System Validation

Eligibility Criteria

    BE/BTech/Mtech

    In Computer Science or Electronics

    Marks in Class 10th or equivalent – not less than 60%

    Marks in Class 12th or equivalent – not less than 60%

    Marks or CGPA in Class 10th or equivalent – not less than 60% or 6.5 CGPA on scale of 10

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Duration: 8 Weeks

Platform Validation is an entry level job, where it helps you to work on basic fundamentals of embedded and digital technology. By completing this course you are eligible and can certainly aim for the roles such as system validation engineer, Firmware debug Engineer, platform test engineer etc.

The primary goal of systems engineering (SE) is to develop a solution that meets the needs and requirements of stakeholders. Validation is the process by which engineers ensure that the system will meet these needs and requirements. The companies like Intel, Qualcomm, AMD, Apple, Samsung, Sony, HP, Dell and a number of BIOS and motherboard makers on it.

Each product has to be validated according to the specification and optimal performance that is designed for. This course mainly focused on learning basic fundamentals of processor architecture, how system works in different scenario and testcases that can run against the specifications.

In order to validate and check the specified working condition of the system against different aspects the test engineer should run different test cases, where we can measure and validate. For all these it is required to be skilled in using specialized tools where it helps to run different test cases to validate.

eTech Prowess offers 8 week of platform validation job oriented course as per the specific requirements of the clients. This course is designed to offer real-time industry training & exposure to the candidates before getting into the specific project in a client location, thereby bridging the gap for attaining the required skill sets. This will also help to be in a less competitive arena and shape up a career in a niche domain.

This course serves the interests of practicing embedded engineers as well as those engineers planning to enter into the core embedded development field. The course content of this Program is given and approved by the clients.

Our next batch starts on : 9th June 2019

Batch strength : Max 15 students only

Prerequisite: BE/BTech/Mtech in Computer Science or Electronics

    Eligibility :
  • Marks in Class 10th or equivalent – not less than 60%
  • Marks in Class 12th or equivalent – not less than 60%
  • Marks or CGPA in Class 10th or equivalent – not less than 60% or 6.5 CGPA on scale of 10
    • Target Audience:
  • Freshers looking for core jobs in embedded technology.
  • People who are not good at coding but wants to be in core domain.
  • People who are in entry level can apply for this course.
  • People from Electrical and electronics background who wants learn more about PC architecture can apply for this course.

By taking this course the candidate will learn the fundamentals of PC architecture and hardware basics.The course introductory start with architecture and steps that followed in manufacturing of intel processor. You will learn latest intel i3,i5,i7 processors. You also learn about mother board chipset and controllers