From student to mentor: QSYS alum returns as a lecturer and begins her undergraduate journey at À¶ĘźÊÓÆ”
Shraddha AangirasÌęinspires the next generation of quantum students at the 17th annual Quantum School for Young Students (QSYS) workshop.
By Takudzwa Mudzongo
QSYSÌęis a specialized enrichment program at the Institute for Quantum Computing (IQC) designed for high school students eager to explore the exciting world of quantum science. Through a combination of expert lectures, problem-solving sessions, and hands-on activities, students learn about quantum mechanics, computing, cryptography, and more.ÌęÌę

The 17th-annual QSYS kicked off with over 200 high school students from across Canada. This yearâs shift to an online format made the experience more accessible than ever, maintaining QSYS's long-standing tradition of shaping future quantum pioneers.Ìę
With 1,258 alumni, QSYS continues to be a launchpad for young scientists. This yearâs lectures were delivered by IQC graduate students, including David Johnston Award for Scientific Outreach recipients Everett Patterson and Amit Anand, who brought their expertise and enthusiasm to inspire the next generation of quantum learners.ÌęÌę
A special highlight is , a QSYS alumna and undergraduate student at the . She returned as a lecturer this year and talked about quantum circuits and early quantum computing.ÌęÌę
Coming from a classical computing background, Shraddha was used to the binary world of zeros and ones, where everything was neatly defined. But her first encounter with quantum superpositions changed everything for her. "I think just the existence of superpositions itself was so mind-blowing," she reflects. âIn classical computing, itâs all zeros and ones, but in quantum computing, you can use these tiny particles to represent zeros, ones, and everything in between. It was pretty mind-boggling."Ìę
Shraddha credits her early exposure to technology and math to her parents. "My mom taught me math so intuitively that I loved it from a young age. By first grade, she had already taught me an advanced level of math, so that passion was there early on,â she said. And when her dad showed her a TEDx video on quantum computing in the eighth grade, after having taught her coding from primary school, it captured her interest like no other subject.ÌęÌę
She also credits her teachers for their encouragement. "They didnât know much about quantum computing, but when I started mentioning it, they became so interested. They would tell my classmates, âShraddha knows quantum computing!â And ask me questions as if they were my peers. Their openness played a big role in where I am today."Ìę
Shraddhaâs love for math and computing helped her navigate the quantum science learning curve. "There was a big knowledge gap to learn quantum computing in high school, but my love for math and computing enabled me to keep learning." This path led her to the Quantum School for Young Students (QSYS), where her journey into quantum computing took a major step forward.ÌęÌę
Shraddha found her experience as a lecturer at this yearâs QSYS to be deeply rewarding. She reflected on how fulfilling it was to see the personal impact she had on the students and how they grasped quantum concepts so quickly.

"The most heartwarming moment was when one student messaged me saying they had been feeling lost in computer science. They loved math and physics, but after hearing my journey, they felt that quantum computing might be for them."
- Shraddha Aangiras
That moment was particularly significant to Shraddha because she remembered her own time as a QSYS student, which shaped her decision to pursue quantum computing.Ìę
One of her most significant mentors has been John Donohue, senior manager, scientific outreach at IQC. "He was my teacher online but meeting him in person and being mentored by him on quantum computing, education, and beyond has been so important for me," she says. "A lot of people from IQC and the Perimeter Institute have been great contributors to my journey."Ìę
Additionally, Shraddha was thrilled to meet Shohini Ghose, the TEDx speaker who inspired her initial interest in quantum computing and an IQC associate. Her time at QSYS allowed her to connect with both peers from diverse backgrounds, which helped her foster collaborations and friendships across the globe.Ìę
Shraddha encourages those contemplating joining QSYS to take the leap:

