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Maplesoft
Software Development
Waterloo, Ontario 6,610 followers
Mathematics-based software & services for education, engineering, and research
About us
Maplesoft has provided mathematics-based software solutions to educators, engineers, and researchers in science, technology, engineering, and mathematics (STEM) for over 35 years. Maplesoft’s flagship product, Maple, combines the world’s most powerful mathematics engine with an interface that makes it extremely easy to analyze, explore, visualize, and solve mathematical problems. Building on this technology, the product line includes solutions for math education and student success, engineering calculation management, and modeling and simulation of complex multidomain systems such as roll-to-roll web converting systems. Maplesoft products provide modern, innovative solutions to meet today’s challenges, from exploring math concepts on a smartphone to reducing development risk in complex engineering design projects. Maplesoft products and services are used by more than 8000 educational institutions, research labs, and companies, in over 90 countries. Maplesoft is a subsidiary of Cybernet Systems Group.
- Website
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http://www.maplesoft.com
External link for Maplesoft
- Industry
- Software Development
- Company size
- 51-200 employees
- Headquarters
- Waterloo, Ontario
- Type
- Privately Held
- Founded
- 1988
- Specialties
- modeling, simulation, math, software, engineering, web handling, education, research, and student success
Locations
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Primary
Get directions
615 Kumpf Drive
Waterloo, Ontario N2V 1K8, CA
Employees at Maplesoft
Updates
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Don’t be fooled – upgrade to Maple 2026 before April 1 if you want to save 20%. 👇 https://lnkd.in/eqFcS6ut (And with the new AI Assistant and other great features that make it easier to do stuff in Maple, this is a release worth getting, if we do say so ourselves.😊)
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Attending the British Applied Mathematics Colloquium (BAMC 2026) at the University of East Anglia today? Stop by and say hello to Kendal Bahadirgil from our UK team - he’s on hand to share all the latest from Maplesoft for teaching and research. We’re proud to be sponsoring this year’s event alongside: EPSRC The Heilbronn Institute for Mathematical Sciences Society for Industrial and Applied Mathematics (SIAM) QJMAM Fund for Applied Mathematics Cambridge University Press & Assessment See you there!
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Ever wondered how we can relate the height of an equilateral triangle to its other geometric properties? Check out this video for the derivation and geometric interpretation of Viviani's Theorem. 💡Here's the main idea: take any point inside of an equilateral triangle, then from that point, draw three lines touching each edge of the triangle, making sure the lines are perpendicular to each edge. Adding up the length of each line simply gives back the height of that triangle! Viviani's Theorem is a beautiful statement that equates the height of an equilateral triangle to the sum of perpendicular distances from any point inside the triangle to its three sides. Check out this Maple Primes post for a more detailed explanation and the accompanying Maple Learn document. https://bit.ly/47oAhtQ
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Time’s running out to save 20% when you upgrade to Maple 2026 ⏳ Explore what’s new in this release and take advantage of the offer before it ends on March 31. https://bit.ly/3Q1RZ01
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Missed our latest webinar? The recording of “Simulation for Roll-to-Roll Web Converting Systems: From Insight to Better Decisions” is now available to watch! 👇 https://bit.ly/4m1cAxB
Simulation for Roll-to-Roll Web Converting Systems: From Insight to Better Decisions
https://www.youtube.com/
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In a world of black box AIs spitting out answers, Jalal Soussi explores some of the ways he uses Maple to train students to reason, not just execute. Instead of simply getting an answer, Maple is a space where he and his students experiment, visualize, and connect theory and interpretation.
Dans un contexte où les outils “boîtes noires” se multiplient, il devient essentiel de s’appuyer sur des environnements fiables, rigoureux et maîtrisables. Avec Maple, il est possible d’aller bien au-delà de l’exécution automatique : - Construire ses propres variables aléatoires - Définir des fonctions de densité par morceaux, en parfaite cohérence théorique - Vérifier les conditions de validité (positivité, intégrale égale à 1) - Illustrer dynamiquement le lien fondamental entre densité et fonction de répartition. On ne subit plus les mathématiques, on les structure, on les contrôle, on les comprend. C’est précisément ce type d’approche qui permet à nos étudiants : de donner du sens aux notions probabilistes ( et à l apprentissage d'une manière générale), de dépasser l’application mécanique, et de construire une véritable autonomie mathématique.... - Dans mes pratiques, Maple devient un laboratoire pédagogique : un espace où l’on expérimente, où l’on visualise, et où l’on relie rigoureusement théorie et interprétation. À l’heure où l’IA accélère les réponses, notre responsabilité reste inchangée : former des esprits capables de raisonner, pas seulement d’exécuter. #Mathématiques #Maple #Pédagogie #Probabilités #Enseignement #EdTech #IA #STEM
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The hardest part of a new tool isn’t using it - it’s rolling it out. Getting licenses sorted. Moving existing content. Helping teams actually adopt it. Maple Flow is built for a smoother rollout. Flexible licensing, expert support, and tools to help you transition without disrupting your workflow. Less friction. Faster productivity. Learn More ⤵️
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Happy to be supporting this year's PhUnC, happening now at Western University. Celebrating a passion for physics? Count us in! 🥳
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