Details
Category: Textile Department
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Laboratory / Workshop

+ - 1. Spinning Workshop Click to collapse
The spinning workshop is well equipped with state of art machinery, which facilitates students and faculty members for research & study purposes.

  • Rieter Comfor Compact Spinning K-40
  • Rieter Comber E-70 R
  • Rieter Autoleveller Draw Frame RSB-D 30
  • Murata Air Jet Spinning MJS 802
  • Schlafhorst Autocoro 288
  • Trumac / Trutzschler Blow room Line
  • Trumac DK-780 Card.
  • LMW Speed frame LF1400
  • KTTM Ring frame RXI 240C
  • LMW Ring frame LG 5/1
  • Peass Parallel / Soft Winding machine
  • Vijay Lakshmi - Two for One Twister
  • Fancy Twister
  • Ring Doubler.
  • Amsler Fancy yarn attachment
  • Xorella yarn conditioning
  • Zinser Ringframe 351 C3
  • Savio TFO

 Muratec Air Jet

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Muratech Airjet

+ - 2. Spinning  Maintenance Laboratory Click to collapse

A Spinning maintenance laboratory is equipped with latest machineries for practicals & research work for students as well as faculty. The facilities under spinning maintenance laboratory are as follows.

  • Flat End Milling machine
  • Flat Clamping machine
  • Flat Grinding machine
  • Roller mounting machine
  • Cots grinding machine
  • Arbour Flusing / Cleaning machine
  • Cot Checking Instrument
  • Cot mounting machine
  • Cot calendaring machine
  • Top Roller Greasing machine

IMG 0143 min

+ - 3. Weaving Workshop Click to collapse
The workshop is well equipped with conventional to latest weaving machines for imparting practical training. The weaving machines are utilized  for product development, research, practicals etc. 

Following are the major facilities available

  • Sulzer projectile weaving machine with training models
  • Schlafhorst 338 winding machine
  • Mayer & Cie knitting machine
  • Design studio (Wonderweaves & Textronics)
  • Ruti C weaving machine
  • Cimmco auto loom
  • Harish Vivita Air jet weaving machine
  • Braiding machine
  • All types of conventional shuttle looms & Prepatory machine
  • CCI Tech. Sample Sizing, Sample warping & Sample loom set-up
  • Smit Rapier weaving machine
  • Dornier rapier weaving machine
  • Smit Air jet weaving machine
  • Auto sample loom, sizing, warping (CCI Taiwan make)
  • Pailung interlock Knitting machine
  • Liba sample warp knitting machine
  • Muller needle loom
  • Bonas Electronic Jacquard.
  • Savio Polar Winding Machine
  • Somet Air Jet Weaving Machine
  • KTM socks knitting machine
  • SuoHwan computerized flat knitting machine
  • Schoch Reed Display

Dornier Rigid Rapier Loom

Dornier Rigid Rapier Loom

+ - 4. Textile Physics/ Testing Laboratory Click to collapse
The textile physics / testing laboratory is equipped with conventional as well as modern instruments which covers whole range of testng of textile materials. 

Facilities available for testing & research purposes are

  • Uster AFIS PRO
  • Instron Universal Testing machine (5565)
  • Zweigle yarn hairiness tester
  • Zweigle yarn Friction tester
  • High Volume Instriments HFT (Premier)
  • Premier aQuara NL.
  • Premier Tensomax 7000
  • Yarn Evenness Tester with Imperfection Meter (Premier-IQ)
  • MESDAN Count CSP Tester (STRETCH 500 M)
  • Tensolab -Tensile Testing machine
  • Yarn Abrasion (MAG - SITRA Abrasion Test)
  • Cotton Trash analyzer
  • Microscopes
  • Carl Zeiss Stemi DVG Stereo Zoom Microscope
  • Carl Zeiss Trinoculler Stereo Zoom Microscope
  • Carl Zeiss Motorized Stereo Microscope
  • Carl Zeiss Image analysis system
  • Uster CSP Tester
  • Classimat
  • Handloom Fabric identification system
  • Microprocessor based Twist Tester
  • Fabric Pilling Tester (Autopill)

High Volume Inst.

High Volume Instrument

+ - 5. Man-Made Textile Laboratory Click to collapse
The laboratory is equipped with the following  instruments.

