Lead Research Engineer, (Optoelectronics integration), QInC

Job Description

The strategic focus of Quantum Innovation Center (Q.INC) at A*STAR is to develop quantum devices for practical use. These devices will form the backbone of what is widely referred to as the future quantum economy, and they will have a transformative impact on virtually every aspect of modern life, ranging from human health to deep space exploration. Being an early part of the emerging quantum field brings exciting opportunities to interface with the latest technological developments, brilliant people across disciplines, inspiring and visionary leaders, and a supportive international community.  

We are looking for a talented, experimental-minded Research Engineer to join the technology translation team. You will play an integral role in designing, prototyping, fabricating, and characterizing the next generation of quantum devices and overseeing their deployment in real-world applications.

This is an opportunity to contribute to foundational early work that will eventually be transformed into a commercially viable product.  You will be the key to interfacing with vendors and internal teams and leading device prototyping, validation, and deployment. You will also play a key role in implementing a long-term technology strategy, focusing on delivering a practical, commercially viable solution that addresses customers’ needs.

Responsibilities (Depending on the qualifications and project need, will include but are not limited to the following):

• Design opto-electronic devices and simulate their performance (optical, thermal, mechanical, electrical) with the ultimate focus on meeting performance and SWAP-C targets.
• Lead the development of device demonstrators and prototypes. Establish and manage vendor relationships to ensure timely delivery and adherence to specifications.
• Build custom characterization laboratory-based workstations, design and execute validation experiments with strong attention to detail.
• Design and oversee device characterization under environmental conditions. Understand device performance, capture failure modes, and provide actionable feedback.
• Keep detailed records of experimental work, prepare reports, file invention disclosures, and updates for the key stakeholders.
• Contribute to strengthening horizontal relations with respective internal and external partners.

Job Requirements

• MSc or PhD in engineering science (applied physics, electronic engineering, optical engineering, laser physics, or closely related) with min 5-8 years of relevant experience
• Proven hands-on experience in designing, building, and testing opto-electronic devices and systems, with clear prototype/product demonstrators, preferably within an industrial environment.
• Understanding of principles of system engineering, product development cycles, and trade-off analysis.
• Demonstrated ability to independently plan and execute complex experiments while providing critical analysis and suggesting actionable improvement measures.
• Strong hands-on experience with optical, mechanical, and thermal simulation software (Zemax, Ansys, etc) as well as with experiment automation and DAQ (Python, Labview, etc.). Some familiarity with electronics is strongly beneficial.
• Advanced knowledge of optoelectronic componentry (lasers, detectors, optics, etc.) and the relevant suppliers/ service providers.
• Be able to express independent judgment and critical thinking while working harmoniously and constructively contributing to the team’s common goal.
• Practical mindset oriented towards product development with a strong focus on impact for end users.
• Some level of exposure to quantum technology is desirable, but not a must.

The above eligibility criteria are not exhaustive. A*STAR may include additional selection criteria based on its prevailing recruitment policies. These policies may be amended from time to time without notice. We regret that only shortlisted candidates will be notified.