INDUSTRIAL TRAINING

1.DIPLOMA IN AIR CONDITIONING AND REFRIGERATION (DAC&R). Duration: 12 months. Course Fees: 15,000.00/-. Eligibility: Minimum 12th Science Pass.

Course Structure:

1. EEE011-01 COMMUNICATIVE ENGLISH AND COMPUTER FUNDAMENTALS

2. EEE011-02 BASIC ELECTRONICS

3. EEE011-03 REFRIGERATION MAINTENANCE, SERVICE & TROUBLE SHOOTING

4. EEE011-04 AIR CONDITIONING MAINTENANCE, SERVICE & TROUBLE SHOOTING

5. EEE011-05 PRACTICAL – I

6. EEE011-06 PRACTICAL – II

7. EEE011-07 PRACTICAL – III

8. EEE011-08 PRACTICAL – IV

2. CERTIFICATE IN WELDING TECHNICIAN (CWT). Duration: 6 months. Course Fees: 8,000.00/-. Eligibility: Minimum 10th Pass.

Course Structure:

1. TTS009-01 COMMUNICATIVE ENGLISH AND COMPUTER FUNDAMENTALS

2. TTS009-02 WELDING TECHNIQUES

3. TTS009-03 PRACTICAL – I

4. TTS009-04 PRACTICAL – II

3. DIPLOMA IN CARPENTRY (DC). Duration: 12 months. Course Fees: 15,000.00/-. Eligibility: Minimum 10th Pass.

Course Structure:

1. TTS012-01 COMMUNICATIVE ENGLISH AND COMPUTER FUNDAMENTALS

2. TTS012-02 CARPENTRY THEORY

3. TTS012-03 CARPENTRY METHODS

4. TTS012-04 PRACTICAL – I

5. TTS012-05 PRACTICAL – II

6. TTS012-06 PRACTICAL – III

4. DIPLOMA IN INDUSTRIAL INSTRUMENT TECHNICIAN (DIIT). Duration: 12 months. Course Fees: 15,000.00/-. Eligibility: Minimum 10th Pass.

Course Structure:

1. TTS013-01 COMMUNICATIVE ENGLISH AND COMPUTER FUNDAMENTALS

2. TTS013-02 INSTRUMENT TECHNOLOGY – THEORY

3. TTS013-03 INDUSTRIAL INSTRUMENT TECHNIQUES

4. TTS013-04 PRACTICAL – I

5. TTS013-05 PRACTICAL – II

6. TTS013-06 PRACTICAL – III

5. CERTIFICATE IN MECHANICAL FITTER (CMF). Duration: 12 months. Course Fees: 15,000.00/-. Eligibility: Minimum 10th Pass.

Course Structure:

1. TTS015-01 COMMUNICATIVE ENGLISH AND COMPUTER FUNDAMENTALS

2. TTS015-02 MECHANICAL STUDIES

3. TTS015-03 MECHANICAL FITTING TECHNIQUES

4. TTS015-04 PRACTICAL – I

5. TTS015-05 PRACTICAL – II

6. TTS015-06 PRACTICAL – III

6. DIPLOMA IN PLUMBING (DP). Duration: 12 months. Course Fees: 15,000.00/-. Eligibility: Minimum 10th Pass.

Course Structure:

1. TTS016-01 COMMUNICATIVE ENGLISH AND COMPUTER FUNDAMENTALS

2. TTS016-02 GENERAL PLUMBING ENGINEERING

3. TTS016-03 PRINCIPLES OF DE WATERING EQUIPMENT’S

4. TTS016-04 SEWERAGE SYSTEMS

5. TTS016-05 PRACTICAL – I

6. TTS016-06 PRACTICAL – II

7. TTS016-07 PRACTICAL – III

8. TTS016-08 PRACTICAL – IV

7. DIPLOMA IN CHEMICAL LAB TECHNOLOGY (DCLT). Duration: 12 months. Course Fees: 15,000.00/-. Eligibility: Minimum 10th Pass.

