Students
Students (BSc. & MSc.)
![Mateo Mateo](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Mateo-poneum17c7hrqppynmcm235uu41bko81u25aeiorlw.png)
Mateo Agustoni
BSc. Electronics and Automatics
Engineering student at UPM-ETSIDI
Jan 2022-May 2022
Laboratory technician, robot maintainer and electronic developer and manufacturer.
![Mercedes Alonso Mercedes Alonso](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Mercedes-Alonso-p13voc9r5pl9a8ayg725j2p79h0ry9cfjkx4w2omv8.jpg)
Mercedes Alonso
MSc. Automatics and Robotics Student at UPM-ETSII
-Feb 2020.
Organic control system for the ROMERIN climbing robot.
![Rocío Blanco Rocío Blanco](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Rocio-Blanco-p13vod7lcjmjlu9lapgs3kgnuuw55yg5vpkmdcn8p0.jpg)
Rocío Blanco
MSc. Automatics and Robotics Student at UPM-ETSII
-June 2020.
Advanced android interface for the control of the ROMERIN climbing robot on ROS.
![DanielBrito400x500 DanielBrito400x500](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/DanielBrito400x500-o5v8dv615btmli2ksfxazuarmycwkwr2q4tgrjfves.jpg)
Daniel Brito
BSc. Electronics and Automatics Engineering Student at UPM-ETSIDI
Oct 2018- Feb 2020
Mechatronic designer. Responsible of the electrical and mechanical design of the Modular prototype. Test bench platform designer.
![Marcos Campos Marcos Campos](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Marcos-Campos-p13vobbwyvjyymcbloniykxqo35eqk8p7g9nesq11g.jpg)
Marcos Campos
BSc. Electronics and Automatics Engineering Student at UPM-ETSIDI
Oct 2020-Jan 2021
Electromechanical design of a low cost torque-force sensor for the legs of the modular robot.
![Jorge Contreras Jorge Contreras](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Jorge-Contreras-p13uc6zd37oila8nldu3t837uybxoe7e99xrxu2ll0.jpg)
Jorge Contreras
BSc. Electronics and Automatics Engineering Student at UPM-ETSIDI
-2018
Researchs of engines and turbines for the small hexapodal robot.
![](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/2021/11/Fernando-768x900.png)
Fernando De las Heras Crespo
BSc. Electrics Engineering and Electronics and Automatics Engineering Student at UPM-ETSIDII
Oct. 2021 – Jun. 2022
3D environments design for ROMERIN movement simulations and simulation data analysis.
![Alejandro Figueroa Alejandro Figueroa](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Alejandro-Figueroa-p13vo7kk7jeto6hs7n10olvwajnxvrtruxnphovlqc.jpg)
Alejandro Figueroa
BSc. Electronics and Automatics Engineering Student at UPM-ETSIDI
Oct 2020 – Feb 2021
Electronic redesign of ROMERIN++: updating of the control board.
Designer of the website of ROMERIN.
![Virgilio Gómez Virgilio Gómez](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Virgilio-Gomez-p13vo7kk7jeto6hs7n10olvwajnxvrtruxnphovlqc.jpg)
Virgilio Gómez
MSc. Mechatronic Engineering at UNIMET and UPM
– Feb 2020
Adhesion systems for climbing robots using methods based on vacuum technology using ANSYS.
He has recently been admitted to the UPM’s Ph.D. program in Robotics and Automation.
![Philippe Lambrechts Philippe Lambrechts](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Philippe-Lambrechts-p13vod7lcjmjlu9lapgs3kgnuuw55yg5vpkmdcn8p0.jpg)
Philippe Lambrechts
MSc. Electromechanical Engineering at KU Leuven
-2017
Researchs and analysis to optimize the turbines of ROMERIN through ANSYS.
![image image](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/image-pfig7t932jakhgsyg23go6tkc9zwnwme8pzbudjm4k.png)
José Llavona Alonso
BSc. Electrical Engineering and Electronic and Automation Engineering Student at UPM-ETSIDI
Oct. 2021 – Jun. 2022
Software and hardware updates on the hexapod climbing robot ROMHEX. Control of the robot from external devices.
