Center for Manufacturing and Metrology (CMM)
Pratt and Whitney, the world’s leading manufacturer of jet propulsion systems, has partnered with the University of Hartford's College of Engineering, Technology, and Architecture (CETA), to deliver technical training in the area of airfoil design, inspection, and measurement challenges.
The Center for Manufacturing and Metrology (CMM), built with the support of Pratt and Whitney, offers multidisciplinary training in various aspects of measurement science. Training is offered through rigorous programming that mirrors Pratt and Whitney employee and supplier performance expectations.
Our strategically designed lab space is home to advanced machinery and technology. Students will obtain hands-on learning, accompanied by highly-skilled faculty and staff who have expert field experience.
The curriculum vision is focused on developing technical services and industry skills including but not limited to:
- Coordinate measuring machines.
- Structured light scanning.
- Scanning electron and optical microscopy.
- Surface profiling.
- How to perform a layout inspection of a particular GD&T feature.
- Conducting a Gage Capability Study.
- How basic and advanced gages are used.
Students will also be encouraged to learn:
- Industrial metrology from mesoscale to nano levels.
- How to create a national resource in workforce development.
- How to research in measurement science.
The Center for Manufacturing and Metrology is jointly sponsored by the Connecticut Center for Advanced Technology (CCAT) and CETA.
Fundamentals of Airfoils is a five-day program offered for Pratt and Whitney employees and suppliers involved in the challenges of airfoil manufacturing and measurement. Course content may discuss but is not limited to:
- Jet Engine and Airfoil Basics
- Airfoil Accuracy and Engine Operation
- Airfoil Modeling Basics
- Airfoil Metrology Basics
- Industry 4.0
Interested in the Fundamentals of Airfoils?
Fundamentals of Manufacturing Metrology is offered to Pratt and Whitney inspectors interested in learning about dimensional measurement.
This is a five-day program that covers key foundational skills such as but not limited to:
- Measurement system analysis.
- Quality inspection.
- GeoTol Pro GD&T theory.
Interested in the Fundamentals of Manufacturing Metrology?
GD&T is a system for defining and communicating engineering tolerances. This is conducted by using symbolic language from engineering drawings, which describe the nominal (theoretically perfect) geometry of controlled features. This language also communicates allowable variation in size, geometrical characteristics, and variation between features.
The Advanced GD&T course focuses on the fundamental understanding of the 14 tolerances. Practical aspects of different call-outs are discussed with the opportunity for hands-on application.
Interested in Advanced GD&T?
Intermediate Inspection Workshop is a five-day program designed to help train Pratt and Whitney employees and suppliers on how to properly measure and evaluate measurement systems. Students will partake in hands-on workshops and projects to prepare for real-world application.
This certificate program will cover the foundational skills required to understand properly utilizing common measurement instruments used on aerospace engine components.
Interested in our Intermediate Inspection Workshop?
Earn a Certificate in Manufacturing Metrology through the College of Engineering, Technology, and Architecture (CETA). Courses run concurrently, and you have the potential to complete the certificate in one year.
Interested in a Graduate Certificate in Manufacturing Metrology?
Pratt and Whitney Laboratory
Dr. Chittaranjan Sahay
- Vernon D. Roosa Distinguished Professor of Manufacturing Engineering,
- Professor of Mechanical Engineering
Dr. Chittaranjan has over 30 years of manufacturing and metrology experience. His expertise includes training in coordinate measurement machines, laser scanners, and structured light scanners. He has worked with the National Institute of Standards and Technology (NIST), to develop fiber probes for making nano-level measurements.
Dr. Suhash Ghosh
- Associate Director of the Center for Manufacturing and Metrology
- Associate Professor
Dr. Ghosh has over 10 years of design and manufacturing experience. He previously worked with BOSCH India, where he was trained in quality inspection tools and methodology. Dr. Ghosh has successfully completed the training on FaroARM articulated robotic arm coordinate measuring machine, and the structured light scanner/interferometer.
Dr. Mohammad Saleh Keshawarz
- Professor and former Chair of the Civil and Environmental Engineering Department
Dr. Keshawarz has conducted extensive research in the study and analysis of the microstructure of stabilized soil and concrete. He has used scanning electron microscopy (SEM), energy dispersive spectroscopy (EDS), and X-ray diffraction techniques in the identification of reaction products of stabilized soils concrete. His microstructure research has been published in numerous accomplished articles.