Course Structure:

1. TTS017-01 COMMUNICATIVE ENGLISH AND COMPUTER FUNDAMENTALS

2. TTS017-02 CHEMICAL LAB – THEORY

3. TTS017-03 CHEMICAL LAB TECHNIQUES

4. TTS017-04 PRACTICAL – I

5. TTS017-05 PRACTICAL – II

6. TTS017-06 PRACTICAL – III

8. DIPLOMA IN MASSIONERY (DMAS). Duration: 12 months. Course Fees: 15,000.00/-. Eligibility: Minimum 10th Pass.

Course Structure:

1. TTS042-01 COMMUNICATIVE ENGLISH AND COMPUTER FUNDAMENTALS

2. TTS042-02 TOOLS FOR MASSONERY- I

3. TTS042-03 TOOLS FOR MASSONERY- II

4. TTS042-04 PRACTICAL- I

5. TTS042-05 PRACTICAL- II

6. TTS042-06 PRACTICAL- III

9. DIPLOMA IN WELDING TECHNOLOGY (DWT). Duration: 12 months. Course Fees: 15,000.00/-.Eligibility: Minimum 10th Pass.

Course Structure:

1. TTS041-01 COMMUNICATIVE ENGLISH & COMPUTER FUNDAMENTALS

2. TTS041-02 BASIC WELDING TECHNOLOGY

3. TTS041-03 TIG & MIG STRUCTURAL TECHNOLOGY

4. TTS041-04 PRACTICAL – I

5. TTS041-05 PRACTICAL – II

6. TTS041-06 PRACTICAL – III

10. DIPLOMA IN SOLAR SYSTEM & INVERTOR INSTALLATION & SERVICING (DSS&II&S). Duration: 12 months. Course Fees: 15,000.00/-. Eligibility: Minimum 10th Pass.

Course Structure:

1. TTS047-01 COMMUNICATIVE ENGLISH AND COMPUTER FUNDAMENTALS

2. TTS047-02 SOLAR PANEL

3. TTS047-03 POWER SUPPLY

4. TTS047-04 INVERTOR AND UPS

5. TTS047-05 CONNECTIONS AND OUTPUT

6. TTS047-06 PRACTICAL- I

7. TTS047-07 PRACTICAL- II

8. TTS047-08 PRACTICAL- III

9. TTS047-09 PRACTICAL- IV

10. TTS047-10 PRACTICAL- V

11. ITI CERTIFICATE IN FITTER (ITI FITTER). DURATION: 24 months. Course Code: 1400 , Eligibility : 10th Pass, Course Fees : 24000.00/-.

1st & 2nd Year

MSF0012 - 01: Familiarization with the Machinery Used in this trade and Safety futures.

MSF0012 – 02: Engineering Drawing, Conventional symbols of Materials, Drawing Instrument & Various Engineering Drawing making

MSF0012 – 03: Computer Fundamental and Computer Operating

MSF0012 – 04: Mechanical Instrumental Studies and Uses  

MSF0012 – 05: Mechanical Fitting Techniques

MSF0012 – 06: Project Work & Practical Knowledge

MSF0012 – 07: Spoken English & Personality Development Programme.

12. ITI CERTIFICATE IN ELECTRICIAN (ITI ELECTRICIAN). DURATION: 24 months. Course Fees : 24000.00/-. Course Code : 1404, Eligibility : 10th Pass.

ELECTRICIAN 2 YRS ITI COURSE:

