- Introduction to Hardware design & development process
- Introduction to analog and digital design world (brief about analog and digital components)
- Active elements
- Passive elements
- Voltage source
- Current source
- Amplifiers
- Opamps
- Logic Gates
- Flip flops
- Counters.
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Hardware Design Development Training
Learn the fundamentals of generating hardware designs, power supply designs, and PCB designs for electrical appliances.
Online
Quick facts
particular | details | ||
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Medium of instructions
English
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Mode of learning
Self study, Virtual Classroom
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Mode of Delivery
Video and Text Based
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Frequency of Classes
Weekdays, Weekends
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Course overview
Hardware Design Development Training online certification is designed by MindMajix Technologies Inc., an online educational platform that intends to deliver online learning materials and certification to individuals to help them develop high-value skills. Hardware Design Development Training online course is designed for individuals who want to learn how to use a microcontroller's surge protection circuits, EMI/EMC protection, interfacings, current sources, amplifiers, optocouplers, logic gates, flip flops, and counters.
Hardware Design Development Training online classes provide two enrollment options: live online classes guided by an experienced trainer or self-paced video lectures. The program covers both fundamental and advanced hardware design development issues like power supply design, PCB design, communication modules, peripherals, and much more. Mindmajix will also give individuals premium services such as access to a bespoke resume generator, career coaching, and practice interviews.
The highlights
- Certificate of completion
- Certification oriented curriculum
- Lifetime self-paced video access
- Flexible schedule
- Project use cases
- 30 hours session
- 10 hours of labs
- Quizzes & Mocks
- Free demo on request
- One-on-one doubt resolution
- 100% money-back guarantee
- 24/7 lifetime assistance
Program offerings
- Certificate of completion
- Certification oriented curriculum
- Lifetime self-paced video access
- Flexible schedule. project use cases
- 30 hours session
- 10 hours of labs
- Quizzes & mocks
- Free demo on request
- One-on-one doubt resolution
Course and certificate fees
certificate availability
certificate providing authority
What you will learn
After completing the Hardware Design Development Training certification course, individuals will gain the competencies to design hardware, design power supplies and PCBs, and then manufacture them for electrical appliances. Individuals will learn about microcontrollers, interfacing microcontrollers, peripherals, various types of communication components, and user interfaces.
The syllabus
Introduction
Power Supply Design
- Primary supplies
- Secondary supplies
- Static supplies (without Feedback)
- Dynamic supplies (with Feedback)
- Linear supplies
- Switching supplies
- Current controlled supplies
- Voltage-controlled supplies
- Overvoltage protection
- Under-voltage protection
- Overcurrent current
- Current control methods
- Surge protection circuits
- EMI/EMC protection
- Mini project- Power supply design.
Microcontroller & Peripheral’s
- Different types of IC packages
- Identification of Controller
- Reset circuit
- Debugger circuit
- Push-pull design of port pins
- Open drain design of port pins
- Memory Technologies (RAM, ROM, EPROM, EEPROM, FLASH) interfacing
- I/O Interface Technologies.
Communication Modules & User Interfaces
- Different types of communication modules and interfaces
- RS232, 485, 422 full duplex and half duplex, DMA, ADC, DAC, External Temperature
- External Watch RT dog
- ExternalC, TCP/IP, SPI, SSP, I2C, Wi-Fi, Bluetooth, USB, Zigbee, GPS, GPRS module, EDGE module.
Microcontroller Interfacings
- LEDs, Switches, Relays, DC Motor, Stepper Motor, ADC, DAC, Temperature Sensor, LCD, Touch Screen, Seven segment display… etc,
- Load calculations
- Power requirement calculation methods
- PCB mechanical fixing
- PCB dimension
- PCB external interface connectors
- Mini Project.
Bluetooth
- System integration with Bluetooth modules.
Zigbee
- System integration with Zigbee modules.
WI-FI and Cellular
- System integration with WI-FI modules ad GPRS modules is discussed.
Ethernet
- Importance of Ethernet Interface in modern micro-controller based boards.
- How to design with Ethernet PHYs.
USB
- USB is a common peripheral interface in advanced (intermediate level) boards
- USB 2.0
ADC and DAC
- How to build an industry grade data logger with ADCs.
- How to use DACs in your product designs.
- Signal Conditioning.
- Isolation & Calibration.
GPIO
- All about general purpose IOs, and LED indicators, luminaries, stepper motors, and reading digital inputs.
PCB Design And Manufacturing
- Types of PCB / Base Material
- Overview of PCB Technologies
- CAD System Selection
- Design Rules & Design Factors
- Component Selection and Identification
- Design Laminates / Thermal Management
- Reliability Tooling Holes / Stiffeners (IPC- Lessons), SMT, Wave and Reflow Soldering
- Layout Rules & Parameters / Library & Its Components,
- Cross Probing, Conductor routing / Mid Term Interaction.
Interview Questions and Answers
Instructors
Giridhar
Instructor, Hardware Design Development
Mindmajix Technologies