2015 Professional Development & Industry Services Catalog
Pride Points
Director’s Welcome
As the extension and engagement arm of the College of Textiles, Zeis Textiles Extension (ZTE) supports experiential learning for NC State students and provides effective workforce training, performs high-impact research and recognizes direct savings for our industry partners in North Carolina and beyond.
NC State’s new mantra is THINK and DO. We feel that’s always been at the core of our activities — creating an information exchange to transfer the knowledge developed by our cadre of expert faculty and staff into the real world and incorporating real-world experience to shape the activities and focus of the College of Textiles. This year, we have expanded our annual catalog to include many more of the services offered here at the College of Textiles. In addition to Zeis Textiles Extension’s (ZTE) spinning, knitting, weaving, dyeing and finishing, and physical testing labs, you will find information about the capabilities of the Nonwovens Institute, the Textile Protection and Comfort Center, the Textile Engineering and Chemistry Department’s Analytical Lab, and Textile and Apparel, Technology and Management’s (TATM) Core Composites Lab. These labs not only provide experiential learning opportunities for undergraduate and graduate students, they allow hands-on experience for our short-course participants, and perform ground-breaking research with industry partners and faculty. Many of these labs can also function as pilot manufacturing facilities, evaluating materials and processes, manufacturing small production lots, and performing analytical and testing services. Our professional development offerings have also expanded. ZTE has added the Textile Manufacturing Processing Workshop, a hands-on workshop with experiments that will take you from fiber to finished fabric. Other new additions focus on spun yarn development and design and specialty woven designs, while TATM has created an entirely new series of courses on apparel and consumer marketing. Our quality improvement offerings have grown to include new courses in statistical analysis and advanced lean manufacturing. We are proud of our long history of supporting the textile industry. As the fabric of the industry continues to evolve, we will strive to the solve new challenges in partnership with you — through transformative educational opportunities, sponsored research projects and laboratory services. Let’s THINK and DO together to continue advancing the textile industry, creating sustainable prosperity in North Carolina and beyond.
Dr. Lori Rothenberg Director, Zeis Textiles Extension
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Technical Textiles Week @ NCState College of Textiles 3D Fabrics and Their Applications
TEXCOMP-12
May 26-28, 2015
May 26-29, 2015
This series of conferences started in Manchester UK in 2008 with an attendance of 150 people and was followed by conferences in Greenville, SC, USA in 2009, Wuhan, China in 2011, Aachen, Germany in 2012, and Delhi, India in 2013. We are pleased to announce that the Sixth Conference of this series will be in the USA during May 26-28, 2015, hosted by the College of Textiles, NC State,a world leader in textile engineering education and research with strong activities in 3D fabrics.
TEXCOMP is a unique biannual international conference series fully dedicated to textile composites. It has also gained its primary place among major composites conferences in the world. The TEXCOMP conferences started in 1992 at Katholieke Universiteit Leuven, Belgium, and since then it has toured around the world. Traditionally, this conference series covers a broad range of research topics from innovative reinforcements and composites manufacturing methods to aerospace, automotive, civil engineering, marine, biomedical and other applications. Such topics as computational modeling, predictive analysis, mechanical characterization and non-destructive evaluation of textile composites have also earned major roles in the scope of this conference series.
Zeis Textiles Extension customized training offers courses uniquely developed to meet your company’s specific training needs. It’s a cost-effective, efficient way for your organization to train multiple employees at a time and location convenient to you.
Benefits • • • •
Flexible Location - we’ll come to your site and ours is available too Convenient Schedule - you pick the dates and length of training Tailored Materials - our course materials can be modified to focus on your organization’s particular operations or concerns Save Time and Money - Cut travel costs and time out of the office
Textile Topics • • • • • • • • • • • • •
Textile Fundamentals Technical Fabrics Dyeing and Finishing Dyebath Measurement and Analysis Basic Quality Methods for Textiles Fiber and Fabric Identification Techniques Textile Color Measurement and Application Knits Wovens Fabric Design and Development Fibers and Fiber Properties Yarns and Yarn Properties Yarn Manufacturing
Lean Six Sigma Topics and Services • • • • • • • • • • • • • • • • • • •
Champion Training Yellow Belt Training Green Belt Training with JMP Green Belt Training with Minitab Green Belt Training with SigmaXL Black Belt Training with JMP Black Belt Training with Minitab +2 Upgrade to a Black Belt with JMP +2 Upgrade to a Black Belt with Minitab Performance Excellence Courses Process Simulation with Simio Project Coaching Data Collection and Analysis Facilitation Program Development and Evaluation Advanced Measurement Systems Analysis Advanced Design of Experiments Rapid Improvement Events Statistical Quality Control
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The advances in the textile-technology for 3D fabrics are diverse. Solid 3D woven fabrics, which can be made on commercial machinery either as flat panels or 3D shapes, are of importance in composites. They give potential for major reductions in aircraft weight and have significant applications in military hardware. The stimulus to development given by these uses opens up possibilities in automotive, construction, medical and many other fields. Hollow woven fabrics with multiple voids can be used in protective composites. Tubular forms can be multiply branched. For some forms, braiding is an alternative to weaving. Advances in knitting mean that whole garments can be produced, so that stitching together of separate pieces is eliminated; similar developments are taking place in weaving. This technology can be adapted to make complex 3D shapes for technical uses. 3D shells can be made by nonwoven technology.
Important Dates •
Januray 15, deadline for abstract submission
More Information http://wp.tx.ncsu.edu/3dfabrics/ Conference CoChair: Dr. Abdel-Fattah Seyam E-mail: aseyam@ncsu.edu Phone: 919.515.6583
The 2015 conference will be hosted, for the first time, by NC State University’s College of Textiles, which has the largest and most prominent textile academic and research programs in the world. Textile composites research, education and industrial collaboration are among top priorities of the college. You will have great opportunity to take a closer look at those activities during the conference.
Important Dates • • •
November 15, deadline for abstract submission February 1, paper acceptance announced February 15, early bird registration opens
More Information http://wp.tx.ncsu.edu/texcomp-12/ Conference Chair: Dr. Alexander Bogdanovich E-mail: aebogdan@ncsu.edu Phone: 919.515.6566
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Technical Textiles Week
Customized Training
Customized Training
Researchers at the College of Textiles provide an immense knowledge base for research partnerships. In addition to faculty, our labs are managed and staffed by experienced professionals who can help you get the most out of research and development resources.
