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614
Funded Ph.D. Candidate Position ā ERC Advanced Grant Project - CORTICAL RHYTHMS (AT RISK)
šÆŁ¾ŁŲ²ŪŲ“Ł : Ų±ŁŲ§ŁŲ“ŁŲ§Ų³ŪŲ Ų¹ŲµŲØ Ų“ŁŲ§Ų³Ū Ų“ŁŲ§Ų®ŲŖŪŲ Ų²ŲØŲ§Ł Ų“ŁŲ§Ų³ŪŲ Ł/ŪŲ§ Ų³Ų§ŪŲ± ŲŁŲ²Ł ŁŲ§Ū Ł
Ų±ŲŖŲØŲ·
š¼ŲÆŲ§ŁŲ“ŚÆŲ§Ł: BCBL BASQUE CENTER ON COGNITION BRAIN AND LANGUAGE, SpainšŖšø
ā°Ł
ŁŁŲŖ: 31 اکتبر 2024
šŲŁŲ²Ł ŲŖŲŁŪŁŲ§ŲŖŪ:
Speech processing and reading are essential unique human abilities underpinning social, educational, and professional advancement. However early biomarkers of speech processing deficits that have been documented in reading disabilities such as Developmental Dyslexia (DD) have yet to be identified. Here, we will explore whether the cortical tracking of speech (CTS) - the temporal alignment between fluctuations in the speech signal and fluctuations in electrical brain activity ā can predict later reading deficits in DD. Cutting edge neuroimaging tools, carefully designed tasks, and longitudinal designs will be used to record CTS. Specifically, we will investigate whether CTS at an early age in speech processing and reading development (preschool years) can help detect early DD risks by predicting the children who will be diagnosed with DD later on (Grade 2 of primary school).
šŲ§Ų·ŁŲ§Ų¹Ų§ŲŖ ŲØŪŲ“ŲŖŲ±
#BCBL_BASQUE_CENTER
#Spain
#PhD
614
ŲÆŲ§ŁŲ“ŚÆŲ§Ł
washington university in st.louis
ŲØŲ±Ų§Ū Ų§Ł
Ų±ŁŲ² Ł ŁŲ±ŲÆŲ§ ŲØŲ±Ų§Ū Ų±Ų“ŲŖŁ ŁŲ§Ū Ų²ŪŲ±Ų session ŲÆŲ§Ų±Ł. Ł
ŪŲŖŁŲ§ŁŪŲÆ Ų«ŲØŲŖ ŁŲ§Ł
Ś©ŁŪŲÆ(Ų±ŁŪ دپارتŁ
Ų§Ł Ś©ŁŪŚ© Ś©ŁŪŲÆ).
Department of Electrical & Systems Engineering
ŲŖŲ§Ų±ŪŲ®: Ū²Ū· سپتاŁ
ŲØŲ±
Ų²Ł
Ų§Ł: Ū±Ū¶:Ū³Ū°
Studies in Arts & Sciences
ŲŖŲ§Ų±ŪŲ®: Ū²Ūø سپتاŁ
ŲØŲ±
Ų²Ł
Ų§Ł: Ū±Ū·:Ū³Ū°
614
Ų§ŪŁ Ų³Ų§ŪŲŖ ŁŲ± Ų§Ų² ŚÆŲ§ŁŪ session ŁŲ§Ū ŲÆŲ§ŁŲ“گا٠ر٠ŁŲ±Ų§Ų± Ł
ŪŲÆŁ. ŲØŲ§ ؓرکت ŲÆŲ± Ų§ŪŁ session ŁŲ§ Ų§ŲŲŖŁ
Ų§Ł ŁŪ٠اپŁŪکؓ٠ŁŲ³ŲŖ. ŲŲŖŪ ŲØŲ±Ų§Ū ŲØŲ¹Ų¶Ū Ų§Ų² ŲÆŲ§ŁŲ“ŚÆŲ§Ł ŁŲ§Ų ŁŲ± Ś©Ų³Ū Ś©Ł Ų“Ų±Ś©ŲŖ Ś©ŁŁ اپŁŪکؓ٠ŁŪ ŁŪŁ Ł
ŪŲ“Ł. Ų§ŪŁ Ų³Ų§ŪŲŖ ر٠ŲŲŖŁ
Ų§ ŚŚ© Ś©ŁŪŲÆ.
