Responsible for:Provide technical support to strategic and commercial clients regarding both critical and everyday incidents related to Visual Studio and Microsoft programming languages such as C#, C++, and technologies related to desktop and native application development.Maintain relationships with clients and provide technical advice for improving their products, as well as recommending new technologies that could facilitate application development and enhance their… Show more Responsible for:Provide technical support to strategic and commercial clients regarding both critical and everyday incidents related to Visual Studio and Microsoft programming languages such as C#, C++, and technologies related to desktop and native application development.Maintain relationships with clients and provide technical advice for improving their products, as well as recommending new technologies that could facilitate application development and enhance their applications.Handle critical situations with strategic clients and maintain communication with service and customer support teams to resolve critical support requests in the shortest possible time and in the best possible way, in order to maintain a healthy and trusted relationship with the client.Collaborate with other support teams in cases that require joint assistance when the client's request involves multiple technologies in problem-solving.Communicate and report issues related to Visual Studio, Microsoft languages, and various technologies related to my support area to the corresponding product teams.Maintain close communication with team members, schedule meetings with clients to better understand their issues and expectations, as well as participate in case review meetings (triage). Show less

As part of my responsibilities with each customer I have worked with, I focused on several key areas to ensure their satisfaction and success:Understanding Customer Processes: I learned the customer's processes. I built relations with key stakeholders such as IT Directors, CTOs, CIOs, and technical professionals.Aligning Business Priorities: I comprehended the customer's business priorities and worked to align them with their requirements, understanding their goals, challenges… Show more As part of my responsibilities with each customer I have worked with, I focused on several key areas to ensure their satisfaction and success:Understanding Customer Processes: I learned the customer's processes. I built relations with key stakeholders such as IT Directors, CTOs, CIOs, and technical professionals.Aligning Business Priorities: I comprehended the customer's business priorities and worked to align them with their requirements, understanding their goals, challenges, and opportunities, and finding ways to leverage technology solutions to support their objectives.Gathering and Analyzing Customer Needs: I actively gathered information on the objectives of customer needs. Identifying opportunity areas. I remained attentive to any new customer needs during support services, success engagements, and other projects.Driving Aligned Outcomes: I drove outcomes proposals that were aligned with the customer's prioritized budget. This involved creating opportunities for support and software development services that directly contributed to their success. I planned every project to support their desired outcomesIdentifying and Communicating Customer Insights: I recognized the value of customer insights and proactively identified them throughout our interactions.Working in Alignment with Customer Planning: I ensured to be aligned with the customer's planning methodology. By understanding their planning processes, I provided valuable support and contributed to their overall success.Developing Innovative Solutions: In addition to supporting existing customer needs, I also focused on developing new solutions and innovative methodologies in software engineering. By facilitating a fast and effective development process, I aimed to deliver state-of-the-art software applications that exceeded customer expectations. Show less

Project: Parliamentary Correspondence Manager ModuleDesign and Development of the software for managing parliamentary correspondence and parliamentary documents processes aims to streamline and enhance the distribution of official documents within the parliamentary process. This software was specifically designed to improve the efficiency and effectiveness of managing parliamentary correspondence and documents. Key features and functionalities of the software include:1. Document… Show more Project: Parliamentary Correspondence Manager ModuleDesign and Development of the software for managing parliamentary correspondence and parliamentary documents processes aims to streamline and enhance the distribution of official documents within the parliamentary process. This software was specifically designed to improve the efficiency and effectiveness of managing parliamentary correspondence and documents. Key features and functionalities of the software include:1. Document Management: The software provided a centralized platform for managing parliamentary correspondence and documents. It allows for the storage, organization, and retrieval of official documents, ensuring easy access and efficient handling.2. Workflow Automation: The software automates the workflow associated with parliamentary correspondence and documents. It facilitates the routing, tracking, and receipting of documents.3. Distribution and Access Control: The software facilitates the distribution of parliamentary documents to relevant individuals or groups within the parliamentary process. It enables controlled access to documents based on user roles and permissions, ensuring confidentiality and data security.4. Search and Retrieval: The software offers robust search and retrieval functionalities, allowing users to quickly locate specific documents or correspondence based on keywords, metadata, or other relevant criteria.By implementing this software, the parliamentary institution can improve the efficiency and effectiveness of managing official documents. It enables streamlined processes, reduces manual handling, enhances collaboration, ensures version control, and simplifies document distribution. Ultimately, the software contributes to the smooth functioning of parliamentary correspondence and document management, promoting transparency, accountability, and effective decision-making. Show less