The Labs Our labs house myriad equipment to address every step of textile processing, from fiber to finished fabric. In addition to the lab equipment, our machine shop is available to fabricate machine parts and make necessary modifications to complete client projects. • Dyeing and Finishing Pilot Lab • Knitting Lab • Physical Testing Lab • Short Staple Spinning Lab • Weaving Lab
Available Services The researches and staff of the College of Textiles will work with you to develop an individualized project plan to address your needs. Below is a summary of the types of services available. More details are available on each lab’s individual page or website. • • • • •
Prototype Development Material Evaluation Process Development and Evaluation Pilot Production Analytical Services
More Information go.ncsu.edu/textilelabs James Watson, D.B.A. Associate Director, Textile Programs and TexLabs james_watson@ncsu.edu 919.515.6592
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Knitting Lab
Dyeing and Finishing Lab The Dyeing and Finishing Pilot Lab has an array of machinery available for industry service work. Capabilities include prototyping of dyes, coatings, chemical finishes and mechanical finishes. Processing of synthetic or natural yarns, fibers, garments and fabrics is also available.
The Knitting Lab is available to industry clients for prototyping of knit fabrics and offers a full menu of pilot testing and applied research services on its array of equipment.
Capabilities
Capabilities
• Dyeing (Continuous and Batch Process) • Jet, winch beck, jig and beaker dyeing • Fiber, yarn, fabric and garment dyeing • Mechanical Finishing (Continuous and Batch Process) • Heat setting • Napping • Sanding • Shearing • Relaxation drying • Padding and tenting • Chemical Finishing (Continuous or Exhaust) • Padding • Spraying • Coating • Plasma • Lab scale and production equipment available
• Warp Knitting • Flat and Circular Weft Knitting • Electronic Jacquard Controlled Double Knitting
Equipment List This is a partial list of equipment: • Greenville Full-width Pad with Marshall and Williams Tenter Frame • Greenville Wash Range, lab scale • Alea Relaxation Dryer • Gessner 24 Roll Double Action Napper • Ahiba/Datacolor IR Beaker Machinery, lab scale • Two Werner Mathis JFO Small Piece Dyeing Vessels • Saspe Sander, lab scale • Saspe Shearer, lab scale • Werner Mathis Padder and Tenter, lab scale
More Information go.ncsu.edu/tex_dyeing
Equipment List
• 3.5 Gauge Lawson FAK 10” diameter sample machine • 10 Gauge Monarch PFW 22’ diameter jersey machine • 13 Gauge Mayer CIE MBF2 22” diameter 3-end fleece machine • 18 gauge Lawson FAK 2” diameter sample machine • 18 gauge Monarch FX-JS3 26” diameter ministep Jacquard machine • 18 gauge Mayer CIE OVJA 1.6E 3WT 30” diameter electronic cylinder Jacquard machine • 20 gauge Monarch XL-PL2 26” diameter terry machine • 24 gauge Mayer CIE Relanit 4 26” diameter jersey machine • 28 gauge Fukahara Interlock 30” diameter machine • Rius Mini-Tronic double needle bar Raschel warp knit machine • Sample single and double needle bar Raschel warp knitting machines • Sample Tricot warp knitting machine
Physical Testing Lab The Dame S. Hamby Physical Testing Laboratory offers testing and analytical services for determining physical properties of fibers, yarns, fabrics, and other textile products. Testing is performed by experienced technicians in accordance with standard test procedures. The lab has the capability to perform a variety of ASTM, AATCC, and ISO standards, or, in many cases, to tailor a procedure to specific client needs.
Capabilities • Fabric and Garment Testing • Fiber Testing • Air permeability • Crimp frequency • Burst strength • Length • Colorfastness • Linear density • Tensile properties • Construction analysis • Fabric stiffness and drape • Yarn Testing • Pilling, snagging and • Count abrasion resistance • Evenness • Tensile properties • Tensile and tear strength • Water resistance • Twist
Equipment List The Physical Testing Lab contains over 30 instruments to perform various test methods. A sampling of the available equipment is listed below: • • • • •
CEM Smart System5 microwave moisture analyzer CSI Flexing and Abrasion tester James H Heal TruBurst2 MTS Q-Test/5 universal testing machine Vibromat ME for fiber linear density
More Information go.ncsu.edu/knitting Brian Davis Manager, Knitting Lab jbdavis5@ncsu.edu 919.515.6521
More Information go.ncsu.edu/physical_testing Jan Ballard, PhD Manager, Physical Testing Lab jan_ballard@ncsu.edu 919.513-2131
Jeff Krauss Manager, Dyeing and Finishing Pilot Lab jkrauss@ncsu.edu 919.515.6542
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Knitting and Physical Testing
Textile Lab Services and Dyeing and Finishing
Lab Services Overview
Spinning and Weaving
Weaving Lab
The Rieter Short Staple Spinning Lab conducts industry service work in blending, carding and drawing fibers for clients as well as spinning yarns using either ring, compact, open end or air jet spinning machines. Twisting capability is also available.
The Springs Weaving Lab conducts industry service work to produce prototypes of woven fabric and provide commission warping service.
Capabilities
• Warping • Single end sizing • Weaving • Narrow fabric weaving • Full-width weaving • Cam shedding • Dobby • Jacquard • Weft insertion • Air jet • Flexible rapier • Rigid rapier • Single rapier • Projectile • Shuttle • Water jet • Color selection
• Opening • Cleaning • Blending • Intimate blending • Carding • Combing • Drawing • Roving • Spinning • Ring • Open-end • Air-jet • Core spun • Compact • Winding • Twisting • Two for one • EliTwist • Ring Twisting • Classimat 3 Testing
Equipment List • Suessen Fiomax E1 Compact Spinning Frame • Elitops • 5 star apron • 5 star Elitubes • Rotorcraft RoCos Compact Spinning System • Rieter R20 Open End Spinning Frame • Volkman VTS-07-T Twister
Capabilities
• Up to 8 weft colors
Equipment List • Staubli LX1600 Jacquard 5120 Hook Head and Dornier Weaving Machine • CCI Single End Sizer, Single End Warper and Sample Weaving Loom • Sulzer G-6200 Weaving Machine • Sulzer L-5500 Air-Jet Weaving Machine • Sulzer PU Projectile Weaving Machine • Nissan Water Jet • Staubli Jacquard 1344 Hook Head and Data Weave Machine • Picanol GTM Flexible Rapier Weaving Machine
More Information go.ncsu.edu/spinning James Watson, D.B.A. Associate Director, Textile Programs and TexLabs james_watson@ncsu.edu 919.515.6592 Tim Pleasants Manager, Short Staple Spinning Lab tim_pleasants@ncsu.edu 919.515.6519
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More Information go.ncsu.edu/weaving James Watson, D.B.A. Associate Director, Textile Programs and TexLabs james_watson@ncsu.edu 919.515.6592 William Barefoot Manager, Weaving Lab william_barefoot@ncsu.edu 919.515.6518
Textile Protection and Comfort Center The Nonwovens Institute (NWI) was launched in 2007 as the world’s first accredited academic program for the interdisciplinary field of engineered fabrics. Based at Centennial Campus of NC State University in Raleigh, NC, the NWI is an innovative global partnership between industry, government and academe. NWI’s partnerships include a consortium of more than 65 member companies that support research and education. The Institute has established unique state-of-the-art facilities for product development and materials testing and evaluation to address the diverse needs of this dynamic industry.