  • Air Texturising
  • Darw Texturising
  • Pilot Melt Spinning machine for Polypropylene Fibres.
  • Two Stage filament Yarn Drawing machine.
  • High Speed Draw winder
  • Solution Spinning Machine
  • Dynafil.M
  • Tensometer
  • Crape TFO
  • Air Covering Machine
  • Melt Spinning machine for Polyester and Polyamide fibres.
  • Melt Flow Index Tester
  • Density Gradient Column
  • Spinfinish Extraction Device

Air-Jet Texturising

Air Jet Texturising Machine

 

+ - 6. Dye House Click to collapse
Dye house is equipped with machines for  dyeing of yarns and fabrics with different technology.  

  • Open bath beaker dyeing machine
  • High Temperature Beaker Dyeing machine
  • Laboratory jigger
  • Laboratory Winch
  • Rota dyer
  • Infra Colour Dyeing machine
  • 2 Kg. Soft flow dyeing machine
  • 10 Kg. Soft overflow dyeing machine
  • Fong's Soft flow dyeing machine (10 Kg) (AII FIT-10)
  • Fong's package dyeing machine(3 Kg) (LABWIN-3)
  • Single package dyeing machine
  • Garment dyeing machine
  • THE AIRFLOW AFE 50 Soft flow dyeing machine(50 Kg)
  • Single Colour Roto-flat printing machine
  • Transfer printing machine
  • Lab. Padding mangles and curing chambers
  • High Temperatures steamer. HT-U steamer
  • Mini Boiler

IMG 0077 min

+ - 7. Chemical Processing Laboratory Click to collapse
The laboratory is well equipped for chemical processing of all types of fiber and fabric.

Facilities :

  • Mathis Labomat
  • Tessile Computer Colour Matching Systems
  • Premier Computer Colour Matching Systems
  • Treepoint Computer Colour Matching Systems
  • UV_Visible Spectrophotometer
  • Launder-O-Meter
  • Light Fastness Tester
  • Sublimation Fastness Tester
  • Flammability Tester
  • Crockmeter, Perspirometer
  • IFB front loading washing machine
  • Morapex extractor
  • Auto Dosing System
  • Laboratory Dying System
  • IMG 0083 min
+ - 8. Computer Colour Matching Laboratory Click to collapse
The Computerizied CCM machine is used for matching different shades is being made available for students for regular practcals as well as research work. 

  • Mathis Labomat
  • Premier Computer Colour Matching Systems
  • Treepoint Computer Colour Matching Systems
  • Super dye Computer Colour Matching Systems
  • UV_Visible Spectrophotometer
  • IFB front loading washing machine
  • Morapex extractor
  • IMG 0092 min
+ - 9. Garment Manufacturing Laboratory Click to collapse
  The garment laboratory possesses the following machines.

  • Single Needle High Speed Lock Stitch Machine
  • Single Needle Lockstitch with UBT & Servomotor
  • 2 Needle High Speed Lock Stitch machine.
  • 2 Needle 4 Thread High Speed Overlock machine
  • 2 Needle 5 Thread High Speed Overlock machine
  • 3 Needle Feed off the arm machine
  • 2 Needle Chainstitch Belt Loop Making machine.
  • Bar tack machine.
  • Industrial Blind Stitch machine.
  • Button Hole machine
  • Chain stitch, Button Stitch machine.
  • 4 Needle Chainstitch Waistband Attach machine
  • 6 Needle 12 Thread Chain Stitch machine.
  • 3 Needle 5 Thread Flat bed Flat Lock machine
  • 3 Needle 5 Thread Cylinder Bed Interlock M/c.
  • Vacuum table With Steam Iron.
  • 9 Needle 2 Head Computerized Embroidery machine

IMG 9967 min

+ - 10. Pattern Making  Laboratory Click to collapse
The laboratory is equipped with all the components required for pattern making. 

  • Dress Forms
  • Pattern making tools and accessories
  • Pattern Making tables
  • Fabric spreading & cutting tables
  • 8" Straight knife cloth cutting machine
  • 4"Octagonal cutting machine

IMG 9982 min

+ - 11. Fashion CAD Laboratory Click to collapse
The equipments required for CAD design are mentioned  below.

  • Dell computers
  • Reach CAD & Fashion Studio
  • Richpeace Garment CAD & 3D Textile & Fashion CAD Software
  • Richpeace Plotter and Digitizer
  • Textronic Design 3D
  • Textronic Design studio
  • Wonderweaves Texprint Software
  • Lectra CAD Software
  • Embroidery Software

IMG 9972 min

+ - 12. Fashion Illustration Laboratory Click to collapse
The equipments required for fashion illustration laboratory are mentioned  below.

