Master Program in Advanced PCB Design
Introduction to PCB Designing Concepts
Introduction
- PCB
- Difference between PWB and PCB
- Types of PCBs
- Single Sided (Single Layer)
- Multi-Layer (Double Layer)
- PCB Materials
Introduction to Electronic Design Automation (EDA)
- EDA
- Different EDA Tools
- Introduction to SPICE and PSPICE Environment
- Introduction and Working of PROTEUS
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
- Gerber Files and Drill Files
- Creation and Verification
- Bill of Materials (BOM) Preparation
- Assembly Drawings and Pick-and-Place Files
- Guidelines for Panelization
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
Mini Projects with Hands on Training
Skill Development:
- Soft Skills Development
- Personality Skills Development
- Technical Resume Format
- Placement Training(HR)
- Technical Mock Interview
Certification
Master Program in Advanced Embedded Systems
Module 1: Embedded Systems
- Overview of Embedded system
- Real-world applications, and architecture.
- CPU architectures: ARM.
Module 2: Programming in Embedded Systems (C, Embedded C)
- Embedded C and ANSI C standards.
- Core programming concepts: loops, functions, pointers, and memory management.
- File handling, low-level programming, and debugging techniques.
Module 3: Electronic Components & Hardware
- Resistors, capacitors, inductors, diodes, and transistors.
- Switches, relays, transformers, and IC families.
- Hands-on soldering, breadboard usage, and PCB prototyping.
Module 4: Microcontrollers & Development Boards
- Study of 8051, PIC, and ARM Cortex-M microcontrollers.
- Working with Arduino, ESP8266, and Raspberry Pi.
- Embedded Linux and interfacing with hardware.
Module 5: Peripheral Interfaces & Communication Protocols
- Wired communication: UART, SPI, I2C, RS-232, and RS-485.
- Industrial protocols: MODBUS, Profibus, Ethernet/IP.
- Wireless protocols: LoRa, BLE, Wi-Fi, GSM, ZigBee, MQTT.
- Peripheral interfacing with LCDs, sensors, and displays.
Module 6: Embedded Systems Projects (Hands-on)
- Practical projects: LED blinking, sensor interfacing, and motor control.
- Smart home automation and cloud connectivity (Adafruit, Blynk, MQTT).
Module 7: Generative AI in Embedded Systems
- Generative AI and its applications.
- AI-driven predictive maintenance and anomaly detection.
Module 8: PCB Design & Hardware Development
- PCB design using EAGLE/KiCad, schematic design, and routing.
- PCB fabrication and testing.
Module 9: Advanced Debugging & Development Tools
- Debugging techniques using JTAG, GDB, and OpenOCD.
- Industry coding standards, Make utility, and simulation tools (Proteus, Keil, and STM32CubeIDE).
Mini Projects with Hands on Training
Skill Development:
- Soft Skills Development
- Personality Skills Development
- Technical Resume Format
- Placement Training(HR)
- Technical Mock Interview
Certification
Master Program in Advanced AutoCAD Design
Introduction
- Overview of AutoCAD Design
- Importance of AI in CAD Workflows
- Introduction to Onshape: Cloud-Based Design Revolution
Software Installation
- AutoCAD Installation and Setup
- Configuring Autodesk AI Features
- Setting Up Onshape Accounts and Cloud Workflows
Module 1: Drawing
- Work with Templates
- Set and Convert Drawing Units
- Types of Lines
- Ray and Construction Lines
- AI-Assisted Drawing Setup with Autodesk AI
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
- Create and Edit Boundaries
- Solid and Hatch Patterns
- Gradient Fills for Enhanced Visualization
- AI-Based Hatch Pattern Recommendations
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
- Create, Insert, and Manage Blocks
- Import and Export File Formats
- Advanced Xrefs Management
- AI-Assisted Block Placement and Organization
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
- Project Workflow Management
- Documentation Standards and Tools
- Collaboration Techniques with Autodesk AI and Onshape
- Cloud-Based Project Processes
Module 10: Capstone Project
- Project Integration Across AutoCAD and Onshape
- Application of AI Tools for Efficiency
- Presentation Skills for Professional Showcases
- Feedback, Iteration, and Final Refinement
Additional Features and Add-ons
- Exploring Autodesk Insights for Predictive Design
- Onshape’s Advanced Analytics and Reporting
- Leveraging AI for Error Detection and Correction
- Integration of BIM (Building Information Modeling) Techniques
Mini Projects with Hands on Training
Skill Development:
- Soft Skills Development
- Personality Skills Development
- Technical Resume Format
- Placement Training(HR)
- Technical Mock Interview
Certification
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
- Understanding templates for standardized drawing setups
- Creating custom templates for electrical designs
- Managing symbol libraries and wiring standards
- Modifying and managing templates for various projects
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
- Drawing electrical components using AutoCAD tools
- Creating custom electrical components (switches, relays, fuses)
- Importing and managing component libraries
- Assigning electrical properties to components (voltage, current, ratings)
Module 5: Wires and Wiring Standards
- Adding and managing wires in electrical diagrams
- Wire numbering and editing techniques
- Understanding wire color gauge and insulation standards
Module 6: Ladder Logic and PLC Integration
- Source and Destination Arrows
- Ladder Logic Fundamentals
- Adding Rungs in Ladder Diagrams
- PLC Wiring and Interfacing with Sensors and Actuators
Module 7: Power Distribution Systems
- One-Line Diagrams and Power Flow Analysis
- Circuit Breakers and Load Calculations
- Power Stations and Grid Integration
Module 8: Instrumentation and Control Systems
- Designing instrumentation circuits for measurement and control systems
- Industrial control components: Transducers, RTDs, Thermocouples
- Power supply systems and redundancy planning
Module 9: AI and Smart Automation in Electrical CAD
- Introduction to AI concepts in CAD
- Automated design suggestions in software
- AI-powered error detection and correction
- Predictive maintenance and smart system integration
Module 10: Quality Control, Testing, and Documentation
- Reviewing electrical drawings for compliance
- Practical tips for quality control in electrical CAD work
- Generating electrical project reports and specifications
Module 11: Advanced Electrical CAD Techniques
- 3D Modeling Capabilities
- Integration with BOM for Collaborative Workflows
- Cloud-based platforms for real-time collaboration
Module 12: Project Management and Collaboration
- Managing Large Electrical CAD Projects
- Working with Interdisciplinary Teams (MEP, Structural, Architectural)
- Time Management and Resource Allocation
Module 13: Developing Technologies
- Cloud based schematic designing
- Implementing drawings with gen AI
- Advanced Troubleshooting and Optimization Exercises
Mini Projects with Hands on Training
Skill Development:
- Soft Skills Development
- Personality Skills Development
- Technical Resume Format
- Placement Training(HR)
- Technical Mock Interview
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.
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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.
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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
