Welcome

04.2021 – 2024

CEA Saclay, CosmoStat Group (IRFU/DAp-AIM), The Euclid satellite which intends to implement many different scientific approaches to investigate the accelerated expansion of the universe, and the nature of dark energy, dark matter and gravity. In response to the number of scientific projects running on the satellite, a pipeline was created with the intention of providing a workflow for all the different subsystems of the satellite in an organized environment with the name of Euclid Data Model, Gif-sur-Yvette – France.
I worked as the Euclid Data Modeller of Level III which has 24 groups in EU, UK, US. Representing CosmoStat-CEA Saclay within the Euclid Consortium.

04.2019 – 09.2019

Trimble Railway, GmbH, development and manufacturing of geodetic system solutions for the railway industry, Wiesentheid – Deutschland.
I worked as a Software Engineer Developer programming with C++11 under Windows OS in Visual Studio 2019.

09.2018 – 03.2019

Michael Weinig AG, GmbH, produces machines and systems for solid wood and panel processing, Tauberbischofsheim – Deutschland.
I worked as a Software Engineer Developer programming with C++11, C++14, C++17 under Windows OS in Qt creator.

07.2017 – 11.2017

Labortechnick Tasler, GmbH, produces measurements devices for fast data acquisition and control, Würzburg – Deutschland.
I worked as a Software Engineer Developer programming with C, C++11, C++14, C++17 under Linux and Windows OS in Qt creator.

03.2015 – 03.2017

INNOWEP, GmbH, is specialized in manufacturing measuring and testing equipment, Würzburg – Deutschland.
I worked as a Software Engineer programming embedded software in C/C++ under Linux OS: ARM, STM32, 8051, Raspberry Pi, others. I also had IT tasks using Javascript, Php, CSS, HTML5, LabView, for the interface in touchscreen technology. Additional tasks as Server Manager using Server Management SQL Windows Server 2012, VMWare workstation for the virtual machines, and Cobra databases.

2011

Multidisciplinary Business Advisory Center, CAEM, Oriented to Graphic Design and Architecture, La Paz – Bolivia.
I worked as a Software Engineer in technical support for preventive measures of security systems.

2010

Summer Intern Developing Databases, UPS JET EXPRESS COURIER, La Paz, Bolivia.
I worked as an intern, providing contributions to the design and development of a new framework for the company’s database. I also engage in support activities as verifying the data and controlling the database.

2021 – 2024

Data Model Level III, CEA Saclay, CosmoStat Group (IRFU/DAp-AIM), Euclid Consortium.
My work duties involved:

• Management and organization of several Data Products(24+ Data Products) in order to get a robust version of the Data Model.
• Close cooperation with Scientist and Developers of the Euclid Consortium.
• In charge of production, further development and implementation of Data Model Level III since 2021 to April 2024 up to DM10.
• Arrange several removal, modifications and additions for all products of Level III.
• CD/CI of the Data Model level III.
• The Data Model relies on strict compliance with the formal documented requirements for Euclid Products of Level III.
• Identify uncertainties and keep consistency between Level I, II with Level III products.
• In charge of production of the Data Model Level III for the Control Configuration Board since 2021 to April 2024 up to CCB30.

Data Product Description Document, CEA Saclay, CosmoStat Group (IRFU/DAp-AIM), Euclid Consortium.
My work duties involved:

• Management and organization of several Data Products.
• Close cooperation with Scientist and Developers of the Euclid Consortium.
• Development of the Data Product Description Document enabling it to receive automatic information from the Data Model.
• CD/CI of the Data Product Description Document.
• Arrange several removal, modifications and additions for the Data Product Description Document over all Products of Level III.
• The DPDD relies on meticulous adherence to the formal documented requirements and processes with methods to asses insertions.