  • Special Tilted Drawing Boards
  • Mannequins
  • Display Stands
  • Display Boards

IMG 9992 min

 

+ - 13. Technical Textile Laboratory Click to collapse
The laboratory is well equipped to carry out research and development work in technical textiles

  • Mathis continuous coating range type KTF-S-500
  • Digital Bursting strength tester
  • Flammability Tester
  • Compression Anvils
  • Spectrophometer 
+ - 14. Italian Technology Training  Centre Click to collapse
This laboratory is setup  for providing the training.

  • Savio TFO
  • Bianco Weft Straightener
  • Fadis Soft Winding Machine

IMG 0145 min

+ - 15. Rieter Training Centre Click to collapse
This centre setup for providing the training.

  • Air jet Spinning Machine - J20 
  • IMG 0097 min
+ - 16. Lubricant Testing Laboratory Click to collapse
The laboratory is used for checking degradation of lubricants during use.

  • Infrared Spectrometer
  • Autotitrator

20231213 111616 min

 

Industry Linked Laboratory

+ - I.  Rieter Test and Training Centre by Rieter, Switzerland - Rs. 120.00 Lakh Click to collapse

1. Tieter Test and Trg. Centre

 
 
+ - II. Rieter Spinning Center by Rieter, Switzerland –  Rs.105.35 Lakh Click to collapse

2. Rieter Spg. Centre

 
+ - III. ACIMIT LAB. – Training Centre by The Association of Italian Textile Machinery Manufacturers (ACIMIT), Italy – Rs. 31.56 Lakh Click to collapse

3. ACIMIT Lab

+ - IV. Fong’s Processing Lab by Fong’s National Engg. Hong Kong – Rs. 76.81 Lakh Click to collapse

4. Fongs Proc. Lab

+ - V. PPP Knitting Center by Mayer & Cie, Germany – Rs. 24.67 Lakh Click to collapse

5. PPP Knitting Center1

+ - VI.  Dye Optimizing Lab by  Callebaut De Blicquy – France – Rs. 20.97 Lakh Click to collapse

6. Dye Optimizing Lab

+ - VII.  ITEMA Weaving Center by ITEMA Group, Italy – Rs. 41.36 Lakh Click to collapse

7. ITEMA Wvg. Center

+ - VIII. Smit Weaving Center by SMIT, Italy – Rs. 67.92 Lakh Click to collapse
8. Smit Wvg. Center

+ - IX TIFAC Core (Technical Textile) by Department of Science And Technology, GoI – Rs. 125.00 Lakh Click to collapse
9. Tifac Core lab

+ - X Technology Business Incubation Centre by Department of Science And Technology, GoI – Rs. 144.76 Lakh Click to collapse

10. TBI Centre

 

Details
Category: Textile Department
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BOARD OF STUDIES (BOS)

 

Sr.No.

Name

Designation

1.

Prof. Dr. U J Patil

Chairman

2.

1.Prof. (Dr.) M Y Gudiyawar

2.Prof. (Dr.) S B Mhetre

3.Prof. (Dr.) Y.M. Indi

4.Prof. (Dr.) V. K. Dhange

Member

3.

Dr. K. MurugueshBabu

Academic Council Nominee

4.

Dr. A.R. Khare

Member of University Nominee

5.

1.Dr. NileshRevagde, Reliance Ind. Ltd.

2.Dr. T. M. Kotresh, DRDO

3. Mr. Badarinarayan, Multigroup

4. Dr. Janakiraman, Eurotex

Member

6.

1. Mr. Pankaj Sharma, Aquarelle India Pvt. Ltd., Bangalore

2. Mr. Sammed Patil, Wuhan University, China

3. Mr. Zunjar Kamble, IIT, Delhi

Principal Nominees of Alumni Members

7

1. Prof. (Dr.) V K Joshi- Retd. Prof. SGGS, Nanded

2. Dr. V. D. Gotmare, Retd. Prof. VJTI, Mumbai

Member

8

1)    Mr. Gattani Bharatkumar Lalchand –Final Year B.Tech.(TT)

2)    Mr. Kalika Niket Shankar– Final Year B.Tech. (MMTT)

3)    Ms. Deshpande Parnika Prasanna - Final Year B.Tech.(TPE)

4)    Ms. Gudulkar Pallavi Sunil – Final Year B.Tech. (TC)

5)    Ms. Shah Sakshi Sahil – Final Year B. Tech (FT)

Student from Current Academic Members

 

Details
Category: Textile Department
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VISION

  • To prepare best quality textile graduates to serve the needs of textile industry and the nation.

