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Physics Informed Machine Learning Jobs in Quebec

Required Qualifications ยท PhD or MS in Computer Science, Machine Learning, Applied Mathematics, Physics, or a related field, with substantial applied experience. ยท 5+ years building and delivering ...

A master's or PhD degree in computer science, mathematics, physics, economics or equivalent; * 2+ years of applied machine learning experience in a high-responsibility, minimal-supervision ...

In addition, we highly value proficiency with state-of-the-art machine learning algorithms and ... Scientific knowledge of biology, chemistry, or physics along with previous experience working in a ...

Data Scientist

Montreal, QC ยท On-site

$80K - $100K/yr

Physics, Computer Science, Stats) * 1-2 years' experience developing solutions and working with ... Previous experience with Machine Learning, Data Science and solving problems at scale Perks:

Data Scientist

Montreal, QC ยท On-site

$80K - $100K/yr

Physics, Computer Science, Stats) * 1-2 years' experience developing solutions and working with ... Previous experience with Machine Learning, Data Science and solving problems at scale Perks:

Apply statistical or machine learning knowledge to specific business problems and data. * Develop ... Staying informed about developments in Data Science and adjacent fields to ensure that outputs are ...

Data Analyst

Sherbrooke, QC ยท On-site +1

... machine learning techniques. * Experience working with IMU, GNSS, and multi-sensor systems ... Background in classical physics, applied mathematics, or related technical disciplines.

... that drive informed decisionmaking. * ML/AI Lifecycle Familiarity : Experience working with ... Solid knowledge of applied Machine Learning, Deep Learning, Large Language Models * Solid cloud ...

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Physics Informed Machine Learning information

What are the key skills and qualifications needed to thrive in the Physics Informed Machine Learning position, and why are they important?

To thrive in Physics Informed Machine Learning, you need a solid background in physics, strong mathematical and statistical skills, and experience with machine learning algorithms, typically supported by an advanced degree in a relevant field. Proficiency with programming languages like Python, frameworks such as TensorFlow or PyTorch, and familiarity with numerical simulation tools are commonly required. Effective problem-solving, clear communication, and the ability to collaborate with interdisciplinary teams make a significant impact in this role. These capabilities are essential for developing robust, interpretable machine learning models that leverage physical laws to solve complex, real-world problems.

What are the typical challenges faced by professionals working in Physics Informed Machine Learning roles?

Professionals in Physics Informed Machine Learning often encounter challenges integrating complex physical theories with advanced machine learning models, requiring deep domain knowledge and strong technical skills. Balancing model accuracy with computational efficiency and ensuring that models are both interpretable and generalizable can be demanding. Collaboration with domain experts, data scientists, and engineers is common, as projects often span multiple disciplines. Successfully navigating these challenges provides valuable experience and is highly regarded, often leading to further career advancement in research, engineering, or leadership positions.

What is a Physics Informed Machine Learning job?

A Physics Informed Machine Learning (PIML) job involves developing AI models that integrate physics-based principles to improve accuracy, interpretability, and generalization. Professionals in this role use machine learning techniques alongside domain knowledge in physics, engineering, or applied sciences to solve complex problems in areas like fluid dynamics, materials science, and climate modeling. Responsibilities often include designing algorithms, implementing simulations, and validating results against experimental or real-world data. Employers typically seek expertise in deep learning, numerical methods, and programming languages like Python.

What are popular job titles related to Physics Informed Machine Learning jobs in Quebec? For Physics Informed Machine Learning jobs in Quebec, the most frequently searched job titles are:
What job categories do people searching Physics Informed Machine Learning jobs in Quebec look for? The top searched job categories for Physics Informed Machine Learning jobs in Quebec are:
Applied AI Engineer - Engineering Simulation & Design Exploration

Applied AI Engineer - Engineering Simulation & Design Exploration

Bentley Systems

Quebec, QC

Full-time

Posted 13 days ago


Job description

Career Mobility Policy:

Bentley strives to support colleaguesโ€™ development and provide opportunities for them to achieve their career aspirations in alignment with Bentley objectives and strategy. To foster colleague development while supporting cross functional collaboration and a one Bentley mindset, it's expected that you:

Complete twelve (12) months of employment in your current position and are in good standing with regards to performance in current role before applying for another role within Bentley.
Apply for open roles in the Career Opportunities page to be considered for a role.
Strongly consider notifying your current manager at the time you apply.
If selected for a role you applied for, you are expected to notify your current manager when an offer is extended, and before you accept the offer.
For more information, please see Bentley's Career Mobility Policy.