Project: Sessions and Voting Management module.Design and development of the software for managing parliamentary sessions and electronic voting focuses on enhancing the overall process of parliamentary sessions, including the integration of electronic voting capabilities. This software aims to improve the efficiency and effectiveness of parliamentary sessions by leveraging technology.Session Management: The software provides tools for scheduling, organizing, and managing… Show more Project: Sessions and Voting Management module.Design and development of the software for managing parliamentary sessions and electronic voting focuses on enhancing the overall process of parliamentary sessions, including the integration of electronic voting capabilities. This software aims to improve the efficiency and effectiveness of parliamentary sessions by leveraging technology.Session Management: The software provides tools for scheduling, organizing, and managing parliamentary sessions, allowing for seamless coordination and planning among participants.Electronic Voting: The system incorporates electronic voting mechanisms, enabling legislators to cast votes electronically and streamlining the voting process. It ensures accuracy, efficiency, and transparency in recording and tallying votes using fingerprint scanner.Audio Recording: An upgrade to the software includes the ability to record audio during parliamentary sessions. This audio recording feature can be used as a resource for transcription services, enabling the creation of accurate and accessible records of past sessions.Tagging and Transcription Services: The software allows for the management of audio recording tags, facilitating easy navigation and reference to specific sections of recorded sessions. This feature supports transcription services, aiding in the creation of transcripts for historic sessions.Intranet Client Services Integration: The software serves as a complement to intranet client services, providing seamless integration with existing parliamentary information systems. This ensures efficient communication, access to relevant documents, and collaboration among legislators and staff.As part of the continuous improvement process, the software undergoes reengineering and redesigning to meet the evolving requirements of each new legislature. This ensures that the software remains up to date and aligned with the changing needs and advancements in parliamentary practices. Show less

Project: Intranet Client Services ModuleDesign and development of software solutions that encompass a range of intranet services. These services were specifically designed to meet various information requirements, including:1. Historic Sessions: Developing a system to effectively manage and store historical session data, allowing easy access and retrieval of past sessions.2. Sessions Transcription Services: Implementing a transcription service that accurately converts… Show more Project: Intranet Client Services ModuleDesign and development of software solutions that encompass a range of intranet services. These services were specifically designed to meet various information requirements, including:1. Historic Sessions: Developing a system to effectively manage and store historical session data, allowing easy access and retrieval of past sessions.2. Sessions Transcription Services: Implementing a transcription service that accurately converts session recordings into written text, ensuring comprehensive documentation of discussions and decisions.3. Management of Sessions Rooms and Resources: Creating a system to efficiently manage session rooms, including scheduling, resource allocation, and availability tracking, to streamline the organization of sessions.4. Historic Files from Sessions: Developing a solution to organize and maintain a repository of historic files related to sessions, enabling quick retrieval and reference for future use.5. Other Information Services: Designing additional information services tailored to specific requirements, ensuring efficient management and accessibility of relevant data.Throughout the design and development process, I prioritize user-friendly interfaces, robust data security, and seamless integration with existing systems. My goal is to provide comprehensive and reliable software solutions that enhance the management of various information aspects within an organization's intranet environment. Show less

Project: Parliamentary and Legislative Process Services Manager ModuleDesigning and developing software solutions that encompass a range of intranet services. These services were specifically designed to meet various information requirements related to administering legislative initiatives and documents, including:1. Legislative Initiatives Management: Developing a module to effectively manage legislative initiatives throughout the entire process, including proposal submission… Show more Project: Parliamentary and Legislative Process Services Manager ModuleDesigning and developing software solutions that encompass a range of intranet services. These services were specifically designed to meet various information requirements related to administering legislative initiatives and documents, including:1. Legislative Initiatives Management: Developing a module to effectively manage legislative initiatives throughout the entire process, including proposal submission, review, approval, and tracking of progress.2. Document Management: Creating a comprehensive document management system that allows for the storage, organization, and retrieval of legislative documents, such as bills, resolutions, amendments, and committee reports.3. Workflow: Implementing workflow features to streamline the legislative process, including, notifications, and collaboration among stakeholders.4. User Access and Security: Implementing robust user access controls and security measures to protect sensitive legislative information and ensure compliance with data privacy regulations.Throughout the design and development process, I prioritized user-friendly interfaces, scalability, and integration with existing systems used in the legislative environment. My goal was to provide a comprehensive software solution that enhances the efficiency, transparency, and accuracy of managing legislative initiatives and documents within an intranet environment. Show less

