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Kerala PSC Tradesman Turning Exam Coaching

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KPSC Tradesman Turning Online Coaching: Key Highlights

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About the Tradesman Turning Exam (196/2024)

The Tradesman Turning position under the Kerala Public Service Commission (KPSC) is a specialized role focused on the operation and maintenance of turning machinery used in metalworking
Tradesman Turning Job Profile
The Kerala Public Service Commission (KPSC) Tradesman Turning position involves operating and maintaining turning machines, performing precision turning operations, and ensuring that metal parts meet specified dimensions and tolerances. Additional responsibilities include reading technical drawings, performing equipment maintenance, and ensuring compliance with safety and quality standards.
Selection Process
The selection process for the Tradesman Turning position generally involves a written examination followed by an interview. The written exam assesses candidates' knowledge in relevant technical subjects, including turning techniques, mechanical engineering principles, and general aptitude. The interview is conducted to evaluate candidates' overall suitability for the role, including their problem-solving abilities, technical expertise, and interpersonal skills. Final selection is based on the combined performance in these assessments.
Salary
The salary for a Tradesman Turning position under Kerala PSC is competitive and includes various allowances and benefits as per government regulations. The starting salary typically ranges between ₹26,500 to ₹60,700 per month, depending on factors such as experience and the specific role within the department. Additional allowances may include house rent allowance (HRA), dearness allowance (DA), and other government-mandated benefits.
Application Fees
There is no application fee for the Kerala PSC Tradesman Turning exam. It is free for everyone.

Latest Kerala PSC Notification for Mechanical/Automobile Engineers

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Why choose Entri for Tradesman Turning Exam Coaching Classes?
Entri stands out with its comprehensive and tailored approach, which is designed to meet the specific needs of the Kerala PSC Turning Tradesman exam. Our platform provides expertly crafted study materials, including practice tests and detailed explanations that closely resemble the actual exam format. Interactive classes are conducted by experienced instructors who offer personalized guidance and address individual queries, ensuring a thorough understanding of the subject matter. With flexible learning options, including online classes, you can study at your convenience. Entri also features performance-tracking tools to help you monitor your progress and pinpoint areas for improvement. By focusing on current content, effective exam strategies, and robust support, Entri equips you with the knowledge and skills necessary to excel in the KPSC Tradesman Turning Exam.

Tradesman Turning Notification Table

The Kerala PSC has issued the notification for the Tradesman Turning position under reference number 196/2024 on 15th July 2024. Interested candidates have until 14th August 2024 to submit their applications. For a quick overview of the notification, please check the details provided here.

Particulars

Details

Post Name

Tradesman Turning

Category Number

196/2024

Number of Vacancies

Various

Selection Process

Direct Recruitment

Mode of Apply

Online

Application Starts

July 15, 2024

Last Date of Application

14/08/2024

Salary Scale

₹26500 - ₹60700/

Official Website

https://www.keralapsc.gov.in/

Tradesman Turning Eligibility Requirements
If you're aiming to pursue a career as a Tradesman Turning, it's important to meet specific eligibility criteria. Here’s a comprehensive guide to help you understand the requirements:
Age Limit
18 to 26 years as of the date of application.
Nationality
Indian citizens are eligible to apply.
Educational Qualifications

You need to meet one of the following qualifications to be eligible:

  1. Technical High School Leaving Certificate Examination:
    • Must be a pass with specialization in the appropriate trade.

OR

  1. Secondary School Leaving Certificate Examination:
    • Must be a pass or equivalent.

AND

  • National Trade Certificate (NTC) in the appropriate trade, or
  • Kerala Government Certificate in Engineering Examination in the appropriate trade, or
  • Vocational Higher Secondary Certificate Course in the appropriate trade. (Refer to GO(P)No. 503/2012/H.Edn dated 12.10.2012 for details).