Politique de mobilitรฉ de carriรจre :

Bentley sโ€™efforce de soutenir le dรฉveloppement de ses collaborateurs et de leur offrir des opportunitรฉs leur permettant dโ€™atteindre leurs aspirations professionnelles, en alignement avec les objectifs et la stratรฉgie de Bentley. Afin de favoriser le dรฉveloppement des collaborateurs tout en soutenant la collaboration interfonctionnelle et un esprit ยซ One Bentley ยป, il est attendu de vous que vous :

  • Complรฉtiez douze (12) mois dโ€™emploi dans votre poste actuel et que vous soyez en rรจgle en ce qui concerne votre performance dans votre rรดle actuel avant de postuler ร  un autre poste au sein de Bentley.
  • Postuliez aux postes ouverts via la page ยซ Career Opportunities ยป afin dโ€™รชtre pris en considรฉration pour un poste.
  • Envisagiez fortement dโ€™informer votre responsable actuel au moment de votre candidature.
  • Si vous รชtes sรฉlectionnรฉ pour un poste auquel vous avez postulรฉ, vous รชtes tenu dโ€™informer votre responsable actuel lorsquโ€™une offre vous est faite, et avant dโ€™accepter cette offre.

Pour plus dโ€™informations, veuillez consulter la politique de mobilitรฉ de carriรจre de Bentley.

Applied AI Engineer โ€“ Engineering Simulation & Design Exploration

Location: Quebec (Hybrid)
Team: Technology Research

About the Role

Engineering simulation is undergoing a structural shift. What used to be a slow, solver-driven process is becoming a fast, exploration-driven workflow, enabled by surrogate models, physics-informed AI, and GPU-accelerated methods.

This changes not just how simulations run, but how engineers designโ€”moving from evaluating a few options to exploring entire design spaces.

We are looking for a hands-on Applied AI Engineer to experiment with these emerging technologies. Your role is to try new tools, test them, benchmark them, integrate them into prototypes, determine what actually works in practice, and give an informed decision on its viability in Bentleyโ€™s products. The goal is to develop a clear understanding of where these approaches can realistically transform engineering workflowsโ€”and where they cannot.

This is an experimental role. You will spend most of your time building and testing prototypes, not writing reports or maintaining production systems.

What You Will Do

  • Keep track of new technologies in the field
  • Evaluate emerging simulation and AI tools through hands-on prototyping
  • Build and benchmark surrogate models against traditional FEM/CFD workflows
  • Test robustness, limitations, and failure modes of new approaches
  • Prototype hybrid pipelines (e.g., surrogate + high-fidelity validation)
  • Explore how these approaches can integrate into real engineering workflows
  • Report to stakeholders with clear recommendations

What We Are Looking For

Requirements

  • Strong programming ability (Python required)
  • Experience with PyTorch, JAX, or similar ML frameworks
  • Solid understanding of numerical simulation:
    • FEM, CFD, or multiphysics modeling
  • Familiarity with:
    • Deep learning, surrogate modeling, reduced-order models, or optimization workflows
    • Good communication skills and collaborative mindset

Highly Valued

  • Experience building experimental or research prototypes
  • Understanding of design space exploration (DOE, parameter studies, combinatorial optimization)
  • Exposure to physics-informed ML or scientific machine learning
  • Experience working with GPU or high-performance computing environments
  • Experience working with machine learning for physics simulations
  • Hands-on experience developing Multiphysics simulation code

