Onshape
Research
Symposium

August 3, 2022 10 AM - 2 PM ET

The Onshape Research Symposium is a virtual event bringing together engineering researchers who are leveraging Onshape’s cloud native architecture to drive innovation in their fields.

During this 4-hour virtual event:

  • You will hear keynote presentations about exciting research in the fields of Deep Learning and Computational Design, as well as industry insight into how agile product design happens in practice.
  • Thought leaders from academia and industry will come together to discuss how Onshape usage data are enabling new insights into how students learn and how professional product development teams work together.
  • We will hold a student poster competition to allow you to network with the community of researchers and dive deep into the innovative ways Onshape is being used in various disciplines to go beyond traditional parametric modeling.


This year's event has concluded.  Thank you to all participants and attendees.  See you next year!

Agenda at a glance

10:00-10:10

Welcome and Opening Remarks

Jordan Cox, PTC

10:10-10:30

Insider Insights: How Onshape was Built to Work with Research

Ilya Baran, Onshape

Onshape is not just a unique product development system, but also a unique organization. Learn why Onshape should be the platform for your next CAD research project.

10:35-11:30

Panel Discussion: Understanding Collaborative Design with Onshape Analytics

Alison Olechowski, University of Toronto | Stanko Škec, University of Zagreb | Ian Gardiner, Avidbots

Onshape’s cloud-native architecture stores each edit made to a document as a flexible change in the database, allowing users to analyze the different types of actions done by different members of the team and how their actions change over time. Come hear from researchers who are using these data to gain new insights into how collaborative design really happens and a commercial customer using Onshape to accelerate their product development process.

11:40-12:40

Student Research Poster Session

The poster competition will be an opportunity for students to share their research projects that use Onshape and network with the community of researchers leveraging cloud-native CAD in innovative ways. All participants will receive Onshape swag and three winners will receive 3D printers, including an attendees choice award.

12:45-1:30

Keynote: Next-Generation Design Systems

Adriana Schulz, University of Washington

Next-generation design systems should help experts efficiently create high-performing designs, and let users with scant expertise design one-off models that meet their individual needs. In this talk, we will discuss methods that combine numerical optimization, programming languages, and machine learning, to create more intelligent tools that will simplify design and broaden its appeal.

1:35-1:55

Industry Insights: How Premier Custom Built is Customizing Onshape

Chad Stoltzfus, Premier Custom Built

Premier Custom Built, an industry leader in custom cabinetry, is streamlining their design and manufacturing workflows using Onshape. To fit the needs of their highly customized process, they have created a library of over 100 custom features using FeatureScript to automate the design and developed a REST API integration for exporting manufacturing information in a familiar format. This talk will focus on how a software engineer is leveraging Onshape’s single source of truth and customizability to add value at various stages of Premier Custom Built’s product development process.

1:55-2:00

Closing Remarks and Student Poster Competition Winners Announced

Matt Mueller, PTC

Student Poster Competition

Thank you to all students who submitted their research projects to the poster competition. The poster session will take place from 11:40am-12:40pm ET, during which time each of the presenters will be in a Zoom breakout room sharing the screens while attendees will be free to move between breakout rooms. At the end of the poster session, a Zoom poll will be used to determine the winner of "Best Overall" poster project, who will receive a Creality Ender 3 V2. Winners will be announced at the end of the Research Symposium along with 2 runners up for "Best Research Project" and "Best Poster Design", who will each receive Creality Ender 3 V1's.

Links to the submitted posters are below.

Robot Arm Path Planning Using Onshape Digital Twins - Aashir Jalal - Tufts University

Tools For Education From Tufts CEEO - Alexander Koppel - Tufts University

AutoMate: A Dataset and Learning Approach for the Automatc Mating of CAD Assemblies - Benjamin Jones - University of Washington

Onshape based digital twin use case at the digital miniature factory from the UAS Technikum Wien - Daniel Dräxler - UAS Technikum Wien

Investigating Individual Dominance in Student Contributions in CAD Group Learning Environments - Elizabeth DaMaren - University of Toronto

Onshape in AR Maintenance Routines - Jessica Stastny - Brigham Young University

Monitoring AR Learning via Onshape Digital Twins - JT Frandsen - Brigham Young University

Time to branch out: An analysis of online user forum posts to inform Computer-Aided Design (CAD) branching - Kathy Cheng - University of Toronto

Mechanical Part Classification Using Sequence Models - Lucas Crupi - University of Toronto

Automated Verbal Collaboration Analysis for Distributed Design Activities - Marko Brnčić - University of Zagreb

Virtual Prototypes (VPs) for Design Meetings - Nikola Horvat - University of Zagreb

Where to Grow From Here? An Empirical Study of Branching Use in Computer-Aided Design - Phil Cuvin - University of Toronto

Identification of collaborative CAD modelling patterns in product development projects - Robert Celjak - University of Zagreb

DeepCAD: A Deep Generative Network for Computer-Aided Design Models - Rundi Wu - Columbia University

Exploration into students learning of engineering systems through design in Onshape and simulation in Blender - Yair Klinshtern - Technion Israel Institute of Technology

An Open-Source Design and Implementation of a Polarization and Scanning Control Module in a Second Harmonic Generation Microscope - Zoe Vittum - University of Maine

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