1st Semester

1. MSE001 - Make electrical wire joints & soldering.

2. MSE002 - Analyse, demonstrate and test basic electrical connection.

3. MSE003 - Prepare profile with an appropriate accuracy as per drawing.

4. MSE004 - Test, service, recharge & installation of batteries.

5. MSE005 - Plan and prepare Earthing installation.

2nd Semester

6. MSE006 - Analyse, Assemble, check and repair electronic control circuit.

7. MSE007 - Assemble, install and test wiring system.

8. MSE008 - Install, test and setup DC machines.

9. MSE009 - Install, test and commission of transformer. 

3rd Semester

10. MSE010 - Select and perform electrical/ electronic measurement.

11. MSE011 - Install, test and set up AC motors.

12. MSE012 - Install, test and setup alternator and MG set.

13. MSE013 - Analyse test and perform winding.

14. MSE014 - Plan and execute electrical illumination system.

4th Semester

15. MSE015 - Assemble and wire switch cabinets for 3 phase AC motors.

16. MSE016 - Maintain, repair & test of domestic Appliances.

17. MSE017 - Analyse the power plant layout and power lines.

18. MSE018 - Computer Fundamental ,Spoken English & Personality Development Programme.

13. ITI CERTIFICATE AC TECHNICIAN (ITI AC TECHNICIAN). Course Code : 1406. Duration: 12 months. Course Fees: 24,000.00/-. Eligibility: Minimum 12th Science Pass.

Course Structure:

1st Year : 

1. EEE011-01 COMMUNICATIVE ENGLISH AND COMPUTER FUNDAMENTALS

2. EEE011-02 INTRODUCTION OF BASIC ELECTRONICS 

3. EEE011-03 INTRODUCTION OF AIR CONDITIONING SEFETY & FUNCTIONING.

4. EEE011-04 AIR CONDITIONING MAINTENANCE, SERVICE & TROUBLE SHOOTING

5. EEE011-05 VERIOUS INSTURMENT AND POWER TOOLS FUCTIONING

6. EEE011-06 ELECTRICAL WIREING AND SEFETY FUNCTIONING 

7. EEE011-07 VERIOUS AC CIRCUTE KNOWLEDGE AND COMPRESSOR MAINTENANCE

8. EEE011-08 PRACTICAL & PROJECT WORK

2nd Year : 

1. EEE012-01 BASIC ELECTRONICS & ELECTRONIC CIRCUTE 

2. EEE012-02 INDUSTRIAL AIR CONDITIONING INSTALLATION, SEFETY & FUNCTIONING.

3. EEE012-03 INDUSTRIAL AIR CONDITIONING MAINTENANCE, SERVICE & TROUBLE SHOOTING.

4. EEE012-04 VERIOUS INSTURMENT AND POWER TOOLS USING IN INDUSTRIAL AIR CONDITIONING

5. EEE012-05 INDUSTRIAL AIR CONDITIONING ELECTRICAL WIREING AND SEFETY FUNCTIONING

6. EEE012-06 INDUSTRIAL AC CIRCUTE KNOWLEDGE AND COMPRESSOR MAINTENANCE

7. EEE012-07 COMPRESSOR ASSEMBELING, MAINTENANCE, GUS FILLING,

8. EEE012-08 PRACTICAL & PROJECT WORK

14. ITI CERTIFICATE IN AIR CONDITIONING AND REFRIGERATION (ITI AIRCON & REFRERAZTION). Duration: 24 months. Course code : 1376, Eligibility  10 Pass. COURSE FEES : 24000.00/- 

Course Structure:

1st Year : 

1. COMMUNICATIVE ENGLISH AND COMPUTER FUNDAMENTALS. 2. INTRODUCTION OF BASIC ELECTRONICS . 3. INTRODUCTION OF AIR CONDITIONING SEFETY & FUNCTIONING. 4. AIR CONDITIONING MAINTENANCE, SERVICE & TROUBLE SHOOTING. 5. VERIOUS INSTURMENT AND POWER TOOLS FUCTIONING. 6. ELECTRICAL WIREING AND SEFETY FUNCTIONING. 7. VERIOUS AC CIRCUTE KNOWLEDGE AND COMPRESSOR MAINTENANCE. 

2nd Year : 

1. BASIC ELECTRONICS & ELECTRONIC CIRCUTE. 2. REFRERAZATION INSTALLATION, SEFETY & FUNCTIONING. 3. REFRERAZATION MAINTENANCE, SERVICE & TROUBLE SHOOTING. 5. REFRERAZATION ELECTRICAL WIREING AND SEFETY FUNCTIONING. 6. REFRERAZATION CIRCUTE KNOWLEDGE AND COMPRESSOR MAINTENANCE. 7. COMPRESSOR ASSEMBELING, MAINTENANCE, GUS FILLING. 8. PRACTICAL & PROJECT WORK

15. ITI TRADE CERTIFICATE Attendant Operator (Chemical Plant), DURATION : 24 MONTHS, ELIGIBILITY : 10TH PASS, COURSE FEES : 56000.00/-, COURSE CODE - 1416.