ProConMan project for VolksWagen de México S.A. de C.V.As the person responsible for the architecture and development of protocol communication software, my role involved designing and implementing a software solution that served as an interface between third-party applications and the principal manufacturing system software of the plant. Key responsibilities included:1. Development: I oversaw the development of the protocol communication software. The software was designed to… Show more ProConMan project for VolksWagen de México S.A. de C.V.As the person responsible for the architecture and development of protocol communication software, my role involved designing and implementing a software solution that served as an interface between third-party applications and the principal manufacturing system software of the plant. Key responsibilities included:1. Development: I oversaw the development of the protocol communication software. The software was designed to utilize the UDP (User Datagram Protocol) for communication, which offers fast and lightweight data transmission. XML schemas were employed to structure and define the data exchanged between the applications.2. Testing and Integration: Rigorous testing procedures were conducted to validate the functionality and reliability of the protocol communication software. This included both workbench testing and production testing to ensure proper handling of data, error resilience, and overall performance. Integration tests were carried out to verify seamless communication with the principal manufacturing system software.3. Support: support and assistance were provided to address any issues or inquiries that arose during the deployment and operation of the software.By developing this protocol communication software, we aimed to facilitate seamless data exchange between third-party applications and the principal manufacturing system software. The utilization of UDP protocol and PMON specification ensured efficient and structured communication, while the P-Mon communication protocol enhanced the capabilities and integration options within the manufacturing system environment and channel group management centralized the communication services within a single protocol tool. Show less

Project: Sessions and Voting Management module.Design and development of the software for managing parliamentary sessions and electronic voting focuses on enhancing the overall process of parliamentary sessions, including the integration of electronic voting capabilities. This software aims to improve the efficiency and effectiveness of parliamentary sessions by leveraging technology.Session Management: The software provides tools for scheduling, organizing, and managing… Show more Project: Sessions and Voting Management module.Design and development of the software for managing parliamentary sessions and electronic voting focuses on enhancing the overall process of parliamentary sessions, including the integration of electronic voting capabilities. This software aims to improve the efficiency and effectiveness of parliamentary sessions by leveraging technology.Session Management: The software provides tools for scheduling, organizing, and managing parliamentary sessions, allowing for seamless coordination and planning among participants.Electronic Voting: The system incorporates electronic voting mechanisms, enabling legislators to cast votes electronically and streamlining the voting process. It ensures accuracy, efficiency, and transparency in recording and tallying votes using fingerprint scanner.Audio Recording: An upgrade to the software includes the ability to record audio during parliamentary sessions. This audio recording feature can be used as a resource for transcription services, enabling the creation of accurate and accessible records of past sessions.Tagging and Transcription Services: The software allows for the management of audio recording tags, facilitating easy navigation and reference to specific sections of recorded sessions. This feature supports transcription services, aiding in the creation of transcripts for historic sessions.Intranet Client Services Integration: The software serves as a complement to intranet client services, providing seamless integration with existing parliamentary information systems. This ensures efficient communication, access to relevant documents, and collaboration among legislators and staff.As part of the continuous improvement process, the software undergoes reengineering and redesigning to meet the evolving requirements of each new legislature. This ensures that the software remains up to date and aligned with the changing needs and advancements in parliamentary practices. Show less

