DEPARTMENT OF PHYSICS

Research Assistant (PR0138/23-24)

We are looking for 1-2 Research Assistants to work on printable organic (bio)sensors and optoelectronic components with organic semiconductor thin films. The appointee would have the opportunity to collaborate with experts in the relevant fields and grow as a researcher. Please find the relevant information about the research group at https://sites.google.com/view/sjwanghkbulab/home

Requirements:

  • A bachelor or master's degree in applied physics, electronic engineering, nanotechnology, biomedical engineering or relevant fields;
  • Ideally with some previous experience in thin-film deposition, electrical-optical measurements, printed electronics/inkjet printing and multi-parameters physical simulation such as COMSOL Multiphysics;
  • Ability to work independently; and
  • Good communication skills.

A highly competitive remuneration with respect to experience will be provided.

The initial appointment will be made on a fixed-term contract between 3 to 6 months. Re-appointment thereafter will be subject to mutual agreement and funding availability. The conversion to funded PhD candidate may be possible upon mutual agreement. Informal enquiries about the post can be directed to Dr. Shu-Jen Wang via shu-jenwang@hkbu.edu.hk. 

Application Procedures:

Applicants are invited to submit their applications at the HKBU e-Recruitment System (https://jobs.hkbu.edu.hk). Those who are not invited for interview 8 weeks after the submission of the application may consider their applications unsuccessful. Details of the University's Personal Information Collection Statement can be found at https://hro.hkbu.edu.hk/pics.

The University reserves the right not to make an appointment for the post advertised, and the appointment will be made according to the terms and conditions applicable at the time of the offer.

Review of applications is ongoing until the position is filled.

 

JC STEM Lab of Neuronal Circuit Dynamics
Several postdoctoral positions in theoretical/computational and experimental neuroscience
Understanding how adaptive and maladaptive behavior emerges from the operation of neuronal circuits is a central topic across different sub-disciplines within neuroscience. Our laboratory’s research program capitalizes on the establishment of cutting-edge optical technologies based on engineered molecular reporters that convert electrical signals of neurons into optical signals (ref#1). Electrical signals captured from the brain of mice while they engage in different behaviors such as perception, learning and execution of tasks, as well as social interactions are analyzed using advanced computational methods to address and derive theoretical models and predictions (ref#2). For this line of research we are seeking several postdoctoral researchers to work synergistically both within the team and with our collaborating teams. The work will entail using novel neurotechnology and approaches to conduct multi-level investigations to address big questions in neuroscience. Successful candidates will be a part of a highly interdisciplinary collaborative teamworking environment that values effective communication, integrity and equality.
One theoretical/computational neuroscientist: we seek a theoretical/computational neuroscientist with a strong mathematical and computational background. Candidates with an interest in understanding the overlap and differences between natural and artificial intelligence are particularly encouraged to apply.
One mouse in vivo experimentalist: for in vivo experimental work, we wish to recruit a skilled experimenter with strong biological background and an analytical approach to technical challenges. Previous experience with mouse in vivo experiments is necessary. Previous experience with neuronal activity optical imaging, particularly head-fixed imaging, is desirable.
One molecular experimentalist: at the molecular level, we work on the premise that the physical substrate of mind sets (diversity of personalities) involves epigenetic modification in neuronal circuits (ref#3). To test this emerging research field and to interface work in line with the above theoretical and experimental neuroscience topics, we are seeking an individual with experience (or strong interest) in nanopore based DNA methylation analysis and previous bioinformatics training. 
Requirements for all positions:
  • PhD in a STEM subject. Candidates with degrees in neuroscience, data science, bioinformatics, and computational biology are particularly encouraged to apply.
  • Knowledge of scientific background relevant to the research area.
  • Original research published or under revision in a reputable journal.
  • Good English communication skills and strong critical thinking ability.
  • Able to prioritize and work collaboratively in a diverse workforce.
(Ref#1) Optical voltage imaging in neurons: moving from technology development to practical tool. doi: 10.1038/s41583-019-0231-4.
(Ref#2) Cortex-wide spontaneous activity non-linearly steers propagating sensory-evoked activity in awake mice. doi: 10.1016/j.celrep.2022.111740.
(Ref#3) https://en.wikipedia.org/wiki/Behavioral_epigenetics
 
Please address informal inquiries to Prof Thomas Knopfel <tknopfel@knopfel-lab.net>