Industrial Automation – Zenjade Automation

Industrial Training

FAKE

Master Program in Advanced PCB Design

Introduction to PCB Designing Concepts

Introduction

Introduction to Electronic Design Automation (EDA)

Component Introduction and Their Categories

Types of Components

Active Components
Diode
Transistor
MOSFET
LED
SCR
Integrated Circuits (ICs)
Passive Components
Resistor
Capacitor
Inductor
Transformer
Speaker/Buzzer

Component Package Types

Through Hole Packages
Axial Lead
Radial Lead
Single Inline Package (SIP)
Dual Inline Package (DIP)
Transistor Outline (TO)
Pin Grid Array (PGA)

Surface Mount Packages
Metal Electrode Face (MELF)
Leadless Chip Carrier (LCC)
Small Outline Integrated Circuit (SOIC)
Quad Flat Pack (QFP) and Thin QFP (TQFP)
Ball Grid Array (BGA)
Plastic Leaded Chip Carrier (PLCC)

Introduction to Development Tools

Introduction to PCB Design using OrCAD Tool

Introduction to PCB Design using PROTEUS Tool

Schematic Design

Electronic Circuit Schematics
Reading and Interpreting Circuit Diagrams
Schematic Capture Tools and Best Practices
Symbol Creation and Library Management
PCB Layout Design
Setting up PCB Design Rules
Understanding Layers
Signal
Ground
Power Planes

PCB Layout Design

Setting up PCB Design Rules
Understanding Layers
Signal
Ground
Power Planes
Placement of Components
Guidelines and Tips
Routing Techniques
Manual vs Auto-routing
Via Usage and Types

Advanced PCB Layout Techniques

High-Speed Design Considerations
Differential Pairs
Impedance Control
Thermal Management
Heat Sinks
Thermal Vias
Power Integrity and Ground Strategies
Multi-layer PCB Design

Fabrication File Generation

Manufacturing Process and Troubleshooting

PCB Fabrication: Materials and Techniques
Assembly Process: Soldering Methods, SMT vs Through-Hole
Testing and Debugging
Continuity Testing
Functional Testing
Common PCB Design and Manufacturing Issues

Professional Training and Career Development Programs

Technical Resume Format
Soft Skills Development
Personality Skills Development
Mini Technical Projects
Technical Mock Interview
Industrial Project
Placement Training
Internship
Certification

FAKE

Master Program in Advanced Embedded Systems

Module 1: Embedded Systems

Module 2: Programming in Embedded Systems (C, Embedded C)

Module 3: Electronic Components & Hardware

Module 4: Microcontrollers & Development Boards

Module 5: Peripheral Interfaces & Communication Protocols

Module 6: Embedded Systems Projects (Hands-on)

Module 7: Generative AI in Embedded Systems

Module 8: PCB Design & Hardware Development

Module 9: Advanced Debugging & Development Tools

Professional Training and Career Development Programs

Technical Resume Format
Soft Skills Development
Personality Skills Development
Mini Technical Projects
Technical Mock Interview
Industrial Project
Placement Training
Internship
Certification

FAKE

Master Program in Advanced AutoCAD Design

Introduction

Software Installation

Module 1: Drawing

Module 2: Shapes

Points and Donuts
Helix Creation Techniques
Divide and Measure Tools
Rectangular Revision Clouds
Rectangle and Triangle Tools
Circle and Its Types
Arc and Its Types
Ellipses and Its Variants
Polygons: Inscribed and Circumscribed

Module 3: Editing Tools

Move and Copy with Precision
Rotate and Scale Objects
Grips and Grip Editing Techniques
Stretch and Lengthen Commands
Join and Explode
Break and Trim Features
Offset Advanced Uses
Fillet and Chamfer for Edge Design
Blend Curves for Complex Geometry
AI-Driven Auto-Editing with Autodesk Tools

Module 4: Dimensioning

Auto Dimensioning with AI Suggestions
Customizing Dimension Styles
Convert and Manage Primary Units
Setting Alternate Units
Advanced Group Commands
Dimension Break and Recovery Techniques
Continue and Baseline Dimensioning

Module 5: Hatching and Boundaries

Module 6: Text and Leaders

Layer and Layer Editing
Align Text Accurately
Baseline and Continue Options
Leaders: Create, Remove, Align, and Collect
Multi-Leader Styles and Management
AI Assistance for Text Placement and Formatting