 Syllabus of Attendant Operator (Chemical Plant) as prescribed by various ITIs.

Year I

Sr. No.

Subjects of Study

1

Physics

2

Chemistry

3

Fitter

4

Turner

5

Welding (Gas)

Year II

1

Maintenance & Fitting

2

Machinist

3

Welding (Arc)

4

Instrumentation

5

Operations & Unit Process

 

16. Diploma ind Heating, ventilation, and air conditioning (HVAC), Duration : 24 Months, Eligibility : 12th Pass, Course Code : 1417, Course Fees : 35000.00/-

Heating, ventilation, and air conditioning (HVAC) is an indoor and vehicular environmental comforting technology. The technology aims to provide thermal comfort and high indoor air quality. The techniques of ventilating a building is further divided into a few types as mechanical , forced, and natural ventilation that will provide optimal temperature throughout the day and night.

HVAC does the above function, through three different and integrated parts such as heating, ventilation, and air-conditioning at required points or wherever necessary. Installing, HVAC systems has become common in the recent days and also the required industry standard for construction of new buildings.

 

The course is composed of 12 modules, covering topics such as understanding and applying the psychometric chart, designing for good air quality, performing basic load calculations, and initiating an effective inspection and maintenance program.

Module 1: Introduction to HVAC

  • Principles of thermodynamics
  • Pressure and temperature relationship
  • Fundamentals of heat transfer
  • Fundamentals of fluid flow

Module 2: Psychrometry

  • Introduction to psychrometry
  • The properties of air
  • Understanding the psychrometric charts

Module 3: Requirements of Comfort Air Conditioning

  • Air purification methods
  • Thermodynamics of the human body
  • Role of clothing
  • Comfort and comfort chart
  • Design considerations
  • Requirements of temperature and humidity-high heat load industries
  • Recommended inside design conditions
  • Outside summer design conditions for some foreign cities
  • Indoor Air Quality
  • Design of ventilation systems

Module 4: Heating and Cooling Load Calculation Procedure

  • Design considerations
  • Internal Sensible and Latent Heat Load components
  • Design condition – indoor & outdoor conditions
  • External Load components
  • Miscellaneous heat sources
  • Fresh air load

Module 5: HVAC Systems

  • Heating systems
  • Hot water heating system
  • Steam heating systems
  • Electric heating systems
  • Air-conditioning systems: General
  • Air handling units
  • Functional variations in the design
  • Capacity calculation of an air handling unit

Module 6 – Variable Air Volume (Vav) Systems

  • System concept
  • Different VAV systems

Module 7 – Duct Design, Air Flow and Its Distribution

  • Airflow and pressure losses
  • Duct design
  • Air distribution system inside space
  • Ventilation systems

Module 8 – Insulation of Air-Conditioning Systems and Air-Conditioning Equipment

  • Desired properties of an ideal insulating material
  • Factors affecting thermal conductivity
  • Types of insulation materials
  • Insulated systems
  • Importance of relative humidity for the selection of insulation
  • Air-conditioning equipment
  • Air filters
  • Humidifiers
  • Dehumidifiers
  • Fans and blowers

Module 9 – Refrigeration

  • Methods of refrigeration
  • Air refrigeration system
  • Vapour compression refrigeration system
  • Absorption refrigeration system
  • Important refrigerants
  • Refrigeration equipment

Module 10 – Controls and Instrumentation

  • Elements of control
  • Types of control system
  • Typical control systems

Module 11 – Installation, Commissioning, Operation, Testing and Maintenance

  • Installation
  • Charging the refrigeration unit
  • Adding oil to the compressor
  • Commissioning
  • Other service operations
  • Maintenance

Module 12 – Fault Finding and Troubleshooting and Greenhouse Effect and Future Refrigerants

  • Troubleshooting
  • The greenhouse effect
  • History of CFCs
  • Ozone depletion by CFCs and the greenhouse effect
  • Future refrigerants to replace CFCs


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