The Textile Protection and Comfort Center (T-PACC), a world leader in laboratory based instrumented systems, has facilities devoted to analysis of heat and flame protection, chemical resistance, and comfort performance. Comparative testing is routinely conducted on materials and clothing systems using procedures found in various standard test methods. Additionally, non-standard test protocols are utilized with appropriate procedures and instrumentation while new methods and instrumentation are developed to address the evaluation needs for specific end use or wear scenarios.
Our comprehensive suite of equipment includes the spunlaid facility, the REICOFIL meltblown facility, and the staple fiber lab.
Capabilities
The spunlaid facility is a multi-purpose installation with a .5 meter wide line that includes a single beam bicomponent polymer spunmelt proces, plus calander bonding and hydroentagling. The one meter wide REICOFIL meltblown line was commissioned in 2011. It has both standard meltblown die tips and concentric nozzle Biax technology. The Staple Nonwovens Lab is equipped with Truetzschler feeding systems and extensive opening systems that allow for thorough blending of various types of fibers. This facility includes a one meter wide Truetzschler High-Speed Nonwoven Card EWK 413 which processes fibers from .5 to 20 denier with basis weights ranging from 30 to 100 gsm direct lay. Also available is the Truetzschler Scanfeed for the direct lay of high loft structures. The card feeds an Asselin Profile cross lapper with a delivery width of .6 to 1.5 meters with a fold range of 2-50. Bonding technologies include 2 needle punch technologies, one Truetzschler needle loom and one Asselin 4 board needle loom, and a Fleissner thru air oven. Additional small scale capabilities exist for fiber development and characterization in our fiber science lab. Our newest addition includes coating and lamination equipment. All materials developed in our labs can be fully characterized using our extensive analytical capabilities.
More Information www.thenonwovensinstitute.com nonwovens@ncsu.edu 919-515-6551
• Heat and Flame Protection • PyroMan - a highly sophisticated instrument used to study garment and body reaction to intense heat and flames. Computerized analysis of manikin sensor response indicates potential tissue burn injury to a wearer, burn area, and severity. • PyroHands • PyroHead • RadHand and RadMan • Thermal Protective Performance • Radiant Protective Performance • Stored Energy Tester • Vertical Flame tests • Chemical Protection • Liquid chemical penetration • Chemical permeation • Man-In-Simulant Test • Comfort Performance • Sweating thermal hand • Glove hand function tests • Full ensemble comfort • Physiological wear test • Thermal imaging • Kawabata Evaluation System • Qmax warm/cool touch test • Subjective evaluation of fabric hand • Guarded sweating hot plate instrumentation • Moisture vapor transmission rate • Liquid moisture management • Drying time
More Information Dr. Roger Barker t_pacc@ncsu.edu 919.515.6550 Zeis Textiles Extension | 9
Nonwovens Institute and T-PACC
Short Staple Spinning Lab
The Composite Core Facility at North Carolina State University College of Textiles encompasses a suite of equipment to provide capability in formation of fiber-based 3D and 2D preforms, manufacturing of composites using resin infusion, testing, evaluation, and characterization of fiber reinforced composites and high-performance fibrous structures. The suite of equipment includes 3D and 2D braiding and weaving technologies, Vacuum Assisted Resin Transfer Molding (VARTM) equipment, and testing, evaluation, and characterization of composite structures for their tensile, shear, flexural, impact, and thermal behavior. Additionally, the facility includes nondestructive testing capability and Optical Time Domain Reflectometry (OTDR) for characterizing strain distribution of composite structures with embedded optic sensors. The composite core facility was developed for education and research as well as serving the composite and allied industries.
Capabilities • Testing • Tensile Testing • Compression Testing • Shear Testing • Fatigue Testing • Flexural Testing • Thermal Analysis • Nondestructive Testing • Structural Health Analysis • Impact Testing • Preform Manufacturing • 2D Weaving • 3D Weaving • 3D Braiding • Composite Manufacturing
More Information Dr. Abdel Fattah M. Seyam aseyam@ncsu.edu 919.515.6583 Dr. Philip Bradford philip_bradford@ncsu.edu 919.515.1866
Analytical Services Lab The analytical service lab’s instrumentation provides practical experience for and supports the research activities of graduate and undergraduate students. The equipment is available for outside client work performed by an experienced technician. This outside work provides funding for equipment maintenance and student activities.
Capabilities • Perkin Elmer Diamond DSC: melting points, glass transition temperatures, % crystallinity and crystallization temperatures of primarily polymeric compounds • Perkin Elmer Pyris 1 TGA: degradation profile of a substrate (liquid or solid) based on weight loss over time or temperature • Thermo Electron FTIR with Nexus 470 Bench and Continuum Microscope: Used for qualitative analysis of unknown substrates in liquid or solid form. IR microscope can be utilized to analyze very small sample sizes –e.g. fibers or specs of contaminants- and be matched against IR libraries containing overall 36,000 spectra • Varian Cary 3 UV-Vis Spectrophotometer: For quantitative determination of dye solutions and to observe λ max for solutions in general utilizing UV and/or Vis range; Sphere attachment enables measurement of SPF for garments or film/fabric samples • Waters Alliance HPLC: PDA,RI and ELS detectors allow for various chromatographic analyses of liquid samples. Two types of GPC molecular weight determinations are possible with available THF and aqueous columns • Agilent 7890 GC: Limited analysis of volatile samples that can be measured with a FID detector • Agilent 6520 Quadrupole Time of Flight LC-MS: LC part of instrument performs separation of liquid sample into its individual constituents if a mixture. Mass Spec gives exact mass to charge ratio and is capable of MS/MS experiments • Perkin Elmer Flame AA 300: Selected lamps are available for quantitative metal analyses of solids (or liquids) that were previously digested in a CEM MARS 5 Microwave to break down all organic compounds to convert metal ions into metal atoms for analysis • Philips/OMNI Instruments Customized WAXRD: For wide angle 2 Θ ranges of 5-60 degrees. Samples can be fiber, powders or films and the obtained diffractogram can offer information about % crystallinity, crystal size and perfection and the calculation of orientation factors
More Information Birgit Andersen birgit_andersen@ncsu.edu 919.515.6590 10 | Zeis Textiles Extension
Textile Fundamentals
Fundamentals of Technical Fabrics
4.5 day course February 16-20, 2015 June 1-5, 2015 September 28-October 2, 2015 $1495 per person, $1395 additional registrants from the same company http://go.ncsu.edu/zte_courses
3.5 day course March 17-20, 2015 $1095 per person, $995 additional registrants from the same company http://go.ncsu.edu/zte_courses
About
In this course you will learn the materials and processes involved in manufacturing technical textiles and product applications as well as the broad range of applications for technical textiles ranging from products inside the body to products in outer space. Come and learn the manufacturing methods that produce very complex and sophisticated textile structures. Also learn about the many man-made fibers with tailored properties and new chemical finishes to enhance the performance of technical textiles.