"Go for it! QSYS is inclusive and covers a wide range of scientific interests. Itâs a fantastic way to explore quantum computing and meet people from diverse fields. If you're curious, definitely sign upâitâs a great opportunity to find what excites you in science and technology. When I was online, QSYS was what made me decide, âquantum computing might be for me.â To be able to impact students in even the smallest way was such a beautiful experience. "Ìę
- Shraddha Aangiras
Shraddhaâs desire to bridge the gap in quantum computing education inspired her to start â an organization that aims to empower the future workforce with STEM and quantum computing education. Inspired by her experiences, Shraddha, with support from her high schoolâs principal and faculty, organized Quetzalâs first quantum computing workshop. By the end of 2023, Quetzal grew to have numerous offline and online workshops that have reached over 2,900 students across 29 countries.Ìę Quetzal has partnered with the Institute for Quantum Computing and the , which helped her reach her target audiences.Ìę
John Donohue, a key collaborator, helped Shraddha design a curriculum suitable for both high school and undergraduate levels. "John brought a lot of people on board and helped tailor the curriculum," she noted. Despite the challenges, including skepticism about the project's impact, Shraddha found success in the personal stories of students inspired by Quetzal.ÌęÌę
"The success for me is seeing how Quetzal has been a catalyst for students to dive deeper into quantum computing. Some of the students I taught are now working on quantum projects and coming back to share their experiences."Ìę
Looking to the future, Shraddha plans to continue Quetzal in both India and Canada. "Iâm hoping to build a bigger team and focus on high school and undergraduate audiences. Iâve learned that smaller, more tailored programs work better. I want to ensure that each student gets personalized attention and feedback."ÌęÌę
DâĂ©lĂšve Ă mentore : une ancienne participante Ă la QSYS de retour comme confĂ©renciĂšre et Ă©tudiante de premier cycle Ă À¶ĘźÊÓÆ”
Shraddha Aangiras a inspirĂ© la prochaine gĂ©nĂ©ration dâĂ©tudiants en quantique lors de la 17e Ă©dition annuelle de laÌęQuantum School for Young Students (QSYS).
Par Takudzwa Mudzongo
La QSYS est un programme dâenrichissement spĂ©cialisĂ© de lâInstitut dâinformatique quantique (IQC) conçu pour faire dĂ©couvrir le fascinant monde de la science quantique aux Ă©lĂšves du secondaire. On y explore diverses facettes de la quantique â mĂ©canique, informatique, cryptographie et plus â lors de prĂ©sentations dâexperts, de sĂ©ances de rĂ©solution de problĂšme et dâexpĂ©riences pratiques.ÌęÌę

Pour sa 17e Ă©dition, lâĂ©vĂ©nement annuel a adoptĂ© une formule virtuelle plus accessible que jamais, grĂące Ă laquelle il a accueilli plus de 200 jeunes de partout au Canada. Ayant cumulĂ© 1 258 participants au fil des ans, la QSYS poursuit sa tradition de donner la piqĂ»re de la quantique aux pionniers de demain et de servir de tremplin aux jeunes scientifiques.
Cette annĂ©e, divers Ă©tudiants des cycles supĂ©rieurs de lâIQC ont donnĂ© des confĂ©rences, dont les laurĂ©ats du prix David Johnston pour la vulgarisation scientifique Everett Patterson et Amit Anand, qui ont mis leur expertise et leur enthousiasme au service de la prochaine gĂ©nĂ©ration.Ìę
Une autre confĂ©renciĂšre notable Ă©tait , ancienne participante Ă la QSYS et Ă©tudiante au premier cycle Ă lâ. Sa prĂ©sentation portait sur les circuits quantiques et la naissance de lâinformatique quantique.
Ayant Ă©tudiĂ© en informatique traditionnelle, Shraddha avait lâhabitude dâun monde binaire de zĂ©ros et de uns, dans lequel toute chose Ă©tait clairement dĂ©finie. Mais il aura suffi dâune expĂ©rience avec les superpositions quantiques pour que ce soit le coup de foudre : « Lâexistence mĂȘme des superpositions quantiques me dĂ©routait complĂštement, se rappelle-t-elle. En informatique classique, tout est composĂ© de zĂ©ros et de uns. En quantique, il y a ces particules minuscules qui peuvent tout reprĂ©senter : les zĂ©ros, les uns, et tout ce quâil y a entre les deux. CâĂ©tait inconcevable. »
Shraddha attribue sa familiarisation prĂ©coce avec les technologies et les mathĂ©matiques Ă ses parents : « DĂšs mon jeune Ăąge, ma mĂšre mâenseignait les maths de maniĂšre si intuitive que je ne pouvais que les aimer. DĂ©jĂ en premiĂšre annĂ©e, elle me montrait des mathĂ©matiques avancĂ©es; câest une passion qui remonte Ă loin », raconte-t-elle. Puis, quand son pĂšre, qui lui enseignait la programmation depuis lâĂ©cole primaire, lui a montrĂ© une vidĂ©o de TEDx sur lâinformatique quantique en huitiĂšme annĂ©e, ce nouvel intĂ©rĂȘt a vite surpassĂ© tous les autres.
Elle est aussi reconnaissante envers ses enseignants, qui lâont encouragĂ©e. « Ils ne connaissaient pas grand-chose de la quantique, mais de mâentendre en parler les animait. Ils disaient aux autres Ă©lĂšves : âShraddha connaĂźt lâinformatique quantique!â Et ils me posaient des questions dâĂ©gal Ă Ă©gal. Leur ouverture a jouĂ© un rĂŽle immense dans mon cheminement. »
Lâamour de Shraddha pour les mathĂ©matiques et lâinformatique lâont aidĂ©e Ă sâappliquer dans lâapprentissage de la science quantique. « Il me manquait tant dâinformation au secondaire pour comprendre lâinformatique quantique, mais ma passion des mathĂ©matiques et de lâinformatique mâont permis de persĂ©vĂ©rer. » Câest ainsi quâelle sâest trouvĂ©e Ă la Quantum School for Young Students (QSYS), oĂč elle a fait un vĂ©ritable bond en avant dans son parcours.
Son expĂ©rience de confĂ©renciĂšre lors de lâĂ©dition de cette annĂ©e a Ă©tĂ© pour elle fort gratifiante. Elle Ă©tait ravie de voir les Ă©lĂšves ĂȘtre inspirĂ©s par son expĂ©rience personnelle et saisir si aisĂ©ment les concepts de la quantique.

