Class timings flexibility: Regular, Alternate, or week days, as per your convenience.

What is EITP:?

It is an electronic industrial training Program (EITP). It Covers all the aspects of an electronic product manufacturing from start to finish. The flow Chart shows the elements of EITP. Selection of Product → Circuit design → PCB Layout design→ PCB Manufacturing → PCB Assembly → PCB Testing → Fault Finding (if any) → PCB QC → Packaging

No matter you are technical or non-technical, all Can opt this training Module to get good job or to start your own business in electronics. Also the candidate can choose one, two or more than two contents of EITP like only circuit design, PCB Design and son on. For individual training modules, to get full details click on independent modules. Thanks.

PCB Testing Course Details

Testing parameters of electronic devices include functional parameters, which verify intended operations, performance parameters, which measure aspects like speed and accuracy, electrical parameters like voltage current and resistance, and environmental parameters such as temperature and humidity, which assess durability.

Introduction to various rules of Electricity and circuit laws like OHM’s Law, Kirchhoff’s Law, Faradays law of Induction, etc.
  • Use of test equipments for parametric test like Current measurement, Voltage measurement, Frequency measurement, Resistance measurement, CRO, DSO etc
  • Component testing like Diode, Transistor, Resistor, capacitor, Relays, Coils, LEDs, Transformer, IC’s etc
  • PCB Testing
  • Open circuits
  • Short circuits
  • Component out of tolerance
  • Testing digital & Linear IC’s
  • Troubleshooting basics & techniques
  • Using special tools like crocodile clips, cleaners, sprays, C.R.O probes, connectors etc
Read More Testing Procedures
1. Introduction to Logical Troubleshooting
  • Component Level troubleshooting
  • Board level troubleshooting
  • System level troubleshooting
2. Testing Techniques
  • Cold Test and Hot Test
3. Fault Analysis
  • Fault Analysis in an electronic circuit
4. Role of ESD & Prevention
  • Role of ESD in an electronic circuit and how to prevent it
5. Generic and Specific Precautions
  • Generic and Specific precautions and safety aspects
Fault Finding/Troubleshooting/Repairing of Electronic Goods - Following Parameters Can Be Followed:
  • Identify the symptoms
  • Gather information
  • Clean the PCB
  • Check power supply
  • Check connections
  • Test the circuit
  • Isolate the problems
  • Replace/repair the faulty components
  • Test the repair
Steps to Test a Faulty Circuit: 1. Initial Safety & Observation
  • Don’t rush to power it up
  • Inspect visually for:
  • - Burnt smell or discoloration
  • - Bulged/leaking capacitors
  • - Cracked ICs, lifted pads, broken connectors
  • Note which part gets hot if already tested before
2. Check for Shorts (Unpowered Board)
  • Use multimeter continuity mode
  • Measure resistance between VCC and GND
  • If very low (near 0Ω), there’s a short — isolate by removing parts step by step
  • Compare resistance across critical nets (e.g., 3.3V → GND) with a known good board if available
3. Power Supply Test
  • Use a bench power supply with current limiting (set slightly above expected current)
  • Power up slowly
  • Watch the current draw (unexpectedly high = short)
  • Measure all power rails (are 5V, 3.3V, 1.8V present?)
4. Thermal Check
  • Touch carefully (or better, use IR camera/thermal camera)
  • Any component heating unusually fast is likely faulty or shorted

PCB QC Course Details

Introduction to QUALITY CHECKS AN QUALITY ASSURANCE methods.
  • Sampling for quality check like Lots, Random, Attributes and Variable Method.
  • Quality assurance in various phases
  • Inspection before/after production.