MISSION

  • To educate students with balanced and relevant curriculum.
  • To impart hands-on training to the students with state of  art infrastructure and  provide conducive atmosphere for teaching and learning.
  • To develop students as competent professionals with required skills to serve the needs of industry and society.

PROGRAM EDUCATIONAL OBJECTIVES(PEO)

  • Graduates of the programme will have successful career in manufacturing, quality assurance, product development, and technical sales segments of textile industry.
  • Graduates of the programme will have the continual learning ability and will be adapting to the constantly changing technology.
  • Graduates of the programme will have necessary skills to take-up entrepreneurial venture

PROGRAM OUTCOMES (POs)

  • Apply the knowledge of mathematics,science,engineering fundamentals and an engineering specilization to the solution of complex engineering problems.
  • Identify,formulate,review research literature,and analyze complex engineering problems reaching substantiated conclusions using first principle of mathematics,natural sciences,and engineering sciences.
  • Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety and the cultural, societal,and environmental considerations.
  • Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions
  • Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
  • Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
  • Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge  and need for sustainable development.
  • Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
  • Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
  • Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
  • Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
  • Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.

PROGRAM SPECIFIC OUTCOMES(PSOs)

  • PSO 1 Ability to apply knowledge of textile technology in identifying and providing appropriate solutions to problems of textile industry.
  • PSO 2 Ability to design optimized textile process to develop quality and cost effective products.

Details
Category: Textile Department
Hits: 12828

VISION

  • To prepare best quality textile graduates to serve the needs of textile industry and the nation.

MISSION

  • To educate students with balanced and relevant curriculum.
  • To impart hands-on training to the students with state of  art infrastructure and to provide conducive atmosphere for teaching and learning.
  • To develop students as competent professionals with required skills to serve the needs of industry and society.

PROGRAM EDUCATIONAL OBJECTIVES(PEOs)

  • Graduates of the programme will have successful career in manufacturing, quality assurance, product development, and technical sales segments of man made textile industry.
  • Graduates of the programme will have the continual learning ability and will be adapting to the constantly changing technology.
  • Graduates of the programme will have necessary skills to take-up entrepreneurial venture

PROGRAM OUTCOMES (POs)

  • Engineering knowledge:-
     Apply the knowledge of mathematics,science,engineering fundamentals and an engineering specilization to the solution of complex engineering problems.
  • Problem analysis:-
    Identify,formulate,review research literature,and analyze complex engineering problems reaching substantiated conclusions using first principle of mathematics,natural sciences,and engineering sciences.
  • Design/development of solutions:-
    Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety and the cultural, societal,and environmental considerations.
  • Conduct investigations of complex problems:-
    Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions
  • Modern tool usage:-
    Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
  • The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
  • Environment and sustainability:-
    Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge  and need for sustainable development.
  • Ethics:-
    Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
  • Individual and team work:-
     Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
  • Communication:-
    Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
  • Project management and finance:-
    Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
  • Life-long learning:-
    Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.

PROGRAM SPECIFIC OUTCOMES(PSOs)

The graduates of the program will have :

  • PSO 1 Ability to apply knowledge of Manmade textiles in identifying and providing appropriate solutions to problems of Manmade textile industry.
  • PSO 2 Ability to design optimized textile process to develop quality and cost effective products.

Details
Category: Textile Department
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    • The Textile Technology programme   with  current intake of 60 caters the need of textile industry.
    • The programme has been  accredited twice by NBA New Delhi.
    • The prominent features are  highly qualified, experienced and dedicated faculty, strong industry institute interaction and alumni network.
    • The programme covers almost whole gamut of textile which includes yarn manufacturing, fabric manufacturing, textile physics,chemical processing and technical textiles.
    • Graduates are absorbed in  leading textile mills, machinery manufacturers, research and development organizations and government agencies.
    •  Excellent placement record for last 25 years. 
    •  Strong nexus with industry due to state of  art machines in laboratories and workshops.
    •  Number of  MOU’s signed with reputed foreign universities and industries.
    • The guidance of eminent personalities from industries,reputed academic and research fields.