Textile Fundamentals, our most popular course, provides you with a comprehensive, in-depth study of the entire textile process from fiber formation through finishing. Lectures coupled with visits to our textile manufacturing laboratories will provide you with a true working knowledge of textile processing. Be sure to register early, because this one consistently sells out fast! Space is limited to 40 students.
Learn • • • • • •
Fibers and fiber properties Filament and spun yarn formation Fabric formation systems Color and dyeing Chemical and mechanical finishing End-use properties and performance
Dyeing and Finishing Fundamentals with Dyebath Measurement and Analysis 4.5 day course May 4-8, 2015 $1195 per person, $1095 additional registrants from the same company http://go.ncsu.edu/zte_courses
About This course is a must for anyone working with dyed and finished fabrics. In this session you will learn the basic concepts of textile wet processing, which include preparation, dyeing, printing, and finishing, with emphasis on the interrelationships of fabric styles and wet processing steps. Specifically, you will focus on various processing sequences, causes and solutions to many common finished fabric problems, and requirements for quality fabrics.
Learn • • • • • • • • • •
About
Learn • • • • • • •
Different categories of technical textiles Basic processes to produce technical textiles Specific raw materials used in technical fabrics Technical fabric constructions and important properties per end use How special finishes can influence the performance of technical fabrics The wide range of applications for technical textiles Cutting-edge research in technical textiles being conducted by NC State College of Textiles
Introduction to Digital Textile Printing 2.5 day course May 13-15, 2015 http://go.ncsu.edu/zte_courses
About This introductory course provides a comprehensive overview of the concepts, terminology, and technologies associated with textile ink jet printing. The course is ideal for designers, product developers, managers and professionals who need an understanding of textile ink jet printing from design through the manufacturing process.
Learn • • • •
Basics of hardware, software, textile substrates and colorant Digital textile printing design and production technology overview Color management in digital textile printing Quality assessment
Natural and synthetic fiber properties Fabric preparation: key process to consistent dyeing and finishing Importance of color and factors that affect fabric shade Dyestuffs used for natural and man-made fibers: procedures used and properties that can be expected Dyebath measurement and monitoring for more efficient processing Dyeing blends (polyester/cotton, acrylic/wool, etc.) Fabric printing techniques Chemical and mechanical finishing processes and techniques Fabric evaluation and testing Garment dyeing
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Textile Courses
Composites and Analytical Labs
Composites Core Facility
3 day course June 23-25, 2015 $1095 per person, $995 additional registrants from the same company http://go.ncsu.edu/zte_courses
About This course benefits those who need to understand both the methodology and the interpretation of standard test procedures used in the textile industry. This course is ideal for laboratory managers and technicians, as well as for anyone who makes decisions based on textile product properties. Class is limited to 20 registrants.
Learn • • •
Important properties of fibers, yarns, fabrics and garments and how they are measured Overview of both ASTM and AATCC standard procedures The application of basic statistics to test reporting and decisionmaking
Textile Manufacturing Processing Workshop 3 day course July 21-23, 2015 $1095 per person, $995 additional registrants from the same company http://go.ncsu.edu/zte_courses
About This interactive workshop will provide you the opportunity to work handson in NC State’s yarn, knitting, weaving, dyeing and finishing and testing Pilot Textile Manufacturing Facilities. Pilot plant activities, exercises and experiments will engage you in developing textile yarns, converting the yarns into fabric, adding specific dyes and finishes to the fabric, and testing both yarn and fabric. This workshop provides an interactive, close-up view of the steps required to develop yarns and fabrics. Due to the intensive interaction between instructors and students, enrollment in this workshop is limited to 20 participants
Learn • • • • • • • • • • • • • • •
How fiber blends are processed How yarn counts and twist levels are determined Ways to change yarn characteristics How to match yarn counts with weft knitting machine gauges Factors controlling weft knit and woven fabric weights Weft knitting machine parameters controlling fabric torque, shrinkage and other fabric issues Steps in designing weft knit and woven fabrics Causes and cures of common knit and woven fabric defects The importance of good yarn preparation for weaving Scouring and bleaching of fabrics and yarns Practical applications of lab dips Principles of color formulation and shade matching Procedures of chemical and mechanical finishes Steps in printing color into fabrics Key fiber, yarn, and fabric tests and what the results tell you
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Fiber and Fabric Identification Techniques 3 day course August 4-6, 2015 $1095 per person, $995 additional registrants from the same company http://go.ncsu.edu/zte_courses
About Fiber and Fabric Identification Techniques will explore textile topics that are of importance to anyone involved in developing fabric specifications and conducting laboratory analysis of fiber and fabric. This course benefits textile laboratory personnel as well as those dealing with customs regulations and crime scene investigations. In this course you’ll learn about fiber properties, fabric identification and introductory microscopy techniques, fabric construction analysis and color measurement.
Learn • • • • •
Fiber properties and identification techniques Fabric construction analysis Dyes used for textile materials and how they produce color Color theory as applied to textile product analysis Techniques for visual and instrument color assessment
Textile Color Measurement and Application
Short Staple Yarn Development and Design
3 day course August 18-20, 2015 $1095 per person, $995 additional registrants from the same company http://go.ncsu.edu/zte_courses
3 day course October 20-22, 2015 $1095 per person, $995 additional registrants from the same company http://go.ncsu.edu/zte_courses
About
About
Learn basic concepts of lab dip formulation, shade matching, and color measurement and evaluation. Topics covered include: lab dip techniques, dyestuff properties, basic wet processing steps, fundamentals of shade matching, instrumental color measurement, and color evaluation methods. Course is limited to 20 registrants.
This course provides you with a comprehensive, introductory study of the short staple yarn manufacturing process from fiber formation to spun yarns. Lectures, coupled with tours of our model manufacturing laboratories, will provide you a true working knowledge of various short staple processes.
