Oferta de contrato FPI en el Grupo de Investigación MYDASS (Modelling & Development of Advanced Software Systems). 22/10/2024. Fecha límite: 06/11/2024
La Universidad de Granada (UGR) oferta un contrato predoctoral (FPI - Personal Investigador en Formación).
Esta oferta se enmarca en el proyecto " PID2023-149185OB-I00. UNA PLATAFORMA DE SALUD CON SERVICIOS DE COMPUTACION CONTINUA PARA DETECTAR EL ESTRES Y LA ANSIEDAD EN LAS PERSONAS MAYORES", concedido en la convocatoria de los proyectos de Generación de Conocimiento 2023, y que se llevará a cabo en el Grupo de Investigación MYDASS (Modelling & Development of Advanced Software Systems) del Departamento de Lenguajes y Sistemas Informáticos de la UGR.
El objetivo del proyecto es desarrollar una plataforma de Internet de las Cosas (IoT) en el continuum computing, de tal forma que se lleve parte de la computación al edge, y aplicarla para la evaluación de estrés y ansiedad en mayores usando sensores y técnicas de machine learning para el análisis de los datos recogidos. Las principales actividades que realizará la persona contratada serán:
- Diseño de la plataforma y realización de propuestas de cómputo en el edge.
- Propuesta y desarrollo de modelos de clasificación basados en los datos recogidos en experimentos.
- Propuesta y aplicación de técnicas de obtención de datos sintéticos.
- Presentación de resultados en congresos y revistas científicas.
- Realización de una estancia de investigación con un grupo internacional.
Estas actividades estarán enmarcadas en la tesis doctoral de la persona contratada, y serán supervisadas por las profesoras María Bermúdez Edo y María José Rodríguez Fórtiz.
Si conocéis a estudiantes que ya tengan un título de máster (o lo vayan a tener en enero/febrero) y que pudieran estar interesados en realizar una tesis doctoral en esta línea, os agradeceríamos que les hagáis llegar esta información.
La convocatoria está abierta hasta el 6 de noviembre, y las solicitudes pueden enviarse a través del siguiente enlace: https://investigacion.ugr.es/recursos-humanos/predoctorales/fpi-2024
y hay que seleccionar el proyecto PID2023-149185OB-I00 - María del campo Bermúdez Edo
Título del proyecto: “Una Plataforma de Salud con Servicios de Computación Continua para Detectar el Estrés y la Ansiedad en las Personas Mayores”.
Para cualquier duda, los interesados(as) pueden ponerse en contacto con María Bermúdez Edo (@email) y María José Rodríguez Fórtiz (@email).
PhD position: Sustainable ubiquitous RF electronics on biodegradable and compostable substrates targeting a circular economy in Internet of Things (IoT). 19/10/2024
Departamento de Electronica y Tecnología de Computadores. Universidad de Granada
We are looking for an MSc. or MEng. graduate interested in pursuing a PhD as part of an exciting research project to be developed within the Pervasive Electronics Advanced Research Laboratory (PEARL) at the University of Granada (Granada, Spain). This project focuses on demonstrating the feasibility of developing next-generation radiofrequency (RF) modules for wireless communication systems in IoT using biodegradable and compostable materials, with the goal of promoting a sustainable circular economy. You will join a multidisciplinary team that encourages creativity, critical thinking, and excellence. Additionally, you will have the opportunity to contribute to the comprehensive characterization of cutting-edge biodegradable substrates and conductive inks for RF applications, with the objective of driving progress towards circular electronics.
Main aims of the PhD position:
• Advanced characterization of suitable biodegradable/compostable substrates for high-frequency (HF) printed electronics: You will conduct HF characterization of potential sustainable substrates, analyzing the complex dielectric behavior of biodegradable materials across a wide frequency range.
• Identification of appropriate sustainable inks for future RF printed circuits: You will focus on characterizing the electrical conductivity at RF, sheet resistance, printability, solderability, as well as the curing and drying properties of potential eco-friendly conductive inks, ensuring good adhesion to the target substrates.
• CAD modeling and electromagnetic co-simulations: You will work on extracting the relevant parameters describing microwave technology based on biodegradable/compostable materials through experimental measurements. These findings will contribute to building a CAD library for electromagnetic simulations of novel sustainable RF technologies.