https://inform.ng
Ų§ŁŲØŲŖŁ Ł
ŪŲŖŁŁŪŲÆ ŲØŲ±ŪŲÆ Ų³Ų§ŪŲŖ Ų®ŁŲÆ ŲÆŲ§ŁŲ“ŚÆŲ§Ł Ł Ų§ŁŁŲ¬Ų§ ŁŁ
Ų³ŪŲ±Ś Ś©ŁŪŲÆ.
614
PhD Mechanical Contact Information Processing of Soft and Large-area Robot Skin
šÆŁ¾ŁŲ²ŪŲ“Ł : Ł
ŁŁŲÆŲ³Ū ŲØŲ±ŁŲ Ł
ŁŁŲÆŲ³Ū Ł
کاŁŪŚ©Ų Ł¾Ų±ŲÆŲ§Ų²Ų“ Ų³ŪŚÆŁŲ§ŁŲ Ų²ŲØŲ§Ł ŁŲ§Ū ŲØŲ±ŁŲ§Ł
Ł ŁŁŪŲ³ŪŲ Ł
ŁŁŲÆŲ³Ū Ų³ŪŲ³ŲŖŁ
ŁŲ§Ū Ś©ŁŲŖŲ±ŁŲ Ų±ŲØŲ§ŲŖŪŚ©Ų Ł
Ś©Ų§ŲŖŲ±ŁŁŪŚ©Ų ŪŲ§ŲÆŚÆŪŲ±Ū Ł
Ų§Ų“ŪŁŲ Ų§ŁŚ©ŲŖŲ±ŁŁŪŚ©
š¼ŲÆŲ§ŁŲ“ŚÆŲ§Ł: Eindhoven University of Technology, Netherlandsš³š±
ā°Ł
ŁŁŲŖ: 21 اکتبر 2024
šŲŁŲ²Ł ŲŖŲŁŪŁŲ§ŲŖŪ:
The demand for autonomous robots capable of physically interacting with the world in flexible and adaptable ways is rapidly increasing across industries and society. These robots are needed to perform heavy, non-ergonomic tasks in unstructured environments or to assist humans in physically demanding jobs. Tactile robotics, an emerging and challenging field, focuses on developing tactile sensing and perception technologies that enable robots to intelligently respond to contact.While significant progress has been made in finger-scale tactile sensing, challenges persist in developing soft, large-area robotic skin. A major hurdle is gathering sufficient contact information on the robot's surface when the skin covers large, curved body areas with only a limited number of embedded sensors.The important contact information, such as contact area, direction, pressure distribution, even slip incipient, is often not directly measurable. Instead, this information must be estimated from sensor signals produced by the mechanical model of the skin during contact. Advancing our understanding of this mechanical contact information processing is crucial for enhancing the feasibility and value of robotic skin technologies.
.
šŲ§Ų·ŁŲ§Ų¹Ų§ŲŖ ŲØŪŲ“ŲŖŲ±
#Eindhoven_University_Technology
#Netherlands
#PhD
614
Two PhD Research Assistant Positions in Computational Biofluidics and Biomechanics
šfield: Ł
ŁŁŲÆŲ³Ū Ų“ŪŁ
ŪŲ Ł
ŁŁŲÆŲ³Ū Ł
کاŁŪŚ©Ų Ł
ŁŁŲÆŲ³Ū ŲØŪŁŁ
کاŁŪŚ©Ų Ų¹ŁŁŁ
Ł
ŲŲ§Ų³ŲØŲ§ŲŖŪ
šÆtopic: The Computational Biofluidics and Biomechanics Laboratory at Oklahoma State University is recruiting two PhD candidates for Spring 2025. Research areas include applying computational fluid dynamics (CFD) to control SARS-CoV-2 aerosol transmission, developing AI-powered models for generic inhalers, and studying embolism formation in arteries. The positions offer hands-on research in computational modeling, pulmonary health, and collaboration with experimentalists and clinicians.