Learn
Learn
• • • • • •
• • • • •
Basic steps of lab dip formulation Effects of dye selection on fabric properties Fundamental textile wet processing Application of visual and instrumental color assessment Principles of shade matching Practical applications of color management
Specialty Woven Designs and Their Applications
Knit and Woven Fabric Design and Development
4 day course August 3-6, 2015 $1195 per person, $1095 additional registrants from the same company http://go.ncsu.edu/zte_courses
5 day course October 5-9, 2015 $1295 per person, $1195 additional registrants from the same company http://go.ncsu.edu/zte_courses
About
About
This course begins by examining the theory and practice of fabric geometry, cover factor, fabric tightness, and the concept of design of similar clothes. These elements allow designers to construct fabrics with predetermined properties based on data mining. Examples of the relationship between these structural parameters and fabrics properties will be covered and discussed. The latter part of this course comprises the design and applications of highly specialized woven fabric structures. These include backed fabrics, double cloth, ply fabrics, warp pile and filling pile fabrics. Jacquard weaving and recent advances, types of jacquard ties, and casting out (elements which allow fitting jacquard designs to existing Jacquard Heads) will be presented. Additionally, Three Dimensional (3D) woven orthogonal fabrics for advanced composites and their applications will be covered. The technologies required to manufacture these fabrics will be explained.
Geared for professionals in sourcing, product development, fabric development, production, and merchandising of fabrics, Knit and Woven Fabric Design and Development reviews the mechanics of weft and warp knitting and weaving, details fiber and yarn selection, discusses fabric types for developing end-use products and examines the relationship between fabric design and fabric properties. This course enhances the learning process with comprehensive design and fabric analysis exercises.
Learn • • • • • • • • • •
Review of fabric construction theories Design of similar fabrics Structure/property relationships Advanced woven structures and related technologies Backed fabrics Multilayer fabrics (medical devices, air bags, seamless endless belts) Pile fabrics Jacquard weaving Advances in jacquard weaving 3D woven orthogonal fabrics
Learn • • • • • • • • •
Key fabric properties for knits and wovens What affects fabric properties Fabric production steps Quality issues with specific fabrics Fabrics design Fabric characteristic development Material selection dependent on end-use product Knit and woven constructions Weaving and knitting machinery operation
Fibers and fiber properties Filament and spun yarn formation methods Comparison of yarn properties from one formation method to others Yarn properties and effects on end use properties End-use properties and performance
Textile Technology Certificate Program go.ncsu.edu/texed_certificate
About Whether you are new to the textiles industry or are looking for ways to expand your opportunities for professional advancement, our Textile Technology Certificate Program can benefit you. Using accelerated learning and simulation techniques, our textile experts will provide you with a strong foundation in the field of textiles. The program provides several course options, allowing you to tailor the training to your needs, and by focusing on material relevant to your workplace, our courses are the best value for your time and money. The certificate program requires that you take a series of five courses three core and two elective - within a three-year period. For more information about the certificate program go.ncsu.edu/texed_certificate
Contact Debbie Mostek, Program Manager dgmostek@ncsu.edu 919.513.7401
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Textile Courses
Textile Courses
Fundamentals of Textile Testing
eLearning - Textile Testing go.ncsu.edu/elearning
go.ncsu.edu/elearning Textile Fundamentals eLearning from Zeis Textiles Extension contains in-depth information about all aspects of textile processing and will benefit industry newcomers and experienced professionals alike. Each topic contains detailed still images, illustrations and animations which give individuals a more thorough understanding of the material. The carefully crafted illustrations and animations provide a closer look at machinery than traditional photography and videography safely allowing the isolation of individual steps of complex processes. Narration is paired with detailed imagery, explaining each facet of the various processes. This combination of visual and auditory information yields higher material retention rates and a better understanding of the material overall. And, because eLearning is completely online, students are able to watch sections multiple times in order to absorb more difficult concepts, and the materials serve as an excellent, encyclopedic textile resource. In addition to the topics, an online glossary is available for quick reference at any time. eLearning from TexED is a comprehensive, cost-effective way to provide textile training to employees or to provide supplemental study materials for university students.
Topics Covered • • • • • • • • • • • • • •
Textile Fibers Filament Yarns and Texturing Spun Yarn Manufacturing Warp Preparation Weft Knitting Warp Knitting Weaving Nonwovens Fabric Preparation Color and Color Properties Dyestuffs and Dyestuff Applications Printing Chemical Finishing Mechanical Finishing
Pricing • •
Individual Purchase - $350 for 1 year access Corporate Volume Purchase - $3000 for 1 year unlimited use
University Pricing • •
Individual Student Purchase - $39.95 per semester University Volume Purchase (per semester) • Up to 50 users - $1000 • Over 50 users - $1500
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In response to the demands of industry and academic institutions worldwide, North Carolina State University College of Textiles developed a new web-based Textile Testing education product. The new Testing product contains illustrations, photographs, videos, and detailed descriptions of a comprehensive range of test methods with application to textile fibers, yarns, fabrics, and garments. To complement the test method descriptions, relationships between product structure and test results are emphasized. In addition, general information on professional standards organizations, published test methods, and basic statistics is presented. This Textile Testing eLearning product is a valuable resource to anyone who deals with technical quality issues of textile products or who needs a working knowledge of textile testing.
Pricing • •
Individual Purchase - $250 for 1 year access Corporate Volume Purchase - $2000 for 1 year unlimited use
University Pricing • •
Meltblowing and Spunbonding Fundamentals 4 day course February 2-6, 2015 $1495 per registrant, $1195 for NCRC members or additional registrants from the same company go.ncsu.edu/nwicourses This course is designed to convey an overview of the spunlaid and meltblown technologies. You will learn about the raw materials, fabric manufacture processes, the products they make and their end uses. You will observe trials using the Nonwoven Institute’s state of the art equipment for their manufacture. Who should attend: Anyone involved in the nonwovens business who needs to understand the spunlaid and melt blown processes such as Persons new to the technology, R&D and Process Engineers, Manufacturing Management, Maintenance and Plant Engineers, and Technical Sales and Marketing.
Nonwoven Fabric Property Development and Characterization 3.5 day course April 13-16, 2015 $1495 per registrant, $1195 for NCRC members or additional registrants from the same company go.ncsu.edu/nwicourses This course examines the range of nonwoven fabric properties produced by the major manufacturing processes. Property development by these processes as well as methods of characterizing them are discussed. Experience in Nonwoven Institute’s modern characterization laboratories is provided. Who should attend: Those in nonwoven management, marketing, product development, and manufacturing as well as suppliers to the industry, and users of its products would benefit.
Individual Student Purchase - $39.95 per semester University Volume Purchase (per semester) • Up to 50 users - $1000 • Over 50 users - $1500
Contact Debbie Mostek, Program Manager dgmostek@ncsu.edu 919.513.7401
Micro and Nanofiber Fundamentals and Applications
Nonwoven Product Development and Innovation
3 day course September 14-17, 2015 $1495 per registrant, $1195 for NCRC members or additional registrants from the same company go.ncsu.edu/nwicourses
4.5 day course December 7-11, 2015 $2995 per registrant, $2395 for NCRC members or additional registrants from the same company go.ncsu.edu/nwicourses
This course explores the world of very small fibers. Factors limiting the minimum diameter for conventional spinning are explored as well as the manufacture of microfibers through meltblow technology and nanofibers through electrospinning using the Nonwoven Institute’s modern manufacturing facilities. The influence of small fibers on filtration performance is measured in the laboratory and discussed extensively. Who should attend: Anyone involved in the nonwovens business who needs to understand making and using very small fibers. Persons in R&D, product and manufacturing management, process engineers, quality control, and technical sales would benefit by attending.