SILAP project for MAN Truck & Bus de Mexico S.A. de C.V.As the individual responsible for the design and development of the manufacturing management software, my role involved creating a software solution aimed at enhancing production control and supply chain management. This comprehensive software system addressed various aspects, including stock management, parts inventory, and quality issue control. Key responsibilities included:1. Requirement Analysis: I collaborated with… Show more SILAP project for MAN Truck & Bus de Mexico S.A. de C.V.As the individual responsible for the design and development of the manufacturing management software, my role involved creating a software solution aimed at enhancing production control and supply chain management. This comprehensive software system addressed various aspects, including stock management, parts inventory, and quality issue control. Key responsibilities included:1. Requirement Analysis: I collaborated with stakeholders to gather requirements and gain a deep understanding of the manufacturing processes, production control needs, and supply chain management challenges. This analysis phase helped identify the specific functionalities and features required for the software.2. Architecture Design: Based on the gathered requirements, I designed the architecture of the manufacturing management software. This involved structuring the system to support stock management, parts inventory control, and quality issue tracking. The architecture aimed to ensure efficient and seamless integration with existing manufacturing processes.Additionally, I was also responsible for the design and development of the stock and store management software, which focused on managing the incoming spare parts used in the production line and supply chain management. This software module aimed to streamline the process of tracking and managing stock, ensuring efficient inventory management and minimizing production delays.Overall, my role in both the manufacturing management software and the stock and store management software encompassed the end-to-end design, development, and implementation of these solutions to enhance production control, supply chain management, and stock management processes. Show less

Plannung / Planeación PEP project for VolksWagen de México S.A. de C.V.As the person responsible for the architecture and development of the project management software, my role involved designing and implementing a software solution tailored to the specific project management process of our customer. Due to the nature of the project and the details being covered by a Non-Disclosure Agreement (NDA), I am unable to provide specific details about the software and the customer's… Show more Plannung / Planeación PEP project for VolksWagen de México S.A. de C.V.As the person responsible for the architecture and development of the project management software, my role involved designing and implementing a software solution tailored to the specific project management process of our customer. Due to the nature of the project and the details being covered by a Non-Disclosure Agreement (NDA), I am unable to provide specific details about the software and the customer's proprietary project management process. However, I can assure you that my responsibilities encompassed the following:1. Requirement Analysis: I worked closely with the customer to thoroughly understand their project management process, including their specific requirements, workflows, and objectives. This analysis phase allowed me to identify the key functionalities and features that the software needed to support.2. Architecture Design: Based on the gathered requirements, I devised an architectural plan for the project management software. This involved designing the software's structure, database schema, user interface, and integration points with other systems, ensuring scalability, security, and efficiency.3. Development: I oversaw the development of the software. I implemented the planned architecture, coding the software according to best practices and industry standards. This included UI development, components logic implementation, database design, and any necessary integrations.Please note that while I cannot disclose specific details about the project management software and the customer's proprietary process due to the NDA, rest assured that my role encompassed the overall architecture and development of the software, focusing on meeting the customer's unique project management needs. Show less

SAJ Project for VolksWagen de México S.A. de C.V.Responsible for the architecture and development of QA software for automobiles manufactured for the Japan market, my role involved designing and implementing a software system that would aid in making informed decisions regarding quality assurance processes and facilitate communication with the principal manufacturing systems. Key responsibilities included:1. Architecture Design: I led the design process, developing an… Show more SAJ Project for VolksWagen de México S.A. de C.V.Responsible for the architecture and development of QA software for automobiles manufactured for the Japan market, my role involved designing and implementing a software system that would aid in making informed decisions regarding quality assurance processes and facilitate communication with the principal manufacturing systems. Key responsibilities included:1. Architecture Design: I led the design process, developing an architecture that could effectively handle the quality assurance requirements specific to automobiles manufactured for the Japan market. This involved identifying the necessary components, interfaces, and data exchange protocols to ensure seamless communication between the quality assurance software and the principal manufacturing systems.2. Development: I oversaw the development of the quality assurance software. This included coding and programming the necessary functionalities to enable comprehensive quality assessment, data analysis, and decision-making. 3. Integration with Manufacturing Systems: I ensured smooth integration of the quality assurance software with the manufacturing systems such as production system and PLC interfaces.5. Collaboration and Support: I collaborated with various stakeholders, including quality assurance teams, manufacturing engineers, and IT personnel, to gather requirements and ensure that the software met the specific needs of the Japan market. Ongoing support and assistance were provided to address any operational issues and enhance the software's capabilities based on user feedback.The software enabled comprehensive evaluation of automobile quality, facilitated data-driven decision-making, and contributed to the overall quality improvement efforts for automobiles manufactured for the Japan market. Show less