Module 7: Blocks and External References

Module 8: Advanced Techniques

Customization and Tool Palettes for Efficiency
Advanced 3D Modeling: Meshes, Solids, and Surfaces
Rendering Techniques for High-Quality Outputs
Onshape Integration
Collaborative Design Workflows
Real-Time Edits and Cloud Features
Managing Assemblies and Parts in Onshape

Module 9: Project Management

Module 10: Capstone Project

Additional Features and Add-ons

Professional Training and Career Development Programs

Technical Resume Format
Soft Skills Development
Personality Skills Development
Mini Technical Projects
Technical Mock Interview
Industrial Project
Placement Training
Internship
Certification

FAKE

Master Program in Advanced E-CAD Design

Module 1: Introduction to Electrical CAD Design

Electrical Computer-Aided Design (E-CAD)
E-CAD in electrical system design
Advantages AutoCAD Electrical in electrical engineering
Applications in industrial automation, plant automation
Electrical Symbols and Notations (IEC, IEEE standards)
Electrical Drawing Standards (IEC 60617, ANSI, DIN, etc.)

Module 2: Working with Templates and Standards

Module 3: Electrical Components

MCCB,MCB,RCCB,ACB,SWITCH GEARS,
Protective Devices: Fuses, Circuit Breakers, Surge Protectors
Relays and Contactors: Magnetic Relays, Solid-State Relays, Overload Relays
Transformers: Step-up, Step-down, Isolation Transformers
Motors Drives: AC Motors, DC Motors, VFDs Drives
IoT and AI-enabled Components: Smart Relays, AI-powered Sensors, Automated Protection Devices

Module 4: Drawing Components Using AutoCAD Tools

Module 5: Wires and Wiring Standards

Module 6: Ladder Logic and PLC Integration

Module 7: Power Distribution Systems

Module 8: Instrumentation and Control Systems

Module 9: AI and Smart Automation in Electrical CAD

Module 10: Quality Control, Testing, and Documentation

Module 11: Advanced Electrical CAD Techniques

Module 12: Project Management and Collaboration

Module 13: Developing Technologies

Professional Training and Career Development Programs

Technical Resume Format
Soft Skills Development
Personality Skills Development
Mini Technical Projects
Technical Mock Interview
Industrial Project
Placement Training
Internship
Certification

FAKE

Advanced Master Program in AI-Driven AutoCAD Design

AutoCAD Foundations

Module 1: AutoCAD

Module 2: Drawing & Geometry Creation

Module 3: Shape Creation – 2D & Basic Geometry

Module 4: Editing Tools

Annotation, Documentation & Layers

Module 5: Dimensioning & Measurement

Module 6: Hatching & Boundaries

Module 7: Text, Leaders & Annotation Management

Blocks, References & Collaboration

Module 8: Blocks, Attributes & Dynamic Tools

Module 9: External References (Xrefs)

Module 10: Layouts, Sheets & Plotting

3D Design & Modeling

Module 11: 3D

Module 12: Solid Modeling

Module 13: Surface & Mesh Modeling

Module 14: 3D Rendering & Visualization

Onshape Cloud CAD Mastery

Module 15: Onshape Fundamentals

Module 16: Onshape Part Design

Module 17: Onshape Assemblies

Module 18: Onshape Drawings & Documentation

Engineering, Advanced Tools & AI

Module 19: Geometric Dimensioning & Tolerancing

Module 20: Manufacturing Drawings

Module 21: Sheet Metal Design

Module 22: Simulation & Analysis

Module 23: AI-Powered CAD Enhancement

Module 24: BIM & Interoperability

Professional Training and Career Development Programs

Technical Resume
Soft Skills Development
Personality Skills Development
Technical Projects
Technical Mock Interview
Industrial Project
Placement Training
Internship
Certification

FAKE

Advanced Master Program in AI-Driven E-CAD Design

FOUNDATION – E-CAD

Electrical CAD Design Fundamentals

Templates, Standards & Symbol Libraries

Module 5: Standard drawing setup
Module 6: Custom template creation
Module 7: Layer & wire standards
Module 8: Symbol library creation & management
Module 9: IEC / IEEE / IS standards integration

AUTOCAD ELECTRICAL – CORE WORKING TOOLS

AutoCAD Electrical Tools

Module 10: Electrical Project Manager
Module 11: Schematic Editor
Module 12: Circuit Builder
Module 13: Symbol Builder
Module 14: PLC I/O drawing module (documentation only)
Module 15: Panel layout tools
Module 16: Terminal strip editor
Module 17: Automated wire numbering
Module 18: Component tagging & cross-referencing
Module 19: Title block updates
Module 20: Real-time Error Rule Check (ERC)
Module 21: BOM & report generation