• Design and manufacturing sustainable printed circuits operating at high frequency: You will design, fabricate, and characterize multiple prototypes to demonstrate the feasibility of manufacturing sustainable printed RF electronics.
What Are We Looking for in You?
We are seeking highly motivated candidates who are passionate about science and pushing the boundaries of knowledge, committed to advanced technology research focused on sustainability and the circular economy, with a strong interest in electronics and innovative materials.
Requirements:
• BSc./BEng. and MSc./MEng. Degrees in Electronic Engineering, Telecommunications, Physics, or related fields.
• Prior experience with electronic characterization lab equipment, printed electronics, RF circuit layout design, and electromagnetic simulation is an advantage.
• Interest in the Internet of Things (IoT), sustainable electronics, circular economy, printed circuits, and RF/microwave applications.
• Ability to work effectively in a team, communicate ideas clearly, and propose innovative solutions.
We Offer:
• A 4-year PhD contract with funding for international research stays.
• A first-class research environment with access to cutting-edge technologies and laboratories.
• Opportunities to collaborate with international researchers and experts.
• Participation in scientific conferences and international collaboration networks.
• Support for both professional and academic development.
• The chance to contribute to the development of innovative sustainable technologies for future wireless
communication electronics in IoT.
How to Apply?
To apply or to obtain further information, please submit your CV, specifically highlighting your expertise in relation to the desired skills listed above, to Francisco Pasadas (@email).
PhD position: Design and development of autonomous flexible two-dimensional material based IoT edge nodes. 19/10/2024
Departamento de Electronica y Tecnología de Computadores. Universidad de Granada
We are seeking a talented and motivated young graduate interested in doing a PhD within an exciting research project aimed at designing, modeling, and demonstrating innovative electronic devices for an Internet of Things (IoT) node using two-dimensional (2D) materials. This project offers a unique opportunity to be at the forefront of technological innovation in a rapidly growing field. You will work in a multidisciplinary and dynamical team that fosters creativity, critical thinking, and excellence. You will have the chance to contribute to the advancement of IoT technology through applied research and the development of new electronic devices based on two-dimensional materials.
Main aims of the PhD position:
• Design and Optimization of Electronic Devices: You will conduct advanced numerical simulations to optimize the architectures and materials of the key electronic devices.
• Compact Device Modeling: You will develop accurate compact models of electronic devices to be integrated into IoT nodes, ensuring their performance and scalability.
• Device Layout Design and Fabrication: You will collaborate on designing the layouts for device fabrication, ensuring they are ready for production and characterization.
• Development of IoT Electronic Modules: You will design and optimize the full electronic modules that integrate the devices into a functional IoT system, focusing on efficiency, low power consumption, and high connectivity.
• Evaluation and Validation of the IoT Node: You will carry out rigorous testing to evaluate and improve the performance of the IoT node, ensuring its functionality in real-world environments.
What Are We Looking for in You?
We are seeking highly motivated candidates, passionate about advanced technology research, with a strong interest in electronics and cutting-edge materials. We are looking for individuals who enjoy solving complex problems, working in teams, and who have a proactive attitude toward pushing the boundaries of knowledge.
Requirements:
• Degree in Electronic Engineering, Telecommunications, Physics, or related fields.
• Prior knowledge of numerical simulations, device modeling, and/or circuit layout design is welcome.
• Interest in the Internet of Things (IoT) and two-dimensional materials.
• Ability to work in a team, effectively communicate ideas, and propose innovative solutions.
We Offer:
• A PhD contract with a duration of 4 years.
• First-class research environment with state-of-the-art technologies and laboratories.
• Opportunity to collaborate with international researchers and experts in 2D electronics and radiofrequency.
• Participation in scientific conferences and international collaboration networks.
• Support for professional and academic development.
• Opportunity to contribute to the creation of disruptive technologies that could define the future of IoT.
How to Apply?
To apply (or to get further information), please submit your CV, specifically referencing expertise aligned with the above list of desired skills to Enrique G. Marin (@email) and Andrés Godoy (@email). We look forward to meeting you and building the future of IoT together!