Does your resume truly represent who you are and the skills you have obtained from your education and work experiences? Will your resume set you apart from the others and get you that interview? Learn from a counsellor from the Career Development Centre how to create a resume that is professional, effective and that represents what you can do. Subjects include:
Guest speaker: Prof. Bhavin J. Shastri, Engineering Physics Queen’s University Title: Neuromorphic Silicon Photonics Abstract: Artificial Intelligence (AI) is transforming our lives in the same way as the advent of the Internet and cellular phones. AI is revolutionizing the healthcare industry with complex medical data analysis, actualizing self-driving cars, and beating humans at strategy games such as Go. However, it takes thousands of CPUs and GPUs, and many weeks to train the neural networks in AI hardware. Over the last six years, this compute power has doubled every 3.5 months.
La faculté des sciences vous invite à l’atelier spécial Comment se préparer à un évènement d’emploi en préparation pour le Salon des carrières en science le 5 mars de 10h à 15h dans le foyer du pavillon de biosciences.
The Faculty of Science is inviting you to the special workshop How to prepare for an employment event in preparation for the Science Career Fair held on March 5th from 10 a.m. to 3 p.m. in the Biosciences complex lobby.
Title: Introduction to Electromagnetic Metasurfaces & their System Applications Abstract: "Metasurfaces are 2D metamaterials with engineered scattered fields. They have recently emerged as powerful tools to manipulate electromagnetic waves across the spectrum, and thereby enable a myriad of microwave applications in communication, radar, instrumentation and imaging, with superior performance or/and functionality.
Title: Surface Science on the Nanoscale and Optical Analogs of 2D-NMR Abstract: To be discussed are two new directions in our research group that have emerged from a decade of work on ultrafast exciton dynamics in semiconductor nanocrystals. In both cases we connect classical ideas in physical chemistry to new opportunities in materials science: By virtue of their small size, these semiconductor nanocrystals also have pronounced surface effects.
Title: Cavity Spintronics Abstract: Cavity spintronics (also known as spin cavitronics) is a newly developing, interdisciplinary field that brings together microwave and optical communities with researchers in spintronics and magnetism. The field started around 2014 when it was found that ferromagnets in cavities hybridize with both microwaves and light by light-matter interaction [1]. Since then, the emergence of cavity spintronics has attracted broad interest from groups studying quantum electrodynamics, cavity polaritons, optomechanics, superconductivity, plasmonics, and phononics.
