Salary: 0-0K
Experience requirements: Unlimited experience
Educational requirements: Doctor
Job Description:
The Oxford Institute for Advanced Study in Optoelectronic Technology (OeTL) was established in July 2019, led by Professor Donal Bradley, a member of the Royal Academy of Sciences, and Professor Paul Stavrinou, from the Oxford School of Engineering, focusing on the research and application of new semiconductor optoelectronic materials and devices. The research covers fundamental research in the photophysical processes of optoelectronic materials and devices, as well as advanced process technologies at the micro and nano levels at the molecular level, and the preparation of high-performance electronic components, including light-emitting diodes, solar cells and detectors, lasers, and amplifiers. The research center strives to pursue low-cost and large-scale preparation processes for advanced technologies, promoting the rapid commercial transformation of research results. As a natural extension of the ongoing activities at Oxford University, OeTL is building cost-effective scale manufacturing capabilities to achieve commercialization in the near future.
The Optoelectronic Technology Laboratory (OeTL) was founded in July 2019, led by Prof. Donal Bradley and Prof. Paul Stavrinou. OeTL is focused on the development of novel semiconducting optoelectronic materials and devices and their application. In addition to the material development, the research spans the requisite studies into photophysical processes that underpin device operation and, from the molecular level, examines both micro- and nano-scale processes to develop high-performance electrical components that include light-emitting diodes, laser and amplifier components, solar cells and detectors, etc. While a natural extension of activities currently underway at Oxford University, the OeTL is building capacity towards cost-effective scale-up manufacturing for near-term commercialization.
Main responsibilities:
1. Collect and organize the latest developments in microcavity light source devices, including theoretical exploration and process innovation.
2. Conduct feasibility studies, evaluations, and pre research on cutting-edge microcavity light source devices.
3. Theoretical modeling and structural simulation of microcavity light source devices.
4. Performance characterization and data analysis of semiconductor materials and related devices;
5. Independently/assist in applying for scientific research projects, writing technical reports, preparing standard process documents, and applying for patents;
6. Assist in the daily safety management of the laboratory.
The role and responsibilities:
1. Maintain a current and up-to-date knowledge of microcavity light source devices, including theoretical exploration and process innovation.
2. Feasibility study, evaluation and demonstration of cutting-edge microcavity light source devices.
3. Theoretical modelling and structural simulation of microcavity light source devices.
4. Optical and electrical characterisation of devices and thin films; data management.
5. Contribute to the development and writing of new funding proposals, technical reports and standard process documents, and assist in patent applications.
6. Play a significant role in the day-to-day running and management of equipment and laboratories associated with the narrow linewidth light source project, including oversight and implementation of health and safety procedures.
Selection criteria:
Requirements:
Required:
1. Obtain a master's or doctoral degree in optics and optical engineering, condensed matter physics, materials physics, or other related fields, with solid professional knowledge and work experience. The requirements may be relaxed;
2. Possess relevant knowledge and experience in thin film optics or micro nano optics;
3. Familiar with the principles, preparation, testing, characterization, and analysis of semiconductor devices;
4. Have good English reading and writing skills, read English literature, and be proficient in organizing, summarizing, and summarizing professional literature and patents in both Chinese and English;
5. Strong interpersonal communication and coordination skills, with a sense of teamwork and collaborative spirit;
6. Able to independently conduct research work, possess interdisciplinary learning and research and development abilities, have strong problem-solving skills and innovative consciousness;
7. Possess a rigorous academic attitude and professional dedication, strong sense of responsibility, diligent work, and strong self motivation.
Essential:
1. MSc or PhD/DPhil in Optics, Optical Engineering, Condensed Matter Physics, or Materials Physics. Relevant work experience may substitute for academic qualifications.
2. Experience in thin-film optics or nanophotonics optics.
3. Skilled in design, fabrication and characterization of semiconductor devices.
4. Ability to communicate in both spoken and written English.
5. Effective communication skills, ability to work as part of an effective team.
6. Ability to work independently and to manage time efficiently towards agreed priorities.
7. Be viewed as a motivated, enthusiastic, organised self-starter who can work with a minimum of supervision but at the same time extract the benefits of an excellent research environment.
Preferred:
1. Experience in building optical physics applications or optical testing systems;
2. Experience in manufacturing optical thin films and reflectors;
3. Proficient in SETFOS, COMSOL, or FDTD, or able to use Matlab for modeling.
Desirable:
1. Experience of optical physics application and setup of optical testing systems.
2. Fabrication skills of optical thin-film and reflectors.
3. Proficient with SETFOS, COMSOL, or FDTD, or capable of modeling with MATLAB.

Please send your CV or resume as an attachment to the following email address:
mailto: rbhr@hrcenter.co.uk
With the subject line formatted as: 'Name + Position + Company Name + Location'.