IEPS Project for Secretaría de Finanzas y Administración del Estado de PueblaAs the person responsible for the architecture and development of the taxes and declarations management system, my role encompassed overseeing the entire project lifecycle. The system was specifically designed to handle the management of IEPS (Special Tax on Production and Services) taxes, providing comprehensive solutions for tax calculation, reporting, and compliance. Key responsibilities… Show more IEPS Project for Secretaría de Finanzas y Administración del Estado de PueblaAs the person responsible for the architecture and development of the taxes and declarations management system, my role encompassed overseeing the entire project lifecycle. The system was specifically designed to handle the management of IEPS (Special Tax on Production and Services) taxes, providing comprehensive solutions for tax calculation, reporting, and compliance. Key responsibilities included:1. Requirement Analysis: I worked closely with stakeholders, including tax experts, financial analysts, and legal teams, to gather detailed requirements for the taxes and declarations management system. This involved understanding the specific regulations, tax calculation methodologies, reporting obligations, and compliance requirements related to IEPS taxes.2. Architecture Design: Based on the gathered requirements, I designed the architecture of the taxes and declarations management system. This involved structuring the system to handle tax calculations, declarations filing, data storage, and integration with relevant financial systems. The architecture aimed to ensure accuracy, security, and scalability to accommodate various business needs.3. Development: I led a development team consisting of five members. As their supervisor, I provided guidance, direction, and assessment throughout the development process. Together, we implemented the planned architecture, developed the necessary modules, and integrated them into a cohesive taxes and declarations management system.Throughout the project, I ensured effective communication and collaboration with stakeholders, team members, and other relevant parties to deliver a high-quality taxes and declarations management system. I also played a key role in defining project timelines, managing resources, and ensuring successful project completion within the specified budget and scope. Show less

SIEJIT Project for VolksWagen de México S.A. de C.V.As the person responsible for the architecture and development of the emergency communication system for JIT (just in time) suppliers, my role involved designing and implementing a backup system for the main plant production JIT system. This backup system was specifically designed to be activated when the main communication system experienced faults or failures. Key responsibilities included:1. Architecture Design: I led the… Show more SIEJIT Project for VolksWagen de México S.A. de C.V.As the person responsible for the architecture and development of the emergency communication system for JIT (just in time) suppliers, my role involved designing and implementing a backup system for the main plant production JIT system. This backup system was specifically designed to be activated when the main communication system experienced faults or failures. Key responsibilities included:1. Architecture Design: I led the design process, developing an architecture that would seamlessly integrate with the main JIT system. This involved identifying the necessary components, protocols, and interfaces to ensure efficient communication with the just-in-time suppliers during emergency situations.2. Development: I oversaw the development of the backup system. This included coding and programming the necessary software components to enable effective communication with the JIT suppliers. The development process focused on creating a reliable and robust system capable of handling the demands of emergency scenarios.3. Testing and Quality Assurance: I conducted thorough testing procedures to ensure the reliability and effectiveness of the communication system. 4. Collaboration and Support: I collaborated with key stakeholders, including JIT suppliers and other relevant parties, to gather requirements and ensure the successful integration of the backup system. By developing this emergency communication system for JIT suppliers, we established a reliable backup solution that could be activated when the main communication system experienced faults. This ensured uninterrupted communication and coordination with the suppliers during critical situations, enabling the smooth operation of the JIT production system. Show less

SIAFOVA project for Secretaría de Finanzas y Administración del Estado de PueblaAs the individual responsible for the architecture and development of the valued forms management system, my role involved overseeing the entire project lifecycle. The system was specifically designed to manage valued forms used in various government formalities, providing a comprehensive solution for efficient form processing and management. Key responsibilities included:1. Requirement Analysis: I… Show more SIAFOVA project for Secretaría de Finanzas y Administración del Estado de PueblaAs the individual responsible for the architecture and development of the valued forms management system, my role involved overseeing the entire project lifecycle. The system was specifically designed to manage valued forms used in various government formalities, providing a comprehensive solution for efficient form processing and management. Key responsibilities included:1. Requirement Analysis: I collaborated closely with stakeholders, including government officials, regulatory bodies, and end-users, to gather detailed requirements for the valued forms management system. This involved understanding the specific types of forms, their purpose, and the information required for each form in different government formalities.2. Architecture Design: Based on the gathered requirements, I designed the architecture of the valued forms management system. This involved structuring the system to handle form creation, storage, retrieval, tracking, and integration with relevant government systems. The architecture aimed to ensure secure, efficient, and scalable form management.3. Development: I led a development team of five members, providing guidance, direction, and assessment throughout the development process. Together, we implemented the planned architecture, developed the necessary modules, and integrated them into a cohesive valued forms management system.Throughout the project, effective communication and collaboration with stakeholders, team members, and other relevant parties were maintained to deliver a high-quality valued forms management system. I also played a key role in defining project timelines, managing resources, and ensuring successful project completion within the specified budget and scope. Show less