![Elia López Elia López](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Elia-Lopez-p13vo8ieedg3zsgf25fn93ncvxjb3gxi72b6yyu7k4.jpg)
Elia López
MSc. Automatics and Robotics Student at UPM-ETSII
-July 2019
Virtualization of the ROMERIN modular robot in V-REP and ROS.
![Juan Marino Juan Marino](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Juan-Marino-p13voae2s1ion0dor68we36a2pa1iv4yvbm5xirf7o.jpg)
Juan Marino
BSc. Electronics and Automatics Engineering Student at UPM-ETSIDI and MSc. Automatics and Robotics Student at UPM-ETSII
-2018
Initial firmware of the hexapodal robot.
![PabloMartinez400x500circular PabloMartinez400x500circular](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/PabloMartinez400x500circular-o4f8voo8z1ndeitsokyk8hbvet48svxcawhe0bt5fo.jpg)
Pablo Martínez
BSc. Electronics and Automatics Engineering
Oct 2017-Jan 2019
VREP Hexapodal robot model. Python API. Lua.
![Irene Irene](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Irene-pdi1vd0dmb7ttvv4p6zfch03u2hnem6ap08pkpxadg.png)
Irene Mengual
Electronics and Automatics Engineering Student at UPM-ETSIDI
Mar 2021-Sep 2021
Remote control of the hexapod climber robot ROMHEX
![DanielOlayo400x500circular DanielOlayo400x500circular](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/DanielOlayo400x500circular-nze2etpyty0sdzspi5sbsogbg03lvj11qy8vrt8vr8.jpg)
Daniel Olayo
Electronics and Automatics Engineering Student at UPM-ETSIDI
Oct 2018 – June 2019
Firmware of the hexapodal robot in C/C++.
![Ismael Palma Ismael Palma](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Ismael-Palma-p13vo9g8l7hebef1wnu9tlethbeob618j6yog8stdw.jpg)
Ismael Palma
Mexican grant of Excellence
-Feb 2017
Preliminary study of the possibility of using turbines for the adhesion to walls in the robot.
![JuanLuisPolo400x500 JuanLuisPolo400x500](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/JuanLuisPolo400x500-o4t5nmcnjwj7uw8u798gh709urpv71kw8wcbk9lyo4.jpg)
Juan Luis Polo
BSc. Industrial Engineering at UPM-ETSII
Oct 2017-Jan 2019
VREP Modular robot model. Python API. Lua.
![Jorge Scharfhausen Jorge Scharfhausen](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Jorge-Scharfhausen-p13voae2s1ion0dor68we36a2pa1iv4yvbm5xirf7o.jpg)
Jorge Scharfhausen
BSc. Electronics and Automatics Engineering Student at UPM-ETSIDI and MSc. Automatics and Robotics Student at UPM-ETSII
-2018
Point cloud based perception system.
![Samya Serroukh 2 Samya Serroukh 2](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Samya-Serroukh-2-p14m3va3l25s7k5n6zz54gkfqh26ztug17h56xue2s.jpg)
Samya Serroukh
BSc. Electronics and Automatics Engineering at UPM-ETSIDI
Oct 2020-June 2021
Design of the ROMERIN interface on ANDROID, ROS with a GamePad control.
![Nicoleta Nicoleta](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Nicoleta-p2k7uz625om8g8ir6d0s490cfog7mw9o223neliv9g.jpg)
Nicoleta Tirsina
BSc. Aerospace Engineering at UPB
Nov 2020 – Feb 2021
Design and mechanical study of the leg orientation system of a climbing hexapod .
![Imagen3 Imagen3](https://blogs.upm.es/romerin/wp-content/uploads/sites/577/elementor/thumbs/Imagen3-pas198cbfwjo7e7rfpz5s2zmy5twa9d5o8nywmridg.jpg)
Javier Valero
BSc. Electronics and Automatics Engineering Student at UPM-ETSIDI
Feb 2021 – July 2021.
Electromechanical redesign of the new suction cup iteration for the ROMERIN–. Electronic sensors in crown form PCB and flexible sucker.