PCB Manufacturing

PCB Manufacturing Industry Overview
  • Introduction to PCB fabrication techniques & PCB manufacturing.
  • Description on domestic PCB fabrication process.
  • Exposure to real-time PCB fabrication process.
  • Target to be achieved from training.
  • Slide show (on projector).
BASIC KNOWLEDGE
  • What is Gerber?
  • Photo-tooling?
  • Generation of artwork
  • NC drill generation
Read More Modules
Pre-Production
  • Selection of raw material (CCL)
  • FR4, FR3, FR2, FR1, etc like metal core and flexible PCBs
PCB Fabrication: Single-Sided Input
  • Introduction to fabrication set-up
  • Films collection
  • Understand the flowchart of PCB manufacturing process
PCB Fabrication: Single-Sided Hands-on 1
  • Hands on sheet cutting
  • Hands on brushing
PCB Fabrication: Single-Sided Screen-Printing
  • Introduction to screen-printing method
  • What is frame?
  • What is Emulsion & developer?
PCB Fabrication: Single-Sided Hands-on 2
  • Hands on PCB fabrication using screen printing method—auto/manual
PCB Fabrication: Single-Sided Baking & Etching
  • Hands on Baking of thermal and UV inks.
  • Hands on Etching- manual/auto, photo resist Mask (SMOBC, PISM etc)
PCB Fabrication: Single-Sided Drilling
  • Introduction to Drill machine & different types bit sizes
  • Manual drill & automated drill
  • Hands on experience in drilling
PCB Fabrication: Single-Sided Finishing
  • What is Roller tinning/hot air levelling (HAL)?.
  • Hands on experience in Legend printing.
PCB Fabrication: Double-Sided Introduction
  • Introduction to double sided PCB art work
  • Film collection
  • Raw material selection
PCB Fabrication: Double-Sided PTH vs Non-PTH
  • Difference between PTH or non PTH.
  • How effected cost factors
  • Advantages & disadvantages
PCB Fabrication: Double-Sided Cutting & Milling
  • Die punching
  • CNC drilling, different type cutting & milling tools like v-cut, pin router, etc
PCB Fabrication: Double-Sided Hands-on 1
  • Hands on experience in PCB fabrication
PCB Fabrication: Double-Sided Hands-on 2
  • Hands on experience in PCB fabrication
PCB Fabrication: Double-Sided Plant Tour & Quality
  • Tour to automated plant (on projector/live) & PRE-CAUTIONS & QUALITY STANDARDS in PCB Manufacturing
PCB Fabrication: Double-Sided Testing & Repair
  • Final QC of PCB (EYE QC, BBT, FPT*) Hands on experience in Bare PCB testing & repairing
PCB Fabrication: Double-Sided Review
  • Review the path from schematic to bare PCB generation.
PCB Plant Setup & Business Aspects
  • Focus on machinery and raw material purchasing & Estimation for new PCB plant setups and their Advantages and scope in future, how to minimize Rejections, how to increase productivity & profit
Certification & Feedback
  • Certification and getting membership card, Project & your views about training
Module Overview

This module covers fundamentals of PCB design (single-sided, double-sided), layout rules, SMT & through-hole technology, Gerber/BOM/NC drill, soldering, fabrication and testing along with practical activities and small projects.

Contact

Helpdesk: 9871203624

Website: siita.co.in

Email: helpdesk@siita.co.in

Theory Topics

Introduction to PCB & Basics
  • Definition of PCB
  • Invention & inventor name
  • Copper Clad Laminate
  • Selection of copper & insulator thickness
  • Specification & classification of PCBs
  • Plated through holes (PTH) technology
  • Introduction to SMT technology
  • Manufacturing video (suggested)
Fundamentals of Electronics & Components
  • Fundamentals of electronics
  • Component introduction & categories
  • Introduction to schematic diagrams
  • Symbols of electronic components & footprints
  • Introduction to datasheets (eg. alldatasheet.com)
PCB Fabrication Techniques & Documentation
  • Gerber and manufacturing information
  • BOM and NETLIST
  • NC Drill & Photo plotted films
  • Etching processes and chemical mechanisms
  • Post operations: stripping, coating & solder masking
  • PCB component assembly process
PCB Design & Electrical Considerations
  • Routing, track width, pad stack
  • Solder side / comp side, layers, DRC
  • Ground pouring, tear drops
  • Perfect grounding & bypassing
  • Pre-production engineering
Soldering Methods & Safety
  • Soldering methods (manual, dip, reflow, wave)
  • Use of flux, de-soldering techniques
  • Safety precautions
  • Checking for errors

Practical Activities

Activity 1 — Component Placement & Footprint Config
  • Place components for a simple single-sided circuit
  • Configure footprint and padstacks in library
  • Create and feed netlist
Routing & DRC Activities
  • Design single-side circuits and check for errors
  • Practice ground pour and tear-drop techniques
Double-sided PCB & PTH
  • Start activity with double-sided PTH boards
  • Configure pad stacks, vias and layer stackup
Gerber & Manufacturing Docs
  • Prepare Gerber files and NC Drill files
  • Compile BOM and NETLIST for manufacturer

Projects & Assessments

Create small projects, assemble PCBs, test designs and collect end output of designed circuits. Optional visit to a PCB manufacturing unit and final modular test & QA.

Final Practical Checklist
  • Project PCB assembled
  • Testing and error checking
  • Prepare notes and documentation

45-Day Lesson Plan (High Level)

  1. Introduction, fundamentals & component familiarization
  2. Physical design, component placement & footprint configuration
  3. Netlist feeding, routing basics & single side circuits
  4. Ground pours, tear-drops and advanced routing
  5. Double-sided PCB activities (PTH, vias, pad stacks)
  6. Gerber, NC drill, BOM preparation & fabrication overview
  7. Soldering methods, assembly & testing
  8. Revision, QA, modular test & certificate distribution

PCB Assembly

Mounting & Soldering Methods

Mounting

  • MI Process
  • AI Process
  • Pick & Place
  • Reflow Soldering

Soldering

  • Manual Soldering
  • Dip Soldering
  • Wave Soldering
  • Reflow Soldering

Circuit board testing involves Automated Optical Inspection (AOI), In-Circuit Testing (ICT), Flying Probe Testing, and Functional Testing to ensure defect-free PCB assemblies.