Specific Qualifications for Various Trades

  1. NTC (Turner):
    • ITI/ITC in Machinist.
  2. NTC (Machinist):
    • Polytechnic Diploma in Automobile Engineering.
    • Polytechnic Diploma in Mechanical Engineering.
    • Polytechnic Diploma in Tool and Die Making.
  3. B.Tech Mechanical Engineering:
    • This qualification is also acceptable.
Tradesman Turning Exam Pattern

Exam Duration: 1 hour and 15 minutes

Type of Exam: Computer-Based Test (CBT)

Total Number of Questions: 100

Marks per Question: 1 mark

Language Options: Questions available in both Malayalam and English

Scoring:

  • Correct Answer: 1 mark
  • Wrong Answer: 0.33 marks deducted
Tradesman Turning Syllabus
Module : 1 (Marks 5)
Module II (Marks 5)
Module III (Marks 10)
Module IV (10 Marks)
Module V (10 Marks)
Module VI (Mark 10)
Module VII (Mark 10)
Module: VIII (Marks 15)
Module: IX (Marks 15)
Module X (Marks 15)
  • Measurement, lins standard, nd standard and steel rule
  • Steel rule - Different types
  • Hammer & Chisel - Materials, types and uses
  • Angels of chisels, Selection of metals
  • Files - Different type, uss, grad, shape, hacksaw cutting, Hacksaw frame
  • Use of try square, bench vice and other types and its uses
  • Try square
  • Types of vices
  • Types of calipers, Blocks, scribing block, straight edge Surface gauge (or) Scribing block
  • Drill machine - Different parts, us of punches 
  • Types of punches
  •  Nomenclature of drill
  • Tap - Types, Di & di stock, car while taping, tap extraction
  • Di and di stock
  • Tap extractor
  • Methods of removing broken studs
  • Calculation involved in finding out drill size (metric and inch)
  • Getting to know the lathe - Main component, lever position & lubrication point
  • Definition of machine and machine tool, history & gradual development of lathe
  • Classification of lathe, lathe specification
  • Lathe function, construction of different part of lathe
  • Different part of lathe, tailstock, carriage, addle and compound rest
  • The carriage
  • Type of Lathe drive - Merit and demerit, cone pulley/gear type
  •  Reducing speed, necessity, back gear & use
  •  Tumbler gear
  •  Lathe cutting tool - Different type, shape, specification of lathe tool
  •  Good cutting tool material & material propertie
  •  Type and specification of carbide tool
  •  Specification of lathe cutting tool, different type, shape
  •  Propertie of good cutting tool material
  •  Different tool material
  •  Lathe accessory, independent chuck, elf chuck, collet etc.
  •  Lathe accessory - work - holding device : 3 Jaw chuck
  •  Lathe accessory - work - holding device : 4 Jaw chuck
  •  Chuck other than 3 Jaw and 4 Jaw type and their uses
  • Vernier caliper - Its construction, principle, graduation
  • Graduations and reading of vernier calipers
  • Digital vernier caliper
  • Outside Micrometers, parts, principle and digital
  • Micrometer
  • Graduations of metric outside micrometer
  • Reading dimensions with an outside micrometers
  • Error in micrometer
  • Digital micrometers
  • Cutting speed and feed & depth of cut, recommended speed
  • Calculation involving cutting speed, feeds
  • Different types of micrometer, outside/inside and sources of error
  • Inside micrometer - metric
  • Three-point internal micrometer
  • Sources of measuring errors
  • Drills - different parts, types and sizes
  • Drill cutting angle, cutting speed
  • Cutting speed and RPM
  • Feed in drilling
  • Boring tools, countersinking
  • Countersinking
  • Counterboring and spot facing
  • Letter and number drills
  • Reamers types and uses
  • Hand reamers
  • Drill size for reaming
  • Lubricant and coolant - type, its necessity, system of lubrication, selection of coolant, handling and care
  • Method of applying lubricant
  • Knurling, meaning, necessity, types, grades and cutting speed of knurling lathe mandrels - different type and their uses
  • Concept of interchangeability, limits and fits 
  • Symbols of holes, shaft, holes basis, and shaft basis system, representation of tolerance in drawings
  • Driving plate and safe plate
  • Fixed, traveling steadies, transfer caliper and its construction, uses
  • Lathe center and types their uses
  • Magnetic stand dial indicator its uses and care
  • Tool posts - types and tool settings

Taper – different method of expressing taper, different standard taper. Method of taper turning, important dimension of taper. Taper turning by swiveling compound slide, its calculation.

