This proposal aims to understand the environment and lifecycle of digital technology development in Asia. Through this internship, with the collaboration of the academic supervisor and the Cansbridge Fellowship, the student will aim to write a review paper that examines the environment and lifecycle of digital tech developments in Asia, and will explore avenues to […]

Fabstation-Steel is the flagship product of Eterio Realities Inc. It is designed to improve Structural Steel Fabricators’ production quality and velocity by using AR (augmented reality) virtual assembly model overlay technology. Since the accuracy of the virtual model overlay is critical to the success of the product, this research project aims to improve the virtual […]

The design optimization process of photonic and optoelectronic devices can be time consuming. The modeling of these electrically-long devices is time-intensive. Accurate time-domain and frequency-domain simulation tools such as the finite difference time domain (FDTD) method and the finite element method (FEM) are usually utilized to model these devices. These methods require fine meshing to […]

Epilepsy affects 65 million people globally, with 30% unable to control their seizures with medication. Implantable devices that control brain activity via electrical stimulation are an alternative treatment option; however, existing FDA-approved devices only render 13% of patients seizure-free for up to a year. NerveX Neurotechnologies has developed ANIMO (Adaptive Neural Implant for Modulation and […]

Dealing with Cyber Physical Systems, this project takes two directions: First, system engineers at Auxon (our industrial partner) are interested in understanding the reason(s) why the system fails and, more precisely, why its behavior deviates from previously observed one(s), showing anomalies. Furthermore, to help Auxon diagnose the problem, we also provide them with root cause(s) […]

This project aims to provide a solution to a critical problem in existing superconducting quantum processors by developing methods to create long-range interactions. Superconducting qubits are one of the most promising platforms for building quantum computers. Currently, quantum processors based on this technology offer the largest quantum memories, but do not benchmark well in terms […]

The GSI projectile fragment separator (FRS) is a versatile, high-resolution magnetic spectrometer designed to efficiently separate projectile fragments in their mass and nuclear charge. It has been efficiently used in the study of nuclear structure and reaction dynamics with relativistic radioactive heavy-ions over the last few decades. In the present project the intern will learn […]

Un certain nombre d’applications comme l’électronique portative ou la traçabilité de produits bénéficieront considérablement du développement de l’électronique imprimée grâce entre autre à la flexibilité et à la légèreté des dispositifs obtenus, couplés à des coûts modérés par l’utilisation de machinerie pouvant les produire rapidement à grande échelle. De plus, la possibilité de créer des […]

The Data Science/Analytics team at Voices is looking for a Data Analyst Intern to join the team and support analytics initiatives from developing Tableau reports to provide an in-depth/holistic understand of the platform, leveraging our datasets to provide insights/recommendations to decision makers, and producing predictive models on KPIs (i.e. retention, hire rate) to surface prescriptions/improvement […]

Since 2003, Humanware develops a GPS-based dedicated device that helps blind people to orient themselves and guides them to their destination. In this project, we want to enhance the user experience by providing a better understanding of the environment and interacting with the device in a more natural way. This project specifically addresses how the […]

This project involves interning for the Cansbridge Fellowship in Canada. The primary focus of the work-term will be to study the methods that such business used to scale from inception to present day in Asia virtually while interning for the Cansbridge fellowship. The methods of growth will focus on three aspects: (i) access to early […]

Atomic Force Microscopes have gained wide acceptance as a robust tool for metrology of nanometer and atomic scale surfaces. Nonetheless, AFMs lack some key capabilities that would benefit the industries and the scientific community at large. In this project, the limited scan range (1000×1000 um2), bringing the (sub-)nano resolution AFM images into the millimeter range. […]