This course simulates the development of a new nonwoven product. Nonwoven processes, design of experiments, cost modeling, stage/gate theory, and intellectual property are briefly reviewed. Students are divided into small groups and a product design problem is assigned. Each group has an NWI advisor who assists with a development plan. After a scheduling meeting 17 hours are provided on NWI’s modern manufacturing facilities for groups to demonstrate and test a product prototype. Each group then introduces their product to fellow students.
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Nonwovens Courses
Textile eLearning
eLearning - Textile Fundamentals
2.5 day course January 21-23, 2015 http://go.ncsu.edu/zte_courses
Principles of Pattern Making for Apparel 2.5 day course February 11-13, 2015 http://go.ncsu.edu/zte_courses
About
About
This course provides a comprehensive overview of the concepts, terminology, and technologies used to produce apparel in today’s global complex. The cornerstone of the College of Textiles series, this introduction is ideal for managers and professionals who need an understanding of the apparel manufacturing process in its entirety.
This course will take your fashion design education to the next level by drafting a basic block for a woman’s bodice, sleeve, and skirt using a set of personalized body measurements. The basic block is the foundation upon which all master patterns are drafted. Learn how to manipulate the finished patterns to create design options for necklines, darts and seamlines, sleeves, and skirts using half-scale patterns. Overview of scanning technology used to transform patterns into digital format included.
Learn • • • • •
Basics of textile terminology Design and production technology Grading, marker making, cutting, and production Stitches and seams Spec packages
Knit Design and WHOLEGARMENT Knitting 2.5 day course March 11-13, 2015 http://go.ncsu.edu/zte_courses
Learn • • • •
How to obtain a set of accurate body measurements Pattern making terminology Basic pattern engineering principles and processes Scanning patterns to transform into digital format
Development of Specification (Spec) Packages for Sewn Products 2.5 day course March 25-27, 2015 http://go.ncsu.edu/zte_courses
About This course introduces you to knit design and the emergent technology of WHOLEGARMENT Knitwear. Designed garments are produced in one entire piece, three dimensionally, directly on the knitting machine. Consequently, they require no expensive, time consuming and costly postproduction labor. There is no waste making this sustainable product. You will leave with a a WHOLEGARMENT that you helped design and files with images for development of knit designs.
About Learn the essential elements and details relating to a garment style contained in a tech pack, a critical document used to create prototypes and production garments. The tech pack constitutes a contract between the product developer and the contractor or manufacturer, thus is crucial to the delivery of finished product that meets the envisioned garment.
This course is limited to 10 participants
Learn
Learn
• • • • •
• • • • •
The basic principles of knit design WHOLEGARMENT technology Fully fashion construction techniques Conversion of body measurements into garment measurements using ease Shima Seiki Apex Design system
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The basic requirements of a tech pack How to use Excel to manage specifications Creating style numbers and SKU’s Points of measure and how to measure guidelines Sample requests and quality control
Patternmaking using CAD: Gerber Accumark
Targeting Specific Consumers
2.5 day course May 18-20, 2015 http://go.ncsu.edu/zte_courses
2.5 day course February 25-27, 2015 http://go.ncsu.edu/zte_courses
About
About
This course provides an introduction to the use of Gerber Accumark to design or develop patterns for production. Students will also be introduced to ways to get hard copy patterns into the system, tools to engineer the patterns, application of grade rules, and the creation of markers.
The workshop provides an overview of the Millennials’ consumer behavior for apparel and textile related products. The workshop profiles this consumer cohort including their typical habits, unique shopping behaviors, and preferences. Attention to the role of brand ambassadors and social media within this consumer’s consumption experience will be highlighted. The key takeaway from this workshop will be directions to target this consumer for specifically for your business.
Learn • • •
Gerber Accumark tools for pattern design and engineering Creation and application of grade rules Marker making using Gerber
Learn • • • •
Creating “Flats” & other Technical Drawings for the Development of Sewn Products 2.5 day course May 20-23, 2015 http://go.ncsu.edu/zte_courses
Understand the nature of the Millennial consumer Identify the major influences on their buying behavior Understand the role that digital media plays in their consumption experience Develop strategies for connecting with this consumer
Social Media 2.5 day course May 20-23 2015 http://go.ncsu.edu/zte_courses
About About This course provides an introduction to the use of Adobe Illustrator to create “flats” and other technical drawings that are used during the product development process and the creation of technical specification packages. Students will also be introduced to Kaledo Collection and how this software might be used to develop a “database” of drawings.
The workshop will cover social media usage for businesses engaged in marketing textiles, apparel and related products. The state of the art in social media marketing will be provided to participants to give an overview of the digital landscape. Tactics for maximizing your tools will be provided as a key takeaway from the workshop.
Learn Learn • • • •
Adobe Illustrator tools for technical drawings Creation of a database of images to avoid continual reproduction of similar drawings How to use a croquis to keep drawings in proportion Overview of other technologies that could be used to create flats and manage a database of images
• • • •
An overview of the world of digital marketing Current state of the art in social media marketing Strategic alternatives and corresponding tactics for developing a digital marketing campaign Develop a digital marketing plan that pursues your business objective
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Consumer Marketing Courses
Apparel Courses
Introduction to the Apparel Industry
9 day course, two 4.5 day sessions See course calendar, pg 22, for dates $3495, $3320 for add’l registrants, same company http://go.ncsu.edu/zte_courses
Lean Six Sigma Black Belt with Minitab or JMP 18 day course, four 4.5 day sessions See course calendar, pg 22, for dates $9495, $9020 for add’l registrants, same company http://go.ncsu.edu/zte_courses
About Lean Six Sigma Green Belt training will introduce you to the Lean Six Sigma philosophy and terminology and give you the tools you need to complete your Green Belt certification project. This course uses a combination of lectures, presentations and hands-on lab exercises to provide you with a strong foundation in Lean Six Sigma, enabling you to participate on Lean Six Sigma project teams and lead small-scale projects. This two-week course comprises the entire Green Belt training program, and serves as the first two weeks of Black Belt training. This format allows Green Belts and Black Belts to train together, creating an atmosphere similar to the work environment where Green and Black Belts work together on Lean Six Sigma project teams.