Different types of screw thread- their form and element. Application of each type of thread. Drive train. Chain gear formula calculation. Different method of forming thread. Calculation involved in finding core dia., gear train (simple gearing) calculation

Introduction to CNC, CNC Technology basic, Machine model, control system and specification, Axi, convention of CNC machine, Importance of feedback system and Concept of coordinate geometry, Coordinate Geometry & Machine Axi, CNC Turning, Preparation of part programming Operational mode, Type of offer, Tool path study of machining operation (Straight turning), Cutting parameter, cutting speed and feed, depth of cut, CSM, tool wear, tool life ,Tool setting and Data Input. Tool Geometry, Inert Type, Nomenclature of Inert. Describe tooling system for turning .Setting work and tool offset .Describe tooling system for CNC Turning center. Cutting tool material for CNC turning .ISO Nomenclature for Turning tool holder, boring tool holder, indexable. Tool holders and inserts for radial grooving, face grooving, threading and Programme and Simulation.

Module : 1 (Marks 5)
  • Measurement, lins standard, nd standard and steel rule
  • Steel rule - Different types
  • Hammer & Chisel - Materials, types and uses
  • Angels of chisels, Selection of metals
  • Files - Different type, uss, grad, shape, hacksaw cutting, Hacksaw frame
  • Use of try square, bench vice and other types and its uses
  • Try square
  • Types of vices
  • Types of calipers, Blocks, scribing block, straight edge Surface gauge (or) Scribing block
Module II (Marks 5)
  • Drill machine - Different parts, us of punches 
  • Types of punches
  •  Nomenclature of drill
  • Tap - Types, Di & di stock, car while taping, tap extraction
  • Di and di stock
  • Tap extractor
  • Methods of removing broken studs
  • Calculation involved in finding out drill size (metric and inch)
Module III (Marks 10)
  • Getting to know the lathe - Main component, lever position & lubrication point
  • Definition of machine and machine tool, history & gradual development of lathe
  • Classification of lathe, lathe specification
  • Lathe function, construction of different part of lathe
  • Different part of lathe, tailstock, carriage, addle and compound rest
  • The carriage
  • Type of Lathe drive - Merit and demerit, cone pulley/gear type
  •  Reducing speed, necessity, back gear & use
  •  Tumbler gear
  •  Lathe cutting tool - Different type, shape, specification of lathe tool
  •  Good cutting tool material & material propertie
  •  Type and specification of carbide tool
  •  Specification of lathe cutting tool, different type, shape
  •  Propertie of good cutting tool material
  •  Different tool material
  •  Lathe accessory, independent chuck, elf chuck, collet etc.
  •  Lathe accessory - work - holding device : 3 Jaw chuck
  •  Lathe accessory - work - holding device : 4 Jaw chuck
  •  Chuck other than 3 Jaw and 4 Jaw type and their uses
Module IV (10 Marks)
  • Vernier caliper - Its construction, principle, graduation
  • Graduations and reading of vernier calipers
  • Digital vernier caliper
  • Outside Micrometers, parts, principle and digital
  • Micrometer
  • Graduations of metric outside micrometer
  • Reading dimensions with an outside micrometers
  • Error in micrometer
  • Digital micrometers
Module V (10 Marks)
  • Cutting speed and feed & depth of cut, recommended speed
  • Calculation involving cutting speed, feeds
  • Different types of micrometer, outside/inside and sources of error
  • Inside micrometer - metric
  • Three-point internal micrometer
  • Sources of measuring errors
  • Drills - different parts, types and sizes
  • Drill cutting angle, cutting speed
  • Cutting speed and RPM
  • Feed in drilling
  • Boring tools, countersinking
  • Countersinking
  • Counterboring and spot facing
  • Letter and number drills
  • Reamers types and uses
  • Hand reamers
  • Drill size for reaming
Module VI (Mark 10)
  • Lubricant and coolant - type, its necessity, system of lubrication, selection of coolant, handling and care
  • Method of applying lubricant
  • Knurling, meaning, necessity, types, grades and cutting speed of knurling lathe mandrels - different type and their uses
Module VII (Mark 10)
  • Concept of interchangeability, limits and fits 
  • Symbols of holes, shaft, holes basis, and shaft basis system, representation of tolerance in drawings
  • Driving plate and safe plate
  • Fixed, traveling steadies, transfer caliper and its construction, uses
  • Lathe center and types their uses
  • Magnetic stand dial indicator its uses and care
  • Tool posts - types and tool settings
Module: VIII (Marks 15)

Taper – different method of expressing taper, different standard taper. Method of taper turning, important dimension of taper. Taper turning by swiveling compound slide, its calculation.