SIDS Project for Secretaría de Desarrollo Social del Estado de PueblaAs the individual responsible for the architecture and development of the government social funds management system, my role entailed overseeing the entire project lifecycle to effectively manage and distribute social funds assigned by the federation to municipal regions in the state. Key responsibilities included:1. Requirement Analysis: I collaborated closely with stakeholders, including government officials… Show more SIDS Project for Secretaría de Desarrollo Social del Estado de PueblaAs the individual responsible for the architecture and development of the government social funds management system, my role entailed overseeing the entire project lifecycle to effectively manage and distribute social funds assigned by the federation to municipal regions in the state. Key responsibilities included:1. Requirement Analysis: I collaborated closely with stakeholders, including government officials and representatives from municipal regions, to gather comprehensive requirements for the social funds management system. This involved understanding the specific needs related to fund allocation, distribution criteria, tracking of fund utilization, and reporting functionalities.2. Architecture Design: Based on the gathered requirements, I designed the architecture of the social funds management system. This encompassed developing a robust framework capable of handling fund allocation, tracking, and distribution across multiple municipal regions. The architecture focused on ensuring transparency, accountability, and efficient utilization of the social funds.3. Development: I led a development team of five members, providing direction and overseeing their work throughout the development process. Together, we implemented the planned architecture, developed the necessary modules, and integrated them into a comprehensive social funds management system. The development process involved using appropriate technologies and coding practices to ensure a reliable and scalable solution.Throughout the project, effective communication and collaboration with stakeholders, team members, and relevant authorities were maintained to ensure the successful delivery of the government social funds management system. I also played a key role in defining project timelines, managing resources, and ensuring adherence to budgetary constraints while delivering a high-quality solution. Show less

VyF Module project for Secretaría de Finanzas del Estado de PueblaAs the individual responsible for the architecture and development of the fiscal audits management system, my role involved overseeing the entire project lifecycle within the larger integrated project called PIMT (Programa Integral de Modernización Tributaria). Key responsibilities included:1. Requirement Analysis: I worked closely with stakeholders, including tax authorities and audit teams, to gather detailed… Show more VyF Module project for Secretaría de Finanzas del Estado de PueblaAs the individual responsible for the architecture and development of the fiscal audits management system, my role involved overseeing the entire project lifecycle within the larger integrated project called PIMT (Programa Integral de Modernización Tributaria). Key responsibilities included:1. Requirement Analysis: I worked closely with stakeholders, including tax authorities and audit teams, to gather detailed requirements for the fiscal audits management system. This involved understanding the specific needs for managing audit schedules, application processes, documentation, and related workflows.2. Architecture Design: Based on the gathered requirements, I designed the architecture of the fiscal audits management system. This involved structuring the system to handle audit scheduling, resource allocation, application tracking, documentation management, and integration with other tax administration systems. The architecture aimed to ensure efficient and transparent management of fiscal audits.3. Development: I led a development team of five members, providing guidance, direction, and assessment throughout the development process. Together, we implemented the planned architecture, developed the necessary modules, and integrated them into a cohesive fiscal audits management system. The development process involved utilizing appropriate technologies and coding practices to ensure a robust and scalable solution.Throughout the project, effective communication and collaboration with stakeholders, team members, and other relevant parties were maintained to deliver a high-quality fiscal audits management system. I also played a key role in defining project timelines, managing resources, and ensuring successful project completion within the specified budget and scope. Show less

