platform, including data ingestion pipelines, storage solutions, processing frameworks, and analytical components to provide insights to the manufacturing operations
• Architected the complete solution for deployment on AWS cloud infrastructure, leveraging scalable and cost-effective services.
• Estimated team size and identified all technical resources needed for project execution, including specialized hardware, software, and personnel.
• Successfully presented the technical solution in English to senior management and engineering teams located in Germany and the United States, securing project approval and its sale

Atlantico Institute's First PPI SOFTEX Project

• Led the technical conception of the training program, including market research, teaching models, and target audience.
• Proposed and specified 6 programs, with 4 being ultimately approved (Data Science, Cognitive Computing, User Experience, and Full Stack Development), based on market, customer, and institutional needs.
• Structured the complete teaching content of the programs, split into beginner, intermediate, and advanced modules.
• Designed each program to have 3 phases (leveling, technological training, and intership) and implemented a hybrid online teaching methodology with skill-based projects.
• Defined performance KPIs and quantifiable metrics for the programs, aligned with the Brazilian Government goals and the institutional strategy.

High-Performance Cloud-Based Thin-Client Virtualization for Hewlett-Packard (HP)

• Architected a cloud-based Thin-Client solution, meeting the need for scalable and secure access to high-performance virtual workstations, including GPUs.
• Designed a robust data streaming backbone using Apache Kafka to ensure efficient and scalable data flows, crucial for keeping low latency.
• Integrated advanced streaming and remote desktop protocols to deliver a responsive, immersive, and highly stable user experience for access from laptops and desktop PCs.
• Created the technical presentation and helped present it to key HP stakeholders in Boise, USA, demonstrating its technical feasability and business value.

H2020 OCARIoT Project between the European Union and Brazil: Advances in IoT, AI, and Personalized Health Interventions for Childhood Obesity

• Worked with several Brazilian and European institutions in the technical project conception before its approval, and contributed to resource estimation. Also wrote the documents that secured its funding for joint submission to both the European Union and Brazilian Government.
• Technically led and conducted reviews of generated artifacts. Implemented Proofs of Concept (PoC) to validate designed solutions and prospected technologies.
• Designed the solution architecture and assisted in implementing a scalable and open IoT platform, integrating various sensors for comprehensive health data collection (e.g., anthropometry, activity, sleep, diet, environmental factors)
• Contributed to the development of behavioral and health analysis algorithms. Including time series analysis algorithm and machine learning algorithms (Recommendations System) for diagnosis, prognosis, and personalized interventions for childhood obesity.
• Assisted in designing the project's pilot phase, validating the solution's effectiveness and usability in real-world environments.
• Presented and defended project progress and technical innovations to high-level stakeholders from the European Union and Brazil in Madrid (Spain), Brussels (Belgium) and Campinas (Brazil).