COMB-CL Cluster of Galaxies of Data Product Level III, CEA Saclay, CosmoStat Group (IRFU/DAp-AIM), Euclid Consortium.
My work duties involved:

• Close cooperation with scientist and developers of Cluster of Galaxies of Level III.
• Euclidization and Development of COMB-CL.
• Implementation of COMB-CL for assessments in order to obtain the corresponding Maturity Level(QA) in compliance with collaboration Euclid-ESA.
• Data Model of COMB-CL.
• Data Model followed strict requirements in order to achieve a robust state.

2019

Trimble Access SDK 2019, Trimble Railway GmbH. Build custom applications that leverage the Trimble Access platform to support custom workflows and specialized applications.
My work duties involved:

• Develop the Gedo Rec and Gedo Track software using the Trimble Access SDK for surveying applications on the railway.
• Programming in c++11 in Visual Studio 2019.
• Develop of unit tests for the different modules of Gedo Rec and Gedo Track software.

2018

Unipin, Michael Weinig AG GmbH. Unipin gluing and dowel planing machine.
My work duties involved:

• Developing software according to the needs of the new Wmc and Weinig components in order to provide more applications to the embedded system in conjunction with the Nexus Software.
• Developing modules that will be used for profiling, cutting and gluing the work pieces.
• Developing a user-oriented graphical interface using touchscreen technologies.

2017

LTTneo, LTT GmbH. Manufacturing hardware to produce fast measurement for data acquisition and control, which requires a strong software environment. LTTneo closes the gap between slow PC-internal measurement devices and very fast, but expensive devices like Oscilloscopes.
My work duties involved:

• Developing LTTneo software for the embedded system, programming in C++11, C++14, and C++17 using the familiar Qt creator.
• Design and development of new features using mathematical algorithms according to the standards followed by LTTPro for the LTT24 and LTT184.
• Create, design and customize different applications for different clients based on their requirements.

2014 – 2017

Dyna-SPA, INNOWEP GmbH. Creating the fastest testing machine with high speed dynamics to perform Scratch, Abrasion and Punch tests.
My work duties involved:

• Developing motion control for a double acting cylinder able to produce stability, accuracy and repeatability.
• Developing a sensor-based Controller to stabilize the cylinder’s lifting movements.
• Developing a user-oriented graphical interface using touchscreen technologies.
• Implementation of Dongle and security to the electronics.

2013 – 2014

Mini Tail Sitter project (version of a copter, similar to a 3floor sats, lateral flaps and top blades for lift), University of Würzburg.
My duties in this project involved:

• Design and development of a Mini Tail Sitter copter and Control of the instability of Lift.
• Electronic Design and Embedded Programming in AVRstudio.
• Adaptive controller able to stabilize the lift using servomotors connected to lateral flaps.
• Precision manufacturing and assembly of the 3D CATIA design.

2011 – 2012

CanSat mini-satellite project, University of Würzburg.
My duties in this project involved:

• Design and development of a mini-satellite capable of constant angular rotation.
• Motion control using optimal Control methods.
• Image capture and wireless data transfer.
• FEA Analysis of the Structure for determining the vulnerable spots.
• Design and development of an interface of the Ground Station for satellite operations capable of Payload and Telemetry.

2008

Vision-based mobile robot localization and mapping in an unknown environment, Military University of La Paz – Bolivia.
My duties in this project involved:

• Design and development of a small mobile robot for rough terrain.
• Program a graphical interface for remote control and monitoring.
• Development of control algorithms for different scenarios.
• Information of the route and image capturing sent via wireless communication.
• Precision manufacturing and assembly of the 3D CAD design.

2007

Development of software to automatically generate Multiple Selection Exams, Military University of La Paz – Bolivia.
My duties in this project involved:

• Develop a database in Oracle guarantying Integrity, Confidentiality and Availability.
• Database filled up to 200 questions, with the ability to increase under user input.
• Design a web application for different users (Professors, Secretary, Students).
• Database able to generate unique questions for each student, limited to a number of students.