SIABS Project for Organon Mexicana S.A. de C.V.As the individual responsible for the architecture and development of the Balanced Scorecards Management System, my role entailed designing and implementing a comprehensive system to manage balanced scorecards and track employee achievements. Key responsibilities included:1. Requirement Analysis: I collaborated with stakeholders, including management and HR departments, to gather requirements for the Balanced Scorecards Management… Show more SIABS Project for Organon Mexicana S.A. de C.V.As the individual responsible for the architecture and development of the Balanced Scorecards Management System, my role entailed designing and implementing a comprehensive system to manage balanced scorecards and track employee achievements. Key responsibilities included:1. Requirement Analysis: I collaborated with stakeholders, including management and HR departments, to gather requirements for the Balanced Scorecards Management System. This involved understanding the organization's strategic objectives, key performance indicators (KPIs), and desired employee performance metrics.2. Architecture Design: Based on the gathered requirements, I designed the architecture of the system. The architecture aimed to provide a flexible framework for defining and managing balanced scorecards, aligning individual goals with organizational objectives, and tracking employee achievements. It included modules for scorecard creation, performance evaluation, and reporting functionalities.3. Development: I led the development implementing the planned architecture and developing the necessary modules for the Balanced Scorecards Management System. This involved coding, database design, and integration of various components to create a robust and scalable solution.Throughout the project, effective collaboration with stakeholders, continuous feedback gathering, and iterative development processes were maintained to ensure the successful delivery of the Balanced Scorecards Management System. The system aimed to improve performance management, align individual efforts with organizational goals, and facilitate a culture of continuous improvement and achievement within the organization. Show less

In my role, I was responsible for the design and development of two key projects:1. Dynamic Database Tables Generation: I designed and developed modules that facilitated the dynamic generation of database tables using information obtained from the customers and sales information system database. This involved extracting relevant data, analyzing it, and dynamically creating database tables based on the specific requirements. The objective was to build a star model database for Microsoft… Show more In my role, I was responsible for the design and development of two key projects:1. Dynamic Database Tables Generation: I designed and developed modules that facilitated the dynamic generation of database tables using information obtained from the customers and sales information system database. This involved extracting relevant data, analyzing it, and dynamically creating database tables based on the specific requirements. The objective was to build a star model database for Microsoft Analysis Services, which would be used to construct cubes for data mining modules. This allowed for efficient and effective analysis of customer and sales data, enabling data-driven insights and decision-making.2. .NET Components for Web-Based Application: Additionally, I worked on the design and development of .NET components to extend the functionality of the customers and sales main application, which was based on the web. These components were designed to enhance the application's capabilities and provide additional features and services to users. By leveraging the power of .NET technology, I ensured seamless integration and smooth user experiences, ultimately improving the overall functionality and usability of the application.Both projects required a strong understanding of database management, data analysis, and software development using .NET technologies. By successfully completing these projects, I contributed to the enhancement of data-driven decision-making processes and improved the overall functionality of the customers and sales application. Show less

As a Microsoft technologies assessor and trainer in .NET Framework, Visual Basic .NET, and SQL Server, I have been involved in various projects, including:1. Design and Development of Security Infrastructure Framework: I played a key role in designing and developing a security infrastructure framework for the Adminstración de Proyectos Web information system. This system was built using ASP.NET 1.1 and .NET Framework.2. Development of Database Manager for MSDE: I developed a… Show more As a Microsoft technologies assessor and trainer in .NET Framework, Visual Basic .NET, and SQL Server, I have been involved in various projects, including:1. Design and Development of Security Infrastructure Framework: I played a key role in designing and developing a security infrastructure framework for the Adminstración de Proyectos Web information system. This system was built using ASP.NET 1.1 and .NET Framework.2. Development of Database Manager for MSDE: I developed a Database Manager tool specifically for MSDE (Microsoft Desktop Engine 2000), which provided essential features such as database creation, backups, automatic backup job creation, and script execution. 3. Design and Development of Requirements Management Information System: I was involved in the design and development of a web-based Requirements Management Information System. This system, built using ASP.NET 1.1, served as a centralized platform to retrieve software requirements during the application development and testing cycles. It streamlined the requirements management process and facilitated effective collaboration among project.4. Design and Development of SMTP-POP3 Mail Client: I undertook the design and development of an SMTP-POP3 mail client adhering to RFC (Request for Comments) standards. This project was entirely built using .NET Framework 1.1 and aimed to meet the needs of mail clients for Windows applications in the .NET environment. The mail client provided reliable and efficient communication capabilities.Through my contributions as a developer specialist and software architect, I have leveraged my expertise in Microsoft technologies to deliver high-quality solutions and applications. These projects have showcased my proficiency in .NET Framework, Visual Basic .NET, SQL Server, and web-based development, ultimately enhancing the functionality and security of the systems involved. Show less