Mindset

  • Hands-on, experimental, and comfortable working with incomplete tools
  • Curious but skepticalโ€”focuses on what works, not what is claimed
  • Naturally tests limits and edge cases, not just happy paths
  • Thinks in terms of workflows and iteration loops, not isolated tools
  • Able to quickly move from idea โ†’ prototype โ†’ insight
  • Good business acumen; able to understand what brings value to Bentley

What Success Looks Like

  • You build prototypes that demonstrate new ways to accelerate design workflows
  • You identify where AI-based approaches are genuinely usefulโ€”and where they fail
  • You provide clear, evidence-based insights grounded in experiments, not assumptions

Ingรฉnieur(e) en IA appliquรฉe โ€“ Simulation dโ€™ingรฉnierie et exploration de conception

Lieu : Quรฉbec (hybride)
ร‰quipe : Recherche technologique

ร€ propos du rรดle

La simulation en ingรฉnierie subit actuellement un changement structurel. Ce qui รฉtait auparavant un processus lent, axรฉ sur les solveurs, devient un flux de travail rapide et axรฉ sur lโ€™exploration, rendu possible par les modรจles de substitution (surrogate models), lโ€™IA guidรฉe par la physique (physics-informed AI) et les mรฉthodes accรฉlรฉrรฉes par processeur graphique (GPU).

Cette รฉvolution change non seulement la faรงon d'exรฉcuter les simulations, mais aussi la maniรจre dont les ingรฉnieurs conรงoivent les projets, passant de lโ€™รฉvaluation limitรฉe de quelques options ร  lโ€™exploration de lโ€™ensemble des espaces de conception.

Nous sommes ร  la recherche dโ€™un(e) ingรฉnieur(e) en IA appliquรฉe pratique (hands-on) pour expรฉrimenter ces technologies รฉmergentes. Votre rรดle consistera ร  essayer de nouveaux outils, ร  les tester, ร  les comparer (benchmarking), ร  les intรฉgrer ร  des prototypes, ร  dรฉterminer ce qui fonctionne en pratique et ร  prendre une dรฉcision รฉclairรฉe quant ร  leur viabilitรฉ dans les produits de Bentley. Lโ€™objectif est de dรฉvelopper une comprรฉhension claire de lโ€™endroit oรน ces approches peuvent concrรจtement transformer les flux de travail en ingรฉnierie โ€” et de lโ€™endroit oรน elles ne le peuvent pas.

Il sโ€™agit dโ€™un rรดle ร  forte composante expรฉrimentale. Vous passerez la majeure partie de votre temps ร  concevoir et ร  tester des prototypes, et non ร  rรฉdiger des rapports ou ร  assurer la maintenance de systรจmes de production.

Ce que vous ferez

  • Assurer une veille technologique sur les nouveautรฉs dans le domaine.
  • ร‰valuer les outils รฉmergents de simulation et dโ€™IA par le biais du prototypage pratique.
  • Concevoir et comparer des modรจles de substitution par rapport aux flux de travail traditionnels de FEM (mรฉthode des รฉlรฉments finis) et de CFD (dynamique des fluides numรฉrique).
  • Tester la robustesse, les limites et les modes de dรฉfaillance des nouvelles approches.
  • Prototyper des pipelines hybrides (p. ex., modรจle de substitution + validation haute fidรฉlitรฉ).
  • Explorer comment intรฉgrer ces approches dans de flux de travail dโ€™ingรฉnierie concrets.
  • Prรฉsenter des recommandations claires aux parties prenantes.

Ce que nous recherchons

Exigences

  • Fortes compรฉtences en programmation (Python requis).
  • Expรฉrience avec PyTorch, JAX ou dโ€™autres frameworks dโ€™apprentissage automatique similaires.
  • Solide comprรฉhension de la simulation numรฉrique :
    • Modรฉlisation par FEM, CFD ou modรฉlisation multiphysique.
  • Connaissance pratique de :
    • Lโ€™apprentissage profond (deep learning), de la modรฉlisation de substitution, des modรจles dโ€™ordre rรฉduit ou des flux de travail dโ€™optimisation.
  • Bonnes compรฉtences en communication et esprit de collaboration.