Module: IX (Marks 15)

Different types of screw thread- their form and element. Application of each type of thread. Drive train. Chain gear formula calculation. Different method of forming thread. Calculation involved in finding core dia., gear train (simple gearing) calculation

Module X (Marks 15)

Introduction to CNC, CNC Technology basic, Machine model, control system and specification, Axi, convention of CNC machine, Importance of feedback system and Concept of coordinate geometry, Coordinate Geometry & Machine Axi, CNC Turning, Preparation of part programming Operational mode, Type of offer, Tool path study of machining operation (Straight turning), Cutting parameter, cutting speed and feed, depth of cut, CSM, tool wear, tool life ,Tool setting and Data Input. Tool Geometry, Inert Type, Nomenclature of Inert. Describe tooling system for turning .Setting work and tool offset .Describe tooling system for CNC Turning center. Cutting tool material for CNC turning .ISO Nomenclature for Turning tool holder, boring tool holder, indexable. Tool holders and inserts for radial grooving, face grooving, threading and Programme and Simulation.

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Frequently Asked Questions

The Kerala Public Service Commission (KPSC) Tradesman Turning exam is a competitive examination designed to select qualified candidates for the position of a Turning Tradesman in various government departments and institutions within Kerala. The role primarily involves working with turning machines to create or shape metal parts, following technical specifications and blueprints.

To crack the Tradesman Turning exam on your first attempt, follow these key strategies:

  1. Understand the Syllabus: Get familiar with the exam syllabus and pattern to focus your study effectively.
  2. Create a Study Plan: Develop and adhere to a structured study plan to cover all topics.
  3. Use Quality Materials: Choose current and relevant study materials, and practice with past papers and sample questions.
  4. Join a Coaching Program: Enroll in a reputable program like Entri for targeted training and expert guidance.
  5. Practice and Revise: Regularly practice and review key concepts, focusing on weaker areas.
  6. Take Mock Tests: Regular mock tests will help improve your time management and exam familiarity.

To fill out the Tradesman Turning application form online, follow these steps:

  1. Visit the Official KPSC Website: Go to the Kerala Public Service Commission's official website (www.keralapsc.gov.in).
  2. Create an Account: If you don’t already have an account, create one through one time registration by providing your personal details and email address.
  3. Login to Your Account: Use your credentials to log in to the KPSC website.
  4. Find the Recruitment Notification: Look for the Tradesman Turning recruitment notification and click on the link for the online application.
  5. Fill Out the Form: Enter all required details, including personal information, educational qualifications, and any other relevant data.
  6. Upload Documents: Upload any necessary documents such as your photograph, signature, and certificates in the prescribed format.
  7. Review and Submit: Review all the information you have entered to ensure it is correct. Submit the form once you are sure everything is accurate.
  8. Print the Acknowledgment: After submission, print a copy of the acknowledgment receipt for your records.
  9. Application Fee: There is no application fee required for Kerala PSC Exams
Yes, a well-structured Tradesman Turning course, such as the one offered by Entri, covers the entire exam syllabus. It includes comprehensive study materials, practice tests, and detailed explanations based on the official syllabus, ensuring thorough preparation.

To ask doubts about the syllabus, use these methods:

  1. Interactive Classes: Ask questions directly during classes.
  2. Discussion Forums: Join online groups for answers from peers and experts.
  3. Doubt Clearing Sessions: Attend sessions provided by your coaching institute.
  4. Direct Contact: Email or call your instructor for personalized help.

After passing the Tradesman Turning exam, you can be appointed to roles such as:

  • Turning Tradesman: Operating turning machines.
  • Machinist: Using machining tools to produce parts.
  • Maintenance Technician: Maintaining and repairing machinery.
  • Machine Operator: Operating manufacturing machinery.
  • Technical Assistant: Supporting engineering tasks related to turning and machining.