Carlos Eduardo Perez Trujillo

• Managing workload for VF teams for Wx(Ws and WL) and Maserati(M240 and M18x) projects.
• Managed backlog prioritization, ensuring alignment with business goals and stakeholder expectations, for Features implementation and Defects.
• Implemented Agile methodologies to increase team productivity and enhance overall project outcomes. Like Sprint Planning, Backlog Refinement, Retrospectives, Sprint Reviews, etc.
• Collaborated with cross-functional teams to develop high-quality products that met customer needs.
• Developed comprehensive roadmaps outlining the product vision, goals, and milestones for successful execution.
• Collaborated with engineering teams on technical feasibility assessments, resulting in realistic scope definition for projects.
• Facilitated communication between development teams and stakeholders, ensuring clear understanding of requirements and expectations.

• Leadering a specialized software application team (7 engineers) based on Feature Group composed by Personalization, EPRNDL, Driver Assist, Infotainment, Compass, FUSA.
• Providing support to 9 different Ford projects for implementations and defects fixing.
• Meetings with customer and another domains to stablish and report the status of the multiple projects
• Promoted a positive work environment by fostering teamwork, open communication, and employee recognition initiatives.
• Enhanced overall team performance by providing regular coaching, feedback, and skill development opportunities.
• Established clear performance metrics for the team which helped in tracking progress towards set targets effectively.
• Coached team members in techniques necessary to complete job tasks.

• DIApps (Digital Instruments Applications) Software Product Owner
• Leading Ford projects in charge of multiple software application components like chimes, warnings, gauges, telltales, driver assist, infotainment, personalization, etc.
• In charge of a 2 teams (1 in India and 1 in Queretaro) to plan and implement multiple software application components, trough scrum and agile methodologies.
• Managed backlog prioritization, ensuring alignment with business goals and stakeholder expectations.
• Implemented Agile methodologies to increase team productivity and enhance overall project outcomes.
• Collaborated with cross-functional teams to develop high-quality products that met customer needs.
• Developed comprehensive roadmaps outlining the product vision, goals, and milestones for successful execution.
• Collaborated with engineering teams on technical feasibility assessments, resulting in realistic scope definition for projects.

Developing for a team called Bookshelf, which is a kind of a Generic Application Software to be used for multiple Ford projects, in order to be reusable code with certain configurations applicable for each project and of that way minimize the efforts required from Application layers.

As an Embedded Software Engineer I was involved mainly with Application layers Features applicable to the Instrument cluster like chimes, driver assist, eprndl, personalization, warnings, telltales, rtts, welcome, and as part of Bookshelf team, there was generated RTE's for platform and non platform architectures, which involve to develop software as MVCA(Model View Controller Adapter) Architecture.

* Requirement Analysis.
* UML Design.
* C Language coding.
* Software analysis with Coverity&MISRA.
* UnitTest testing with VectorCast
* In target testing.
* Can signals analysis with CANAlyzer.
Tools:
* Git.
* CMake.
* Coverity&MISRA.
* Rhapsody.
* VectorCast.
* Trace32.
* CANAlyzer.
* DET (Diagnostic Engineering Tool).
* Docker.

• AI and Computer Vision applications development
• Deep Learning architectures optimization
• Deep Learning architectures portability to be useful and have compatibility with multiple platforms.
• Software Development.
  
  Toolset:
  * Languages: C++, Python
  * Tools: OpenCV, Darknet/Yolo
  * API's: Flask
  * DB: mongoDB, Firebase
  * GUI: GTK3
  * Operating Systems: Linux, Arquitecturas x86_64, armV*, armhf
  * Devices: Raspberry Pi, NVIDIA Jetson, NVIDIA GPU's, Intel Movidius.
  * Cloud: Google Cloud Platform, VM's & buckets.

Teacher for Robotics subject in Surval High School for all grades.

In Albert Einstein Institute there are classes on demand for High School and University, teaching about Mathematics, Algebra, Geometrics, Trigonometry, Differential and Integral Calculus, Vectoral Calculus.

• Improvements on manufacturing process trough defects analysis using 5 why's, Ishikawa diagrams, paretto diagrams to determine root causes and implement action plans.
• Working together with Maintenance team to design electronics circuits to improve controls in production lines.
• Training and developing activities to new income personal.