During my tenure, I actively participated in the development of multiple modules for the Instituto Nacional para la Educación de los Adultos (INEA) education software. These modules were web-based and built using ASP.NET and .NET Framework. My involvement in these projects allowed me to contribute to the advancement of adult education through the development of user-friendly and feature-rich software solutions. The use of ASP.NET and .NET Framework enabled the creation of dynamic and… Show more During my tenure, I actively participated in the development of multiple modules for the Instituto Nacional para la Educación de los Adultos (INEA) education software. These modules were web-based and built using ASP.NET and .NET Framework. My involvement in these projects allowed me to contribute to the advancement of adult education through the development of user-friendly and feature-rich software solutions. The use of ASP.NET and .NET Framework enabled the creation of dynamic and scalable web applications that catered to the specific needs of the INEA education system. Show less

SIACELEC ProjectAs the responsible individual for the architecture and development of the Industrial Equipment and Facilities Management system, my main objective was to meet the specific requirements of the Comisión Federal de Electricidad (CFE) in constructing power generation plants. This system was designed to effectively manage and maintain the industrial equipment and facilities involved in power generation processes. Key responsibilities and accomplishments in this role… Show more SIACELEC ProjectAs the responsible individual for the architecture and development of the Industrial Equipment and Facilities Management system, my main objective was to meet the specific requirements of the Comisión Federal de Electricidad (CFE) in constructing power generation plants. This system was designed to effectively manage and maintain the industrial equipment and facilities involved in power generation processes. Key responsibilities and accomplishments in this role include:1. Architecture Design: I was responsible for designing a robust and scalable architecture for the system, considering the unique needs and complexities of power generation plants. This involved determining the appropriate technologies, frameworks, and infrastructure required to support the system's functionalities.2. Development: I oversaw the development process to ensure the successful implementation of the system. This included writing efficient and reliable code, conducting thorough testing, and resolving any issues or bugs that arose during development.3. Equipment and Facilities Management: The system focused on effectively managing industrial equipment and facilities used in power generation plants. 4. Compliance with CFE Requirements: Throughout the development process, I ensured that the system adhered to the specific requirements and standards set by the Comision Federal de Electricidad. This involved conducting thorough research, collaborating with CFE representatives, and incorporating their feedback into the system design and functionalities.By successfully architecting and developing this system, I contributed to CFE's efforts in effectively managing their industrial equipment and facilities for power generation. The system provided comprehensive functionalities to streamline operations, optimize maintenance activities, and enhance overall efficiency in power plant management. Show less

In my role, I have had the opportunity to work on various functions related to plant production and maintenance, with a focus on results generation and analysis. Some of my key responsibilities and accomplishments include:Design and Development of Management Information Systems: I have been involved in designing and developing management information systems to enhance control and oversight of different maintenance areas within the plant. These systems have provided real-time visibility… Show more In my role, I have had the opportunity to work on various functions related to plant production and maintenance, with a focus on results generation and analysis. Some of my key responsibilities and accomplishments include:Design and Development of Management Information Systems: I have been involved in designing and developing management information systems to enhance control and oversight of different maintenance areas within the plant. These systems have provided real-time visibility into maintenance activities, allowing for efficient monitoring and decision-making.Design and Development of Information Systems for Hydraulic Oil and Spare Parts Management: I have contributed to the design and development of information systems that enable effective management of hydraulic oil and critical spare parts consumption. These systems facilitate inventory tracking, reordering, and maintenance scheduling, ensuring optimal availability of essential resources for uninterrupted plant operations.Design and Development of Information Systems for Production Timing: I have played a key role in designing and developing information systems that support production timing based on Total Productive Maintenance (TPM) guidelines and philosophy. These systems help optimize production schedules, minimize downtime, and improve overall equipment effectiveness.QS-ISO 9000 Internal Auditor and Coordinator: I have served as an internal auditor and coordinator for QS-ISO 9000 ver.1994 within the maintenance department. This involved conducting audits, ensuring compliance with quality standards, and driving continuous improvement initiatives.Deployment and Implementation Coordinator: As a deployment and implementation coordinator, I have been responsible for coordinating the successful rollout of internally developed information systems. This includes managing project timelines, coordinating with stakeholders, conducting user training, and ensuring smooth system integration. Show less