Learn • • • • •
Why organizations benefit from Six Sigma Basic DMAIC problem solving method Basic graphical and statistical tools How to collect data Basic statistical tools such as Pareto charts, histograms and inferential statistics
Lean Six Sigma +2 Black Belt with Minitab or JMP 9 day course, two 4.5 day sessions See course calendar, pg 22, for dates $5995, $5695 for add’l registrants, same company http://go.ncsu.edu/zte_courses
About Lean Six Sigma Black Belts are some of the most sought after professionals today. With the new +2 Upgrade to Black Belt, you can complete your Black Belt training in two weeks. The accelerated program removes the overlap between traditional 2-week Green Belt and 4-week Black Belt training courses, focusing on the advanced problem solving tools used by Black Belts, giving those who have already received Green Belt training a cost-effective and time-saving alternative. As a Black Belt candidate you will be trained to identify opportunities for improvement within your company, use Lean Six Sigma methodology and apply the correct tools and techniques to a Lean Six Sigma project. After the training, you will have the skill set needed to lead Lean Six Sigma projects throughout your organization to achieve significant financial and customer service improvement.
About Lean Six Sigma Black Belts are highly sought-after professionals. As a Black Belt candidate you will be trained to identify opportunities for improvement within your organization, analyze processes with Lean Six Sigma methodologies, and apply the correct tools and techniques to a Lean Six Sigma project. After the training you will have the skill set needed to lead Lean Six Sigma projects throughout your organization to achieve significant financial impact and dramatically improve customer service. Your training consists of a four-week program combining the twoweek Green Belt course with two weeks of Black Belt training. This format allows Green Belts and Black Belts to train together, creating an atmosphere similar to the work environment where Green and Black Belts work together on Lean Six Sigma project teams.
Master Black Belt Program
13th Annual Lean Six Sigma Forum
18 training days http://go.ncsu.edu/zte_courses
August 11-12, 2015
About
Many companies have completed lean training and developed capability. Lean Enterprise builds on the basics: • From learning lean to doing lean • From developing capabilities to delivering results • From the ‘push’ of training to the ‘pull’ of culture
Master Black Belts are change agents who lead Lean Six Sigma projects at an enterprise level. Their efforts include deployment, training, coaching, mentoring, and providing technical support to Green Belts and Black Belts. Our Master Black Belt program provides a structured path for Master Black Belt certification with an emphasis in statistical depth and leadership skills. This 5-week training program consists of our 2-week Master Black Belt core course and three 1-week electives, listed in the Performance Excellence section of the catalog, providing continuity in your training while still allowing flexibility to meet the needs of your organization.
Prerequisites Master Black Belt candidates must have prior Black Belt certification or extensive Lean Six Sigma experience. All course participants must be accepted into the program before being eligible for course credit toward certification.
Learn • • • • • • •
Basic and Advanced DMAIC problem solving method Process mapping Capability Project planning Statistical methodologies Design of Experiments Control charting and process management plans
Certification Requirements In addition to attending the 2-week MBB core course, which includes an assessment at the end of each week, and the three electives of your choosing, you must submit a portfolio demonstrating your competency in the following areas: • The ability to apply knowledge learned from course work • Teaching skills, including course development • Coaching/Mentoring
Fees •
$10,995 for all training and certification • $4398 for two-week Core • $2199 for each elective
Contact Melissa Sharp mcgardne@ncsu.edu 919.515.0236
Lean Enterprise: Delivering and Sustaining Lean Results
Join us to enable your organization to sustain a competitive advantage through Lean Enterprise. Visit us on the web for up-to-date information on the 2015 Forum: wp.tx.ncsu.edu/lssforum/ The Lean Six Sigma Forum began as an alumni reunion event in 2002. It has since grown to include Lean Six Sigma professionals with diverse career and training backgrounds. This diversity has provided a rich environment for discussing Lean Six Sigma and its future growth as a quality initiative. The structure of the Forum, with plenary sessions and breakout tracks, allows participants to learn from experts using Lean Six Sigma in innovative ways, see new developments in statistical software, and pick up tips and tricks to use in their own projects.
Lean Six Sigma Yellow Belt See course calendar, pg 22, for dates $295, $280 add’l registrants, same company http://go.ncsu.edu/zte_courses Yellow Belt training is used by many organizations to introduce Lean Six Sigma as a means for preparing project team members, or as part of a larger LSS deployment. This session covers important tools and techniques for process improvement, including the DMAIC problem solving methodology. By building a common language and a basic understanding of key tools and techniques, the attendee is better prepared to support their organization via Lean Six Sigma improvements. This course requires no special software and minimal math skills. Successful completion of the end of course exam results in the awarding of a North Carolina State University Yellow Belt training certificate. This course provides an excellent introduction to LSS to enable participants to determine if advanced Green Belt / Black Belt training is of value to them and their organizations. This course will be conducted over three nights; 6:00-9:00pm each night.
Learn • • • • •
Advanced DMAIC problem solving method The Black Belt’s role in promoting and leading LSS efforts Change management Advanced statistical tools Design of Experiments
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Lean Six Sigma
Lean Six Sigma
Lean Six Sigma Green Belt, Minitab or JMP
Change Management
Effective Design and Analysis of Surveys
Mistake Proofing for Robust Processes
7.5 day course $4398 per person April 13-16 & May 18-21, 2015 http://go.ncsu.edu/zte_courses
$1495 per person $2195 for Master Black Belt credit 3.5 day course February 24-27, 2015 http://go.ncsu.edu/zte_courses
3.5 day course $1495 per person $2195 for Master Black Belt credit August 25-28, 2015 http://go.ncsu.edu/zte_courses
3.5 day course $1495 per person $2195 for Master Black Belt credit November 3-6, 2015 http://go.ncsu.edu/zte_courses
About The Master Black Belt core course provides the essential skills needed for all successful Master Black Belts.
Learn • • • • • • • • • •
The roles and responsibilities of a Master Black Belt How to facilitate Lean Six Sigma teams How to apply diverse learning styles during instruction How to use logistic regression in categorical data analysis How to effectively deploy a process improvement program in your organization How to create balanced scorecards and dashboard metrics for your organization How to apply advanced experimental designs in your organization How to analyze data using advanced experimental designs How to analyze nonparametic (nonnormal) data How to assess the financial impact of Lean Six Sigma projects
About About Organizations receptive to change remain viable and healthy in today’s highly competitive business environment. However, as many experienced professionals know, resistance to change is natural and prevalent. Overcoming this resistance to change is perhaps one of the toughest challenges leaders will face. Mastering the leadership essentials taught in this course allows you to leverage the power of a process improvement program to effect meaningful change for your organization. You will be viewed as a lead change agent and be expected to lead people, programs, and projects toward business process optimization.
While understanding the needs, dislikes and likes of their customers and employees is critical to the success of any organization’s business, many organizations are not collecting and analyzing this data effectively. The proliferation of internet-based survey tools has increased the opportunity to conduct surveys and highlighted the need for organizations to learn design and analysis of surveys. This course addresses the three main areas of survey design and analysis: what do we ask, how do we ask it, and what do we do with the data.