Read More

Manual Soldering Module

  • Introduction to electronic assembly & cost factors
  • Improving soldering quality & first-time pass rates
  • Components introduction & electronic packaging types
  • Symbols & footprints of electronic components
  • Datasheets and references (alldatasheet.com)
  • PCB basics: definition, history, SS/DS/MC/flexible PCB
  • Design process: board outline, mounting holes, placement, nets, routing, DRC
  • Pick & Place machine basics and operation
  • Fundamentals of soldering: heat, solder, flux
  • Soldering of IMT & SMT components
  • Care of iron tip, posture, workstation setup
  • Common defects and fault analysis
  • ESD awareness, handling, and protection devices
  • Pre-production engineering, QA, and certification

SMT Soldering Sessions

Session 1

  • Introduction to PCB basics (SS/DS, MC PCB, Flexible PCB)
  • Manufacturing video of PCB
  • Identify SS & DS PCBs
  • Introduction to soldering techniques: manual, dip, wave, reflow

Session 2

  • Component introduction & category
  • Electronic packaging types
  • Symbols, footprints, BOM, datasheets
  • Practical: Collect datasheets & draw component symbols

Session 3

  • Introduction to Surface Mount Technology (SMT)
  • Advantages of SMT over IMT
  • Surface mount components & packages
  • Solder paste introduction
  • Soldering SMT assemblies – Wave & Reflow

Session 4

  • Pick & Place machine basics
  • Loading manufacturing data into the machine
  • Machine working and demo videos

Session 5

  • Soldering materials: solder, flux, cleaning solvents
  • Correct tool usage & component mounting
  • Solderability testing & inspection of solder joints
  • Defects in solder joints
  • Practical: Solder IMT & SMT components, error checking

Session 6

  • Mass soldering techniques
  • Wave soldering process and stages: fluxer, pre-heater, solder bath, conveyor
  • Defects in wave soldering

Session 7

  • Crimping & wire wrapping
  • Conductive adhesives
  • Chip on board (COB)
  • Tape Automated Bonding (TAB)

Session 8

  • PCB design using SMT components
  • Size & cost factors of DS PCBs
  • Checking footprints with butter paper

Session 9

  • What is ESD & static charges
  • Prevention methods & standards
  • Handling of static-sensitive devices
  • Practical: Check ESD protection devices

Session 10

Modular Test

Session 11

Visit to an electronics manufacturing unit

Session 12

  • Introduction to Pre-production Engineering
  • Final QA & Certification Distribution

Circuit Designing

Core Topics
  • Introduction to basic electronics.
  • Role of basic electronics knowledge in circuit designing & PCB design, manufacturing.
  • Target to be achieved from training.
  • Introduction to various components (active and passive components).
  • Physical identification of electronic components and their symbols.
  • Measuring equipments and concepts of current, voltage, wattage, etc.
  • Package of components, types of PCBs, how to see data sheets.
Read More Topics
Fundamental Laws & Components
  • OHM’s law, Kirchoff’s law.
  • Hands on OHM’s & Kirchoff’s laws.
Component Value Calculation
  • Value calculations and colour coding of electronic components like resistances, capacitors, etc.
Diodes & Displays
  • Diode, Zener, LED, photo diode.
  • 7-segment display or FND.
Power Components & Rectification
  • Coil, Relay, Switches, Transformers.
  • Step-up, Step-down.
  • What is rectification?
Voltage Regulation & SMPS
  • What is Voltage Regulation?
  • Introduction to SMPS.
  • Difference b/w Linear supply & SMPS.
Integrated Circuits & Semiconductors
  • Introduction to integrated circuits (ICs).
  • Diac, Triac, Transistors, SCR, opto-couplers.
  • Symbols, functions & applications.
Op-Amps & Sensors
  • Op-amp, Introduction to IR sensors & crystals
Soldering Techniques
  • Focus on soldering techniques.
Digital Electronics & ESDM
  • Introduction to Digital electronics Gates functions. Focus on new electronic Product development topology(ESDM)
Hands-on Project 1
  • Hands on, on basic electronic project-1
SMT and THT Introduction
  • Introductions to SMT and THT
Modular Test
  • Modular test -2 hrs.
Testing & Fault Analysis
  • Testing techniques like Cold Test & Hot Test Fault Analysis in an electronic circuitry. Different technical terms used in electronics.
Hands-on Project 2
  • Hands on, on basic electronic project-2.
ESD Prevention & Project 3
  • What is ESD? Effect of ESD in an electronic circuit. How to prevent it. & hands on, on basic electronic project-3

Packaging Course Details

यह पैकेजिंग कोर्स के बारे में जानकारी है। इस कोर्स में छात्रों को इलेक्ट्रॉनिक उत्पादों की सुरक्षित और कुशल पैकेजिंग के सिद्धांतों और प्रथाओं से परिचित कराया जाता है।

Copyright © Managed By. Timelinetechno