« Le moment le plus gratifiant pour moi, câest quand jâai reçu un message dâun Ă©tudiant qui disait se sentir perdu dans le monde de lâinformatique, malgrĂ© un amour pour les mathĂ©matiques et la physique. Ma confĂ©rence lui a donnĂ© espoir de trouver son bonheur en informatique quantique. »
- Shraddha Aangiras
Si ce moment a particuliĂšrement marquĂ© lâĂ©tudiante, câest quâelle se rappelait son propre passage Ă la QSYS, qui a solidifiĂ© son intention de continuer en informatique quantique. Elle nomme parmi ses plus importants mentors John Donohue, gestionnaire principal de la vulgarisation scientifique Ă lâIQC. « Il mâa enseignĂ© en ligne, mais le plus enrichissant pour moi, çâa Ă©tĂ© de le rencontrer en personne et dâavoir accĂšs Ă ses conseils sur lâinformatique quantique, lâĂ©ducation et plus. Beaucoup de gens Ă lâIQC et Ă lâInstitut PĂ©rimĂštre ont Ă©tĂ© des piliers dans mon parcours. »
Shraddha Ă©tait aussi enchantĂ©e de rencontrer Shohini Ghose, la confĂ©renciĂšre de TEDx et membre associĂ©e de lâIQC qui a allumĂ© la flamme de la quantique en elle. Son passage Ă la QSYS lui ainsi a permis de tisser des liens avec des pairs au bagage diversifiĂ© pour Ă©tablir des collaborations et des amitiĂ©s aux quatre coins du monde.
LâĂ©tudiante encourage quiconque sâinterroge sur la QSYS Ă faire le saut :

« Nâattendez plus! La QSYS est une expĂ©rience inclusive qui touche Ă une foule de domaines scientifiques. Câest une excellente façon dâexplorer lâinformatique quantique et de rencontrer des gens de tous les milieux. Jâinvite tous les curieux Ă sâinscrire. Câest une occasion en or de se dĂ©couvrir une passion pour les sciences et technologies. Ma participation en ligne Ă la QSYS a confirmĂ© que jâavais peut-ĂȘtre bien trouvĂ© mon rayon dans lâinformatique quantique. CâĂ©tait magique de pouvoir inspirer les Ă©lĂšves avec chaque petite expĂ©rience. »
- Shraddha Aangiras
Mue par son dĂ©sir de combler le besoin de vulgarisation de lâinformatique quantique, Shraddha a fondĂ© , une organisation qui contribue Ă façonner la relĂšve en STIM et en quantique. Sâinspirant de ses expĂ©riences passĂ©es, elle a organisĂ©, avec la direction et les enseignants de son Ă©cole secondaire, le tout premier atelier dâinformatique quantique de Quetzal. Ă la fin de 2023, lâorganisation avait Ă son actif de nombreux ateliers en personne et en ligne, auxquels ont pu assister plus de 2 900 Ă©lĂšves de 29 pays. Elle a dâailleurs collaborĂ© avec lâInstitut dâinformatique quantique et pour mieux rejoindre le public voulu.
John Donohue, collaborateur majeur du projet, a aidĂ© Shraddha Ă Ă©laborer un programme adaptĂ© Ă la fois aux Ă©lĂšves du secondaire et aux Ă©tudiants de premier cycle. « John a embarquĂ© plein dâautres personnes dans le projet et mâa aidĂ© Ă crĂ©er un programme adaptĂ© », explique Shraddha qui, malgrĂ© les dĂ©fis et le scepticisme, puise sa motivation dans la rĂ©ussite personnelle des jeunes inspirĂ©s par Quetzal.
« Ma rĂ©compense, câest de voir que Quetzal est un catalyseur qui permet aux Ă©tudiants de se plonger dans lâinformatique quantique. Jâai mentorĂ© des gens qui travaillent aujourdâhui sur des projets de quantique et qui reviennent parler de leur expĂ©rience. »
TournĂ©e vers lâavenir, Shraddha espĂšre continuer de dĂ©velopper Quetzal en Inde et au Canada : « Je veux Ă©largir lâĂ©quipe et travailler auprĂšs des jeunes du secondaire et des Ă©tudiants de premier cycle. Jâai appris que ce sont les petits programmes adaptĂ©s qui fonctionnent le mieux. Je veux mâassurer que chaque Ă©tudiant reçoit un accompagnement personnalisĂ©. »