About In the ideal world, there are no transaction errors, no faulty products, no unnecessary deaths and no unnecessary harm for patients. This course focuses on integrating sustainable mistake proofing and solution initiatives throughout all organizations, in an effort to improve the quality and performance of any organization’s subsystems, processes, or products. Participants should come to class with an issue or mistake to error proof throughout the course.
Contact Melissa Sharp mcgardne@ncsu.edu 919.515.0236
Statistical Analysis Refresh - Live Web .5 day course $295 per person, $280 additional registrants from the same company April 1, 2015 http://go.ncsu.edu/zte_courses Which t-test do I use? ANOVA?? Anderson-Darling, Mann-Whitney, Wilcoxon?!? If it’s been awhile since your black belt training or your last statistics course, these terms might all be a jumbled haze. Join us for Statistical Analysis Refresh, a half-day live web session, to clear the fog and refresh all the most valuable data analysis tools for your next project. Plus, we’ll use JMP and Minitab for the example demos and provide a brief introduction to R, a free software for statistical computing and graphics.
Design and Innovation with Computer Simulation 3.5 day course $1495 per person $2195 for Master Black Belt credit July 14-17, 2015 http://go.ncsu.edu/zte_courses
About Complex processes are difficult to analyze because direct experimentation with them isn’t feasible or practical. Traditional quality improvement methods such as Design of Experiments (DOE) and statistical process control are limited due to the complexity of the process and limited visualization of bottlenecks and throughput. Computer Simulation is a tool that can combat those deficiencies by creating a detailed understanding of how a process is configured or product is produced. It provides a laboratory for developing current “As Is” models and transitioning to “Future State” models without costly capital investments. Simulation adds value to your projects by accurately modeling complex transactional, healthcare, supply chain, and manufacturing environments, testing operational alternatives, and quantifying potential results and performance expectations in chaotic processes, where high variability is present.
Advanced Lean
Design for Six Sigma
3.5 day course $1495 per person $2195 for Master Black Belt credit September 22-25, 2015 http://go.ncsu.edu/zte_courses
3.5 day course $1495 per person $2195 for Master Black Belt credit December 1-4, 2015 http://go.ncsu.edu/zte_courses
About
About
The MBB Advanced Lean course will extend Lean knowledge to the Master level with topics such as:
Design for Six Sigma (DFSS) is the logical next step for most companies seeking to design new products and services to achieve six sigma level performance. DFSS is the traditional new product development process with best practice Six Sigma tools to support the design of high quality, customer-focused, products and services. Following the DFSS process and applying many Six Sigma tools to support each phase will improve your existing new product development process.
Learn • • • • • •
Review of GB/BB Lean foundation. Value Stream mapping with diagnostics Equipment management including TPM & OEE Process flow analysis including Little’s Law Inventory strategies including Kanban calculations and CONWIP Organizational foundations for successful Lean deployments
This course provides a basis for reviewing your organization’s current new product/development process using the Design for Six Sigma framework. This course gives the participant an overview of the DFSS process and primary tools with a hands-on lab to demonstrate the application of the tools, focusing on driving innovation in an organization using DFSS methodology and understanding how to overcome challenges to successful implementation. Each participant will conduct a gap analysis of their organization’s new product development process.
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Master Black Belt & Performance Excellence
Master Black Belt and Performance Excellence
Master Black Belt Core Course
Jan
Textile Fundamentals
Feb
Mar
Apr
May
16-20
Fundamentals of Technical Fabrics
Jun
Jul
Aug
1-5
Sep
Dec
23-25
Textile Manufacturing Processing Workshop
21-23
Specialty Woven Designs and Their Applications
3-6
Fiber and Fabric Identification Techniques
4-6
Textile Color Measurement and Application
18-20
Knit and Woven Fabric Design and Development
5-9
Short Staple Yarn Development and Design
20-22 Jan
Meltblowing and Spunbonding Fundamentals
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
2-6
Nonwoven Fabric Property Development and Characterization
13-16
Micro and Nanofiber Fundamentals and Applications
14-17
Nonwoven Product Development and Innovation Apparel and Consumer Marketing Courses
7-11 Jun
Jul
Aug
Sep
Oct
Nov
Dec
May
Jun
Jul
Aug
Sep
Oct
Nov
Dec
11-15
15-19
11-15
15-19
Lean Six Sigma Green Belt with Minitab or JMP
14-18
12-16
Lean Six Sigma Black Belt with Minitab or JMP
14-18
12-16
9-13
7-11
9-13
7-11
Nov
Dec
Introduction to the Apparel Industry
Jan
Feb
Mar
Apr
May
21-23
Principles of Pattern Making for Apparel
11-13
Targeting Specific Consumers
25-27
Knit Design and WHOLEGARMENT Knitting
11-13
Development of Specification (Spec) Packages for Sewn Products
25-27
Patternmaking using CAD: Gerber Accumark
18-20
Creating “Flats� & other Technical Drawings for the Development of Sewn Products
20-23
Social Media
20-23
Lean Six Sigma Courses
Jan
Feb
Mar
Apr
Lean Six Sigma Green Belt with Minitab
2-6
6-10
Lean Six Sigma Black Belt with Minitab
2-6
6-10
Lean Six Sigma +2 Upgrade to Black Belt with Minitab Lean Six Sigma Yellow Belt - Evening Course
31
Lean Six Sigma Green Belt with Minitab - Charlotte, NC Session
14 & 28 April 27-May 1
1-5
Lean Six Sigma Forum
11-12
Lean Six Sigma +2 Upgrade to Black Belt with Minitab or JMP Master Black Belt and Performance Excellence Courses Change Management Statistical Analysis Refresh - Live Web Master Black Belt Two Week Core Design and Innovation with Computer Simulation Effective Design and Analysis of Surveys Advanced Lean Mistake Proofing for Robust Processes Design for Six Sigma
22 | Zeis Textiles Extension
Nov
Sep 28-Oct 2
13-15
Fundamentals of Textile Testing
Scan the image below with your smartphone or go to go.ncsu.edu/zte_courses
Dec
4-8
Introduction to Digital Printing
Register Online:
Nov
17-20
Dyeing and Finishing Fundamentals with Dyebath Measurement and Analysis
Nonwovens Courses
Oct
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
24-27 1 13-16
18-21 14-17 25-28 22-25 3-6 1-4
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Course Calendar
Course Calendar
Textile Courses
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College of Textiles Campus Box 8301 Raleigh, NC 27695-8301 NC State University promotes equal opportunity and prohibits discrimination and harassment based upon one’s age, color, disability, gender identity, genetic information, national origin, race, religion, sex (including pregnancy), sexual orientation and veteran status. 8500 copies of this public document were printed at a cost of 61¢ per copy.
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