Atouts majeurs

  • Expรฉrience dans la crรฉation de prototypes expรฉrimentaux ou de recherche.
  • Comprรฉhension de lโ€™exploration de lโ€™espace de conception (plans dโ€™expรฉriences [DOE], รฉtudes paramรฉtriques, optimisation combinatoire).
  • Exposition ร  lโ€™apprentissage automatique guidรฉ par la physique (physics-informed ML) ou ร  lโ€™apprentissage automatique scientifique (scientific ML).
  • Expรฉrience de travail avec des environnements GPU ou calcul haute performance (HPC).
  • Expรฉrience dans lโ€™application de lโ€™apprentissage automatique aux simulations physiques.
  • Expรฉrience pratique du dรฉveloppement de codes de simulation multiphysique.

Mentalitรฉ

  • Approche pratique, expรฉrimentale et aisance ร  travailler avec des outils de dรฉveloppement incomplets.
  • Curiositรฉ teintรฉe de scepticisme โ€” vous vous concentrez sur ce qui fonctionne rรฉellement, et non sur les promesses marketing.
  • Propension naturelle ร  tester les limites et les cas particuliers (edge cases), et non seulement les scรฉnarios idรฉaux.
  • Rรฉflexion axรฉe sur les flux de travail et les boucles dโ€™itรฉration, plutรดt que sur des outils isolรฉs.
  • Capacitรฉ ร  passer rapidement dโ€™une idรฉe โ†’ un prototype โ†’ des apprentissages concrets.
  • Bon sens des affaires; capacitรฉ ร  comprendre ce qui apporte de la valeur ร  Bentley.

ร€ quoi ressemble le succรจs dans ce rรดle

  • Vous concevez des prototypes qui dรฉmontrent de nouvelles faรงons dโ€™accรฉlรฉrer les flux de travail de conception.
  • Vous identifiez les domaines dans lesquels les approches basรฉes sur lโ€™IA sont vรฉritablement utiles โ€” et ceux oรน elles รฉchouent.
  • Vous fournissez des perspectives claires et factuelles, basรฉes sur des expรฉriences concrรจtes et non sur des hypothรจses.

๎‡ƒAbout Bentley Systems


Around the world, infrastructure professionals rely on software from Bentley Systems to help them design, build, and operate better and more resilient infrastructure for transportation, water, energy, cities, and more. Founded in 1984 by engineers for engineers, Bentley is the partner of choice for engineering firms and owner-operators worldwide, with software that spans engineering disciplines, industry sectors, and all phases of the infrastructure lifecycle. Through our digital twin solutions, we help infrastructure professionals unlock the value of their data to transform project delivery and asset performance. www.bentley.com 

Equal Opportunity Employer:

Bentley is proud to be an equal opportunity employer and considers for employment all qualified applicants without regard to race, color, gender/gender identity, sexual orientation, disability, marital status, religion/belief, national origin, caste, age, or any other characteristic protected by local law or unrelated to job qualifications.

Traduction en franรงais

ร€ propos de Bentley Systems

Dans le monde entier, les professionnels des infrastructures sโ€™appuient sur les logiciels de Bentley Systems pour les aider ร  concevoir, construire et exploiter des infrastructures meilleures et plus rรฉsilientes dans les domaines du transport, de lโ€™eau, de lโ€™รฉnergie, des villes, et bien plus encore. Fondรฉe en 1984 par des ingรฉnieurs pour des ingรฉnieurs, Bentley est le partenaire de choix des sociรฉtรฉs dโ€™ingรฉnierie et des exploitants-propriรฉtaires ร  lโ€™รฉchelle mondiale, avec des logiciels couvrant les disciplines de lโ€™ingรฉnierie, les secteurs industriels et toutes les phases du cycle de vie des infrastructures. Grรขce ร  nos solutions de jumeaux numรฉriques, nous aidons les professionnels des infrastructures ร  exploiter la valeur de leurs donnรฉes afin de transformer la rรฉalisation des projets et la performance des actifs. www.bentley.com