Connecticut Manufacturing

Pictured: Robotic additive manufacturing utilizing online motion planning and in-situ thermal monitoring of the fused filament fabrication process

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About Our Video

The video shows robotic additive manufacturing of a surface roughness specimen utilizing online motion planning and in-situ thermal monitoring of the fused filament fabrication process. This printing is a culmination of:

  • possibilities of collaborative research
  • implementation of computational design
  • innovative manufacturing design

This is just a small sample of what is possible with CMSC and how we can contribute to the manufacturing sector. In addition, as a part of vision and mission to become a resource for manufacturing in Connecticut, we conduct this research, simulations and lastly push out new technologies to enhance the success of manufacturing.

Want to know more? Contact us!

Our Vision

To be internationally recognized as the premier manufacturing simulation center, renowned for delivering cutting-edge technical assistance and innovative solutions to small and medium-sized manufacturers in CT. We aspire to empower these businesses by advancing their operational efficiency, fostering sustainable growth, and driving industry-leading practices through state-of-the-art simulation technologies and expert support. Our vision is to create a transformative impact on the manufacturing landscape, helping local companies thrive in an increasingly competitive global marketplace.

Our Mission

The mission of Connecticut Manufacturing Simulation Center is to be a catalyst for innovation and growth within CT’s manufacturing community by providing advanced technical assistance and fostering the development of the next-generation of skilled workers. We are dedicated to equipping manufacturers with the tools and knowledge necessary to excel in an evolving industry. Through our expertise and dedication, we aim to empower CT’s manufacturing sector with the knowledge, skills, and technologies needed to thrive in the global economy, while simultaneously cultivating a workforce that is prepared to meet the challenges of current and future industry.

Technical Services

Computing, Simulation and Virtual Prototyping

uconn cmsc - our mission

Perform Physics-based Modeling

We provide physics-based modeling services to simulate and evaluate the design, function, and performance of a product over the entire life cycle.

Computational
Intelligence

uconn cmsc - what we do

Discover Computational Intelligence

We apply computational intelligence to address complex manufacturing processes for which mathematical or traditional modeling is useless.

Robotics
Automation

uconn cmsc - how we do it

Automate the Manufacturing Future

We provide robotic automation services to increase productivity and efficiency, allow speed and accuracy in process execution, and reduce errors.

Why Work With CMSC?

Why work with the CMSC? The answer is simple! The Connecticut Manufacturing Simulation Center (CMSC) is a premiere center that focuses on real world simulation and research. Our research, along with our faculty, students and experience in manufacturing delivers results that matter.

We value our capabilities to incorporate advancing technology while using out of the box state-of-the-art software. In doing this, we are creating new methods for a different set of learning methods. This benefits both SMEs and the Connecticut Manufacturing Simulation Center (CMSC), research and bringing together different minds to solve different problems  and create something that is unique. This benefits both small and medium enterprises and the Connecticut Manufacturing Simulation Center, bringing together different minds to solve different problems and create something that is unique.

Interested in CMSC? Inquire With Us!

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What's Happening at UConn Engineering

University and Center Upcoming Events

  • Feb
    12
    GSCU Colloquium - Dr. Norman Garrick
    3:30 PM
  • Feb
    13
    Doctoral Dissertation Oral Proposal, Afsana Ahsan Jeny
    Homer Babbidge Library
    9:30 AM

    Title: Longitudinal Deep Learning Framework for Breast Cancer Analysis in Mammograms

    Ph.D. Candidate: Afsana Ahsan Jeny

    Major Advisor: Dr. Sheida Nabavi

    Associate Advisors: Dr. Ion Mandoiu, Dr. Mohammad Maifi Hasan Khan

    Date/Time: Friday, February 13th, 2026, 9:30 am

    Location: HBL1947 room

  • Feb
    13
    BME Seminar Series: Juan David Romero Ante, PhD.
    Pratt & Whitney Engineering Building
    10:45 AM

    The BME Seminar Series is pleased to welcome Juan David Romero Ante, PhD, Postdoctoral Researcher in the UConn Biomedical Engineering Department.

  • Feb
    15
    UConn-URI Navy Stem Coalition Family Fun Day
    509 Jim Calhoun Way, Storrs, CT 06268
    1:00 PM

    Free and open to the public, this event will feature plenty of activities for kids of all ages. Our partners will share wonderful hands-on STEM activities at their tables, the UConn robotics club is bringing robots in the ring, and a 68 ft inflatable bounce house obstacle course is sure to help shake off any stir-crazy winter blues.

  • Feb
    17
    Doctoral Dissertation Oral Defense, Chuanyu Xue
    Homer Babbidge Library
    3:00 PM

    Title: Real-Time Scheduling in Time-Sensitive Networking: From Algorithm to System Design

    Ph.D. Candidate: Chuanyu Xue

    Major Advisor: Dr. Song Han

    Associate Advisors: Dr. Minmei Wang, Dr. Bing Wang

    Date/Time: Tuesday, February 17, 2026, 3:00 pm

    Location: HBL 1947 room

  • Feb
    20
    BME Seminar Series: Murat Guvendiren, PhD.
    Pratt & Whitney Engineering Building
    10:45 AM

    BME Seminar Series is proud to present Murat Guvendiren, PhD. from NJIT who will be
    joining us to present his work on Engineering Heterogeneity in 3D Bioprinted Scaffolds:
    Toward Complex Tissue Interfaces.