š¼university: Oklahoma_State_University, šŗšø United States
ā°deadline: Applications are evaluated on a rolling basis until filled.
For more information click here
#united_states
614
Repost from Learn Coding
@Rabbit
@Rabbit
Ų¬ŁŲŖ ŁŲ±ŁŲÆ ŲØŁ Ų±ŲØŪŲŖ pass Ų²ŪŲ± ر٠بزŁŪŲÆ ŲŖŲ§ ŲØŲ§Ų²Ū ŲØŲ§Ų² Ų“Łš
BTL164032871614
PhD Opportunities in Genetically Engineering Bacteria
šField: Ł
ŁŁŲÆŲ³Ū ŚŁŲŖŪŚ© باکترŪāŁŲ§ ŲØŲ±Ų§Ū Ś©Ų§Ų±ŲØŲ±ŲÆŁŲ§Ū پزؓکŪ
šÆTopic: Seeking graduate students to join a new research group at the University of Vermont (UVM). The focus will be on genetically engineering bacteria for healthcare applications.
š¼University: University of Vermont (UVM), USA šŗšø
ā°Deadline: Rolling applications (check the link for more details)
For more information, click here
#USA
#UVM
#PhD
#BiomedicalEngineering š
614
PhD Scholarship - Elucidating Protein Secretion in Yeast
šfield: Ł
ŁŁŲÆŲ³Ū Ų²ŪŲ³ŲŖŪŲ Ų²ŪŲ³ŲŖāŲ“ŁŲ§Ų³Ū Ų³ŁŁŁŪŲ Ų²ŪŲ³ŲŖāŲ“ŁŲ§Ų³Ū Ł
ŁŁŚ©ŁŁŪŲ ŚŁŁŁ
ŪŚ©
šÆtopic: This PhD project at Macquarie University, funded by the Australian Research Council (ARC) Discovery program, focuses on uncovering the genetic basis of protein secretion in yeast using advanced synthetic biology and genomics. The research involves developing yeast mutant libraries, applying microfluidics, and single-cell sorting techniques to identify yeast strains with enhanced protein secretion capabilities. The project aims to provide significant insights for biopharmaceutical and industrial enzyme production.
š¼university: Macquarie University, Australia š¦šŗ
ā°deadline: November 29th, 2024
For more information click here
#Australia
#Macquarie_University
#phd
614
Ų¬Ų§Ł
Ų¹ ŲŖŲ±ŪŁ ŁŲØ Ų³Ų§ŪŲŖ ŲØŲ±Ų§Ū Ł¾ŪŲÆŲ§ کرد٠پŁŲ²ŪŲ“Ł ŁŲ§Ū ŲŖŲŲµŪŁŪ Ų§Ų² ŁŲøŲ± Ų“Ł
Ų§ کداŁ
Ų§Ų³ŲŖŲ
614
Graduate Student Positions in Mechatronics, Artificial Intelligence, and Electric/Autonomous Vehicles
šField: Ł
ŁŁŲÆŲ³Ū Ł
کاŁŪŚ©Ų Ł
ŁŁŲÆŲ³Ū ŲØŲ±ŁŲ ŁŁŲ“ Ł
ŲµŁŁŲ¹ŪŲ Ų¹ŁŁŁ
کاŁ
Ł¾ŪŁŲŖŲ±
šÆTopic: McMaster University is seeking M.A.Sc and Ph.D. students to work on research projects in Mechatronics, smart systems, artificial intelligence, energy storage devices, electric and hybrid powertrains, and autonomous systems. These positions are available through the Department of Mechanical Engineering at McMaster University under the supervision of Dr. Ryan Ahmed.
š¼University: McMaster University, šØš¦ Canada
ā°Deadline: Not specified (early inquiry recommended).