2007

Mobile Robot with sensors and actuators, Military University of La Paz-Bolivia.
My duties in this project involved:

• Design and development of a small mobile robot for uneven terrain, with the purpose to test different sensors.
• Operation via serial communication.
• Precision manufacturing and assembly.

2006

ATM simulator, Military University of La Paz-Bolivia.
My duties in this project involved:

• Object oriented programming of a graphical interface for an ATM machine and its corresponding electronics sensors.
• Design and development of a database in Mysql.
• Generate analytics and automatic calculation of probabilities and statistics to offer all the necessary information for several kind of operations.
• The program also offered payment options for regular expenses, such as water and electricity, as an option for the Bolivian ATM.

2006

Program an Embedded system for Home automation, Military University of La Paz-Bolivia.
My duties in this project involved:

• Electronic design and embedded programming in Assembler.
• Data analysis and decision making based on sensor information.
• Precision manufacturing and assembly of scaled structure.

2005

E-learning program for Equivalence of Chemical Elements, Military University of La Paz-Bolivia.
My duties in this project involved:

• Help develop a university course with theory and application of a new method for Equivalence of Chemical Elements developed by a Professor of the university.
• Develop a small database filled with the value of the periodic elements.
• Design and development of a user-friendly web application (using PHP), so that students could use it to learn.

SOFTWARE

C/C++, Python, Matlab/Simulink, Virtual Machines (VirtualBox, VMware, Virtual Manager, KVM), Euclid (Data Model, Data ModelBindings, GitLab, EDEN.3.0, Lodeen, Codeen, Sonarqube, Jenkins, DMLibs, DMtools, SDC workflow, pipelines, redmine), FITS, XML, Eclipse, VSCode, Atom, Electron, Qt, Sublime, fork, Maple, KUKA Robot Programming, LabVIEW, AVR, Kyle uVision, RODOS, System Workbench for STM32, Bash, CMake, Filezilla, Putty, Notepad++, slurm, Docker, Environments, Java, Jade, C#, Process Maker, UML, Elements, Javascript, PHP, CSS, HTML5, Cobra, ORACLE, PostgreSQL, SOAP, MySQL, LeXWARE, DATEV, Nagios, LATEX, Windows Server in General, Visual Studio in General, Microsoft Technologies, Microsoft Office in General.

OS

Linux, Mac OS, Microsoft Windows

TECHNICAL SKILLS, PROFESSIONAL EXPERIENCES AND INVOLVEMENT IN THE FOLLOWING AREAS

Data Architecture, Systems Engineering, Software Developer, Server Management, Databases Management, Control Systems, Automation Technologies, Embedded Systems Programming, Networking and Communication Technologies.

2011 – 2014

MSc. in Space Science and Technology, Julius Maximilians-Universität Würzburg, Germany. Majored in Automation, Control and Communication of Space Robotics

Thesis title

Determining the structural geometry of physical constellations using distance measurements

Description

Theoretical and practical development of optimization algorithms to determine the structural geometry of physical constellations. Implementation methods under C/C++: Interior point, trust region, Newton.

2005 – 2010

Diplom-Ingenieur in Systems Engineering, Military University of Engineering (EMI), La Paz – Bolivia, Majored in System Engineering, Software Development and Networking and Communication Technologies.

Thesis title

Application of control algorithms for motion control in robotics. Case study: Robotic manipulator with three degrees of freedom (Several industrial motions)

Description

Model-Based development of motion control algorithms for a robot manipulator with three degrees of freedom.
Simulation Environment: Matlab / Simulink.
This thesis received the maximum grade in the program.

GERMAN

Good command

ENGLISH

Native

SPANISH

Native

ITALIAN

Intermediate

Data Architect

Systems Engineering

Space Science and Technology

Systems Administrator

Data Science

Software Development

Systems Engineering

Embedded Control Systems

Space Subsystems Coordinator