Dr. Hemchandra Shertukde
- Professor of Electrical and Computer Engineering
Dr. Shertukde is a recognized expert in signal and image processing. His professional experience includes working in multi-target, multi-sensor tracking using infrared sensors and probabilistic data association techniques.
Dr. Hisham Alnajjar
- Dean of the College of Engineering, Technology, and Architecture
- Professor of Electrical and Computer Engineering
Dr. Alnajjar has worked extensively in signal and image processing including character recognition. His research includes sensor array processing, digital signal processing theory, and power systems.
Nikon is firmly established as a market leader in optical instrumentation. Nikon Metrology is the only microscope company to manufacture its own glass, ensuring the very finest quality assurance throughout production. With over 90 years of expertise in the field, Nikon has remained at the forefront of optical and technological innovation, promoting creativity and trustworthiness as part of the company's global mission statement. With the acquisition of Metris in 2009, Nikon enlarged its portfolio with optical 3D measuring instruments. The new division "Nikon Metrology" today, offers the broadest range of metrology solutions for applications ranging from miniature electronics to the largest aircrafts. Nikon Metrology’s innovative measuring and precision instruments contribute to a high-performance design-through-manufacturing process that allows manufacturers to deliver premium quality products in a shorter time.
With more than 30,000 installations and 15,000 customers globally, FARO develops and markets computer-aided coordinate measurement and imaging devices and software. Portable equipment from FARO permits high-precision 3D measurement, imaging and comparison of parts and compound structures within production and quality assurance processes. The devices are used for inspecting components and assemblies, production planning, 3D documentation, as well as for investigation and reconstruction of accident sites or crime scenes. They are also employed to generate digital scans of historic sites. Principal products include the world’s best-selling portable measurement arm – the FaroArm®; the FARO® Laser Tracker ION; the FARO Laser ScanArm®; FARO® Laser Scanner; the FARO® Gage; and, the CAM2 family of advanced CAD-based measurement and reporting software.
The L. S. Starrett Company, founded in 1880, manufactures more than 5,000 variations of Precision Tools, Gages, Measuring Instruments and Saw Blades for industrial, professional and consumer markets worldwide. Starrett, a leader who has set the standard for fine precision tools in for over 131 years, has rightfully earned the title, "World's Greatest Toolmakers". Starrett has a history and reputation so rich and solid that the words “quality” and “Starrett” have become virtually synonymous. The broad Starrett product line includes precision measuring tools (micrometers, calipers, rules, etc.), levels, electronic gages, dial indicators, gage blocks and granite surface plates and custom engineered products. The company offers metrology equipment including optical measuring projectors, vision systems and multi-sensor measuring systems, many of which are custom engineered. The precision group also includes M1 lubricant, precision ground flat stock and drill rod. Starrett hand measuring tools and other precision products are used by manufacturing companies of many types and sizes to ensure the quality of their products.
Carl Zeiss Industrial Metrology is the world’s leader in CNC coordinate measuring machines (CMMs) and complete solutions for multidimensional metrology in the metrology lab and production. We offer bridge-type, horizontal-arm and inline measuring machines, as well as form, contour and surface measuring machines, our METROTOM Computed Tomography system, and the O-INSPECT multi-sensor CMM. We develop and manufacture all key components, such as controllers, software, measuring systems and sensors to provide the best metrology experience.
Renishaw is a global company with core skills in measurement, motion control, spectroscopy and precision machining. Their innovative sensors for co-ordinate measuring machines (CMMs) are an industry standard, from basic touch-trigger probes and manual probe heads, through to automated stylus changers, automated probe changers, motorized indexing probe heads, and revolutionary five-axis measurement systems. A full range of probe styli/probe tips is also available.
Mahr Federal Inc., a member of the Mahr Group, has been providing dimensional measurement solutions to fit customer application needs for over 150 years. The company manufactures and markets a wide variety of dimensional metrology equipment, from simple and easy-to-use handheld gages to technically advanced measurement systems for form, contour, surface finish and length. Mahr Federal is also well known as a producer of custom-designed gages and a provider of calibration and contract measurement services.
CCAT's Modeling & Simulation team advises companies and educators on the use of new methods of measurement techniques, such as non-contact measurement, which can give quicker and more complete information on a particular part. CCAT is also exploring the latest capabilities in traditional contact measurement approaches, including new software tools for more efficient programming of Coordinate Measurement Machines (CMMs). CCAT has recently developed an affordable, automated structured light projection system for rapid inspection and reporting of complex manufactured parts.