For more information click here
#Canada
#McMaster_University
#PhD #Master
614
DC4 ā PhD Position Climate change and sustainability transition in circular real estate valuation
šÆŁ¾ŁŲ²ŪŲ“Ł: Ų§Ł
ŁŲ§Ś© Ł Ł
Ų³ŲŖŲŗŁŲ§ŲŖŲ Ų§Ų±Ų²Ų“ ŚÆŲ°Ų§Ų±ŪŲ Ų§ŁŲŖŲµŲ§ŲÆ Ų“ŁŲ±Ū Ł Ł
ŁŲ·ŁŁ Ų§ŪŲ ŲØŲ±ŁŲ§Ł
Ł Ų±ŪŲ²Ū ŁŲ¶Ų§ŪŪŲ Ł
Ų¹Ł
Ų§Ų±Ū ŪŲ§ Ų·Ų±Ų§ŲŪ Ų§Ś©Ł.
š¼ŲÆŲ§ŁŲ“ŚÆŲ§Ł: University of Naples Federico II, Italyš®š¹
š°Ł
ŁŲØŲ¹ ŁŲ§ŁŲÆ: ŲØŁŲ±Ų³ŪŁ Ł
Ų§Ų±Ū Ś©ŁŲ±Ūš°
ā°Ł
ŁŁŲŖ:11 اکتبر 2024
šŲŁŲ²Ł ŲŖŲŁŪŁŲ§ŲŖŪ:
The programme is transdisciplinary and co-produced by leading academics and practitioners who are passionate and knowledgeable about the real estate industry and about sustainability. The doctoral project at the Department of Architecture, University of Naples Federico II (research project DC4) is part of the response to the second objective, āValue of the building that lastsā. Using quantum concepts, this project will study how location features are affecting the value of a building, specifically with respect to climate change. Following, this project will study the potential of buildings being adaptively reused, maintaining their use and avoiding vacancy (and obsolescence), and building and location features affecting value depreciation or increase. A particularly relevant issue is whether adaptable buildings depreciate at a slower rate than less adaptable buildings in locations that are affected by climate change. Another question is which locations would be more favourable for adaptable developments or extending building lifespan and which locations would be favourable for demountable or shorter lifespan buildings.
šŲ§Ų·ŁŲ§Ų¹Ų§ŲŖ ŲØŪŲ“ŲŖŲ±
#University_Naples_Federico
#Italy
#PhD
614
PhD position in Edge-Cloud computing at the Department of Computer Science
šÆŁ¾ŁŲ²ŪŲ“Ł:Ų¹ŁŁŁ
کاŁ
Ł¾ŪŁŲŖŲ±
š¼ŲÆŲ§ŁŲ“ŚÆŲ§Ł: University of Innsbruck, Austriaš¦š¹
ā°Ł
ŁŁŲŖ:1 ŁŁŲ§Ł
ŲØŲ± 2024
šŲŁŲ²Ł ŲŖŲŁŪŁŲ§ŲŖŪ:
We seek a highly motivated PhD candidate with a strong background in distributed systems,cloud computing, and virtualization techniques. You have a masterās degree in computer science with a demonstrated record of excellence. Proficiency in Java and experience with additional programming languages is essential. A solid understanding of programming models, theoretical computer science, and practical engineering skills is crucial. Experience with Cloud, Edge, and IoT technologies is preferred. The candidate should be a skilled programmer committed to independent research and able to collaborate effectively within a team. Excellent communication skills, both written and oral, and the capability to produce high-quality scientific publications in ...
šŲ§Ų·ŁŲ§Ų¹Ų§ŲŖ ŲØŪŲ“ŲŖŲ±
#University_Innsbruck
#Austria
#PhD
614
#پŁŲ²ŪŲ“Ł_ŁŁŁ_ŁŲ§ŁŲÆ_ŲÆŚ©ŲŖŲ±Ū ŲÆŲ± Ų±Ų“ŲŖŁ ŁŲ§Ū ŁŁŲ³ŁŁŲŁ
Ų·Ų§ŁŲ¹Ų§ŲŖ ŲÆŪŁŪŲ Ų¹ŁŁŁ
Ų³ŪŲ§Ų³Ū
š³š± کؓŁŲ±: ŁŁŁŲÆ
š£Radboud University
ā³Deadline: 25 Aug 2024
š©āšŁ
ŁŲ§Ų³ŲØ ŲÆŲ§ŁŲ“Ų¬ŁŪŲ§Ł:
⢠Philosophy
⢠Theology
⢠Religious Studies
https://www.ru.nl/en/working-at/job-opportunities/phd-candidate-the-conceptual-history-of-ethics-in-modern-arabic
614
Repost from Learn Coding
Ł
Ų¹ŲŖŲØŲ±ŲŖŲ±ŪŁ ŲØŲ§ŲŖ ŲŖŁŚÆŲ±Ų§Ł
.
š
@Major
@Major
@Major
Ų¢ŪŁŲÆŁ Ū Ų®ŁŲØŪ ŲØŲ±Ų§Ų“ Ł
ŲŖŲµŁŲ±ŪŁ
š
614
PhD-Position - Development of scalable superconducting quantum systems
šÆŁ¾ŁŲ²ŪŲ“Ł: ŁŪŲ²ŪŚ©ŲŁ
ŁŁŲÆŲ³Ū ŲØŲ±Ł
š¼ŲÆŲ§ŁŲ“ŚÆŲ§Ł: Forschungszentrum Jülich, Germanyš©šŖ
ā°Ł
ŁŁŲŖ: ASAP
šŲŁŲ²Ł ŲŖŲŁŪŁŲ§ŲŖŪ:
Your Job:
This position focuses on building, operating, and testing superconducting quantum devices. Your tasks in detail are:
⢠Design and fabrication of superconducting quantum circuits
⢠Setting up experimental systems for cryogenic measurements
⢠Development of a microwave quantum control & readout stack
⢠Development of Python code to operate quantum systems
⢠Detailed experimental characterization of superconducting qubits to quantify performance and identify limiting physical mechanisms
⢠Perform quantum device calibrations, benchmarking, and run quantum algorithms
šŲ§Ų·ŁŲ§Ų¹Ų§ŲŖ ŲØŪŲ“ŲŖŲ±
#Forschungszentrum_Jülich
#Germany
#PhD
614
PhD Studentship: Innovative Ways of Supporting Physical Activity Promotion and the Systems that Drive It
šÆŁ¾ŁŲ²ŪŲ“Ł:Ų±ŁŲ§ŁŲ“ŁŲ§Ų³ŪŲ ŲØŁŲÆŲ§Ų“ŲŖ Ų¹Ł
ŁŁ
ŪŲ Ų¹ŁŁŁ
Ų±ŁŲŖŲ§Ų±ŪŲ Ų¹ŁŁŁ
ŁŲ±Ų²Ų“Ū ŪŲ§ Ų±Ų“ŲŖŁ ŁŲ§Ū Ł
Ų±ŲŖŲØŲ·.
š¼ŲÆŲ§ŁŲ“ŚÆŲ§Ł: Newcastle University, United Kingdomš¬š§
ā°Ł
ŁŁŲŖ: 2 سپتاŁ
ŲØŲ± 2024
šŲŁŲ²Ł ŲŖŲŁŪŁŲ§ŲŖŪ:
Despite decades of collective efforts, there has been little reduction in global and UK physical inactivity. We are interested in researching new approaches to how systems bring about changes in physical activity. We are looking for a student who can think creatively with theory from different areas (e.g., psychology, sociology, political and systems sciences), regardless of their disciplinary background. We will work together to understand how we can better support systems, and those within them, to thrive. You will develop a range of research methods and engage closely with policymakers and practitioners.
šŲ§Ų·ŁŲ§Ų¹Ų§ŲŖ ŲØŪŲ“ŲŖŲ±
#Newcastle_University
#United_Kingdom
#PhD
614
Repost from Learn Coding
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Ų¢ŪŁŲÆŁ Ū Ų®ŁŲØŪ ŲØŲ±Ų§Ų“ Ł
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