Scholarship Position: Pre-doctoral: BCMaterials, a leading research center based in Leioa, Spain, is offering a pre-doctoral position in Computational Nanochemistry. This exciting opportunity is aimed at passionate individuals interested in harnessing the power of machine learning to enhance computational chemistry simulations. Join us in the study of colloidal quantum dots (QDs), a cutting-edge material with remarkable optoelectronic properties. This fully funded, 3-year position offers a competitive salary and benefits and includes enrollment in a PhD program at UPV/EHU. Don’t miss this chance to accelerate your research career and contribute to groundbreaking discoveries.
Summary Table
- Call Reference Number: 2023-26
- Call Name: Pre-doctoral position: Computational Nanochemistry
- Application Deadline: October 31, 2023
- Position Details: BCMaterials in Spain is offering a pre-doctoral position for Computational Nanochemistry (Call reference number: 2023-26).
- Application Deadline: The application deadline is October 31, 2023.
- Research Focus: The research involves creating an automated platform that employs machine learning to study molecular properties, especially colloidal quantum dots (QDs), for applications like electroluminescent displays and automated driving.
- Duration and Funding: The position is full-time and funded for 3 years, with enrollment in a PhD program at UPV/EHU.
- Requirements: Applicants should have a Master’s degree in materials science, chemistry, physics, biology, biotechnology, or related fields. Proficiency in English, self-motivation, teamwork, and presentation skills are desirable.
- Work Program: The PhD candidate will use machine learning to predict quantum dot energy and forces for larger systems, contributing to the development of the platform and independent research.
- Application Procedure: To apply, submit a motivation letter and CV in English on BCMaterials’ portal, including contact details for 2 referees.
Study Area This scholarship focuses on Computational Nanochemistry, specifically on the application of machine learning techniques to molecular properties and computational chemistry simulations. The research will target colloidal quantum dots (QDs) with exceptional optoelectronic properties, addressing their applications in areas like electroluminescent displays and automated driving.
Scholarship Description The successful candidate will work on creating an automated platform that employs machine learning methods to predict molecular properties, forces, and electronic structures of quantum dots, with a focus on IIIV materials such as InP and InAs. The aim is to significantly accelerate molecular dynamic simulations, allowing us to study processes related to light emission in these materials. This position is full-time, with a 3-year duration, and the candidate will be enrolled in a PhD program at UPV/EHU. Competitive salary and benefits will be provided.
Eligibility To be eligible for this scholarship, candidates should have:
- A Master’s degree in Materials Science, Chemistry, Physics, Biology, Biotechnology, or related fields.
- Proficiency in English, both spoken and written.
- Self-motivation, teamwork skills, and the ability to coordinate research in a specific topic.
- A high level of motivation and independent thinking abilities.
- Willingness to learn new skills beyond one’s discipline.
- Strong presentation skills and a commitment to meeting deadlines.
Required Documents Interested candidates should submit the following documents:
- CV
- Cover letter outlining relevant experience and research interests.
How to Apply To apply for this pre-doctoral position, please submit your CV and cover letter to the following email address: [email address] by the application deadline of October 31, 2023.
Last Date The application deadline for this scholarship is October 31, 2023. Don’t miss this opportunity to engage in cutting-edge research in Computational Nanochemistry and contribute to the advancement of quantum dot technology. Join us at BCMaterials in beautiful Leioa, Spain, and be part of groundbreaking international collaborations in the field of quantum dots.
For further information and inquiries, please refer to the contact details provided in the original post.
