Quantum Technologies for Engineering
Available Positions at QTE
We are hiring and we are excited that you are thinking of joining us!
Read on for more details about our current vacancies.
Scientist
Closing date: Oct 31, 2022
We are looking for a capable and motivated candidate to join our research on integrated quantum and nonlinear photonics. The project aims to develop an integrated quantum photonic platform based on thin-film lithium niobate. Main device components to be developed include on-chip photon-pair sources, electro-optic modulators, frequency combs, and integrated superconducting single-photon detectors. The candidate will also have the freedom to explore other topics such as piezo-optomechanics, microwave-optical transduction, and superconducting circuits.
This position resides in the Quantum Technologies for Engineering (QTE) Department at the Institute of Materials Research and Engineering (IMRE). Successful candidates will be involved in, but not limited to, the following activities.
Design and fabrication of integrated photonic devices
Developing electrical poling process for lithium niobate
Performing optical and electrical characterization of fabricated devices
Requirements
Ph.D. degree in Physics, Applied Physics, Electrical Engineering, Material Science and Engineering, or other relevant fields.
Experience in nano/micro-fabrication
Knowledge in nonlinear and/or quantum photonics
Programming skills (e.g., Python, MATLAB)
Ability to work as a team and communicate effectively
Contact Dr Zhu Di if you are interested in applying or finding out more. Interested applicants can apply here.
Specialist
Closing date: Oct 31, 2022
We are looking for a motivated Research Specialist to join our research on integrated quantum photonics. The project aims to develop integrated quantum light sources and detectors on a hybrid platform that combines lithium niobate nonlinear photonics and superconducting electronics. This platform will enable many highly desirable functionalities in quantum information applications, such as on-chip entanglement generation, microwave-optical transduction, and optical readout of superconducting devices.
This position resides in the Quantum Technologies for Engineering (QTE) Department at the Institute of Materials Research and Engineering (IMRE). Successful candidates will be involved in the following activities.
Characterization of integrated photonic devices, including loss and quality-factor measurement
Material processing and inspection, including poling of lithium niobate crystal followed by domain imaging
Assisting in fabrication of photonic and microwave devices
Organization and procurement of laboratory supplies and components
JOB REQUIREMENT
Bachelor's or master’s degree in electrical engineering, physics, applied physics, mechanical engineering, material science, or other relevant fields
Basic knowledge in optics or electronics
Basic programming skills (e.g., Python, MATLAB)
Ability to communicate and work closely with team members
Past experience in the job activities listed above is preferred, but a strong willingness to learn is sufficient. Trainings will be provided.
Ability to work as a team and communicate effectively
Contact Dr Zhu Di if you are interested in applying or finding out more. Interested applicants can apply here.
Specialist
Closing date: Oct 31, 2022
We are searching for a highly motivated individual who is able to work independently and within a team to help with data acquisition and hardware programming. He/she will also be tasked with designing opto-mechanical components and working with our team to build and characterize atomic magnetometers capable of measuring magnetic fields about 10 parts per billion smaller than Earth's magnetic field to enable diverse applications ranging from brain imaging, explosives detection, and even searches for exotic physics.
Job requirements
Bachelors or Masters degree in Physics, Applied Physics, Engineering, or a related field
Familiarity with programming and data acquisition
A passion and zeal for learning and trying out new ideas in lab
Ability to communicate and work well in a team
Good critical thinking and problem-solving skills
Contact Dr Junyi Lee if you are interested in applying or finding out more. Interested applicants can apply here.
Scientist
Closing Date: Sep 27, 2022
We are looking for an experimental research scientist to join the development of an integrated quantum photonics platform, with a focus on integrated single-photon detectors. The scientist will be heavily involved in developing the device designs, building up our opto-electronics testing capabilities, and eventual device packaging and deployment. The successful candidate will work on the following:
Design and develop photonics-integrated photodetectors and other silicon photonics devices
Perform and/or oversee device fabrication processes
Design, construct, and automate opto-electronic test stations for device testing
Experimentally characterize fabricated devices (bare chips and packaged devices)
Design and integrate control circuitry for operating integrated single-photon detector devices
Integrate, develop, and test a wider integrated quantum photonics platform
Job Requirements
Relevant PhD degree in a Physics or Engineering field
Background in experimental optics and/or electronics
Able to independently plan and execute research work
Ability to program (especially Python) lab equipment for testing automation
Direct experience with photonics/photodetectors is desirable
Familiarity with circuit/PCB design, high-speed electronics, mechanical design, and machining is desirable
Ability to communicate and work closely with team members
Contact Dr Victor Leong if you are interested in applying or finding out more.
Interested applicants can apply here.
To learn more about opportunities at QTE, please get in touch.
Note that all applications and supporting materials must be officially submitted through the
A*STAR Career Portal (vacancy-specific links are in the last line of each posting above).