ELECTRICAL COMPONENTS & DEVICES

Electrical Components – Industrial Automation

Component Creation & Library Management

SCHEMATIC & CONTROL DESIGN

Wiring & Cabling Standards

Module 31: Wire numbering rules
Module 32: Cable tagging & ferrule planning
Module 33: AWG / SWG standards
Module 34: Insulation & shielding classification
Module 35: Armor cable representation

Control Circuits, Ladder & PLC Drawings

Power Distribution & Protection Circuits

Control & Instrumentation Drawings

Module 47: Control wiring schematics
Module 48: Field instrumentation drawings
Module 49: RTD & thermocouple wiring
Module 50: Loop diagrams (4–20 mA, 0–10 V)
Module 51: Redundant power system layouts

ADVANCED ELECTRICAL CAD

AI in E-CAD Design

Documentation, Reports & QC

Advanced E-CAD Techniques

Project Management in Electrical CAD

EPLAN & AUTOMATION DOCUMENTATION

EPLAN Fundamentals

EPLAN Advanced Workflows

Panel Layout & Cabinet Design

Control System Documentation

BIM ELECTRICAL SYSTEMS

Cable Routing & Raceway Design

INDUSTRIAL ADVANCED SYSTEMS

Industrial Power Systems

Earthing & Lightning Protection

Electrical Estimation & Costing

INDUSTRIAL ADVANCED SYSTEMS

Onshape + AutoCAD Electrical

Professional Training and Career Development Programs

Technical Resume
Soft Skills Development
Personality Skills Development
Technical Projects
Technical Mock Interview
Industrial Project
Placement Training
Internship
Certification

FAKE

Advanced Master Program in Embedded Systems with Artificial Intelligence

Core Foundations

Module 1: Embedded Systems

Module 2: Embedded C & Programming Foundations

ANSI C and Embedded C
Data types & Variables
Control Flow Statements
Pointers, functions
Searching & Sorting Algorithm
Bitwise operations
File Handling & Dynamic Memory Allocation

Module 3: Electronics for Embedded Engineers

Microcontroller & Hardware Platforms

Module 4: Microcontrollers & Processor Architectures

Module 5: Development Boards

Module 6: Memory & Storage Systems

Communication & Interfaces

Module 7: Peripheral Interfaces

Module 8: Serial Communication Protocols

Module 9: Wireless Protocols

Real-Time & OS-Level Development

Module 10: Real-Time Operating Systems (RTOS)

Module 11: Device Drivers

PCB & Hardware Engineering

Module 12: PCB Design

Module 13: Hardware Prototyping & Testing

Automotive Embedded Systems

Module 14: Automotive Standards

Module 15: Automotive Applications

Control Systems

Module 16: Control Systems

AI + Embedded Systems

Module 17: Generative AI in Embedded Systems

Module 18: Computer Vision on Edge Devices

Professional Training and Career Development Programs

Technical Resume
Soft Skills Development
Personality Skills Development
Technical Projects
Technical Mock Interview
Industrial Project
Placement Training
Internship
Certification

FAKE

Advanced Master Program in PCB Design with Artificial Intelligence

PCB Designing Concepts

Module 1: PCB & PCB Industry
Module 2: PCB vs PWB (Printed Circuit Board vs Printed Wiring Board)
Module 3: Types of PCBs
Single Layer
Double Layer
Multi-Layer
Rigid, Flex & Rigid-Flex
Module 4: PCB Materials
Module 5: PCB Standards & Certifications
Module 6: Electronic Design Automation (EDA)
Module 7: Overview of EDA Tools
Module 8: SPICE & PSpice Simulation
Module 9: PROTEUS – Circuit Simulation & PCB Design
Module 10: PCB Design Workflow

Electronic Components & Package Libraries

Module 11: Active Components – Overview
Module 12: Diodes – Types & Applications
Module 13: Transistors – BJT & Applications
Module 14: MOSFET – Metal Oxide Semiconductor Field Effect Transistor
Module 15: LED Drivers – Circuit Types & Control Methods
Module 16: SCR & TRIAC – Thyristor Power Devices
Module 17: IC Categories – Analog, Digital & Mixed-Signal
Module 18: Passive Components
Resistors
Capacitors
Inductors
Transformers
Speakers & Buzzers

Component Package Types – Through-Hole

Module 19: Through-Hole Package Fundamentals
Module 20: Axial Lead Packages
Module 21: Radial Lead Packages
Module 22: SIP – Single In-line Package
Module 23: DIP – Dual In-line Package
Module 24: TO – Transistor Outline Packages
Module 25: PGA – Pin Grid Array

Component Package Types – Surface-Mount (SMD)

Module 26: MELF – Metal Electrode Leadless Face
Module 27: LCC – Leadless Chip Carrier
Module 28: SOIC – Small Outline Integrated Circuit
Module 29: QFP – Quad Flat Package
Module 30: TQFP – Thin Quad Flat Package
Module 31: BGA – Ball Grid Array
Module 32: LGA – Land Grid Array
Module 33: QFN – Quad Flat No-Lead
Module 34: PLCC – Plastic Leaded Chip Carrier

Libraries & Standards

Tools & Development Platforms

Schematic Design

Module 41: Understanding Electronic Circuits
Module 42: Reading Circuit Diagrams
Module 43: Schematic Capture – Best Practices
Module 44: Hierarchical Schematic Design
Module 45: Net Labeling & Pin Terminators
Module 46: Electrical Rule Check (ERC)
Module 47: Symbol Creation
Module 48: Library Management
Module 49: Multi-Sheet Schematic Handling

PCB Layout Fundamentals

Module 50: Design Rule Check (DRC)
Module 51: Understanding PCB Layers
Signal Layers
Ground Layers
Power Planes
Mechanical Layers
Silkscreen & Solder Mask
Module 52: PCB Layer Stack-up
Module 53: Component Positioning Techniques
Module 54: Position Optimization for Manufacturing
Module 55: Routing
Module 56: Manual Routing Techniques
Module 57: Auto-Routing & Its Limitations
Module 58: Via Types – Through, Blind, Buried & Microvias
Module 59: Via Current Handling
Module 60: Creating Copper Pours
Module 61: PCB Trace Width & Clearance Calculation

Advanced PCB Layout Design

Module 62: High-Speed PCB Design
Module 63: Differential Pair Routing
Module 64: Impedance Matching
Module 65: Controlled Impedance PCB Design
Module 66: Length Tuning & Skew Control
Module 67: High-Speed Interfaces – USB, HDMI, DDR, PCIe
Module 68: Crosstalk & Noise Mitigation
Module 69: Clock Routing Techniques
Module 70: Power Integrity Design
Module 71: Grounding Strategies – Star Ground & Flood Ground
Module 72: EMI / EMC Compliance Design
Module 73: Shielding Methods
Module 74: ESD Protection Strategies
Module 75: Multi-Layer PCB Routing Strategies
Module 76: Thermal Management – Heat Sinks & Thermal Vias
Module 77: Thermal Simulation Techniques
Module 78: Current Carrying Capacity & Trace Heating

Fabrication & Manufacturing

Module 79: PCB Manufacturing Processes
Module 80: PCB Lamination & Drilling
Module 81: Surface Finish Types – HASL, ENIG, OSP, Immersion Silver
Module 82: Solder Mask & Silkscreen Application
Module 83: Panelization Techniques
Module 84: Gerber File Generation
Module 85: Drill File Preparation
Module 86: Design for Manufacturing (DFM) Verification
Module 87: PCB Stack-Up Specifications
Module 88: PCB Quality Grading

Assembly & Testing

Module 89: SMT Assembly Process
Module 90: Through-Hole Assembly Process
Module 91: Reflow Soldering
Module 92: Wave Soldering
Module 93: Pick-and-Place File Creation
Module 94: Bill of Materials (BOM) Creation
Module 95: Assembly Drawings
Module 96: Test Points & Debug Pads
Module 97: Continuity Testing
Module 98: Functional Testing
Module 99: Automated Optical Inspection (AOI)
Module 100: In-Circuit Testing (ICT)
Module 101: Boundary Scan Testing – JTAG

PCB Troubleshooting & Failure Analysis

Module 102: Common PCB Faults
Module 103: Soldering Defects & Detection
Module 104: Component-Level Issues
Module 105: PCB Repair Techniques
Module 106: Thermal Damage Troubleshooting
Module 107: Signal Integrity Failure Analysis
Module 108: Power Integrity Failure Diagnosis

Industry & Advanced Applications

Module 109: IoT Hardware PCB Design
Module 110: Automotive PCB Standards
Module 111: Aerospace & Defense PCB Requirements
Module 112: Medical Electronics PCB Rules
Module 113: Wearable Device PCB Design
Module 114: RF PCB Design Basics
Module 115: Antenna Design Integration
Module 116: High-Voltage PCB Design
Module 117: Mixed-Signal PCB Design
Module 118: Designing for Manufacturability (DFM)
Module 119: Designing for Testability (DFT)

Bonus – AI + PCB Modules

Module 120: AI-Based Schematic Generation
Module 121: AI-Enhanced Auto-Routing
Module 122: Generative AI for Circuit Design
Module 123: PCB Error Prediction Using Machine Learning
Module 124: AI Tools for Gerber Verification

Professional Training and Career Development Programs

Technical Resume
Soft Skills Development
Personality Skills Development
Technical Projects
Technical Mock Interview
Industrial Project
Placement Training
Internship
Certification

Overview Zenjade Automation Technology Private Limited

Industrial Automation generally refers to the science and technology of process control and includes the control of chemical and petrochemical plants, Oil refineries, iron and steel plant, Power plants, cement mills, Paper pulp and paper mills water and waste water treatment plants and many other sectors. The basic objective of automation is identifying the information flow and manipulates the material and energy flow as given process in a desired way. PLC, SCADA,VFD and HMI plays an important role in automating industrial system. Automation of many different processes, such as controlling machines or factory assembly lines, is done through the use of small computers called as Programmable Logic Controller (PLC). This is actually a control device that consists of a programmable microprocessor, and is programmed using a specialized computer language. Today, Programmable Logic Controllers deliver a wide range of functionality, including basic relay control, motion control, process control, and complex networking, as well as being used in Supervisory Control and Data Acquisition Systems and Distributed Control Systems.

Looking for Best AUTOMATION Training in Chennai?

ZENJADE AUTOMATION TECHNOLOGY PRIVATE LIMITED is No 1 AUTOMATION training in Chennai offering professional training by experts.

What is Industrial Automation?

ZENJADE AUTOMATION TECHNOLOGY PRIVATE LIMITED is an excellent Automation training in Chennai with superior integrated infrastructure and newly designed labs for students to practice and pursue training for multiple trainings at Chennai. ZATPL train many students around the globe every year for the Automation training at an affordable price which is customised as per each candidate’s requirement of modules and content. Automation training involves “Hands-on experience”, we believe in practice what you preach and therefore each candidate is encouraged to practically conduct each topic that is discussed for better understanding of real-world scenario automation. This practice of comprehensive training allows candidate to gain all the concepts and skills effectively and to later efficiently apply on their field of work. ZATPL is one of the best automation training in Chennai with 100% placement assistance. ZATPL has well structure modules and training program designed for both students and working professionals separately. At ZATPL automation training is conducted during all 5 days, and special weekend classes. Can also be arranged and scheduled. We also provide fast track training programs for students and professionals looking to upgrade themselves instantly.

What is Future of Industrial Automation?

Although industrial automation in manufacturing in not without its detractors (such as an unsubstantiated claim that it will lead to mass unemployment), its future looks very bright. Industrial robots of the future will be multi-functional so that the same machine can be put to several different uses. They will have many capabilities associated with human workers, such as the ability to make decisions and to work autonomously. They will also have self-diagnostic and predictive maintenance capabilities. Thanks to industrial automation of manufacturing, the factory of the future will be more efficient in the utilization of energy, raw material and human resources. Also, contrary to popular belief, the experience so far has shown that automation will not cause mass unemployment. On the contrary, the mass use of robots will create more jobs. Humans and robots will work together to create a more efficient and productive workspace.

Why AUTOMATION Training In Chennai At ZENJADE AUTOMATION TECHNOLOGY PRIVATE LIMITED ?

Chennai is the commercial hub of South India and its home to global manufacturing companies. Most of the companies looking for trained engineers in the field of industry automation. But there is shortage for trained engineers in the field of automation. To cater the problem, ZENJADE AUTOMATION TECHNOLOGY PRIVATE LIMITED is offering Best Automation Training in Chennai by industry experts designed to fill the vacuum of practical knowledge and industry automation demands. ZENJADE AUTOMATION TECHNOLOGY PRIVATE LIMITED is best Automation Training offering AUTOMATION Training in Chennai with automation theory and practical.

Core Placements in ZENJADE AUTOMATION TECHNOLOGY PRIVATE LIMITED

Automation Industry
Piping Industries
Powerplants
Robotics
Shipyards
Oil & Gas
Oil Refinery
Manufacturing Plant
Food Industry
Marine Piping
Automation Testing

Control Panel
Control Panel Assemble
Electrical Installation
Electrical Services
Electrical Commisioning
Panel Wiring
Industrial Automation
Plc Maintainance & Installation
Rig Automation
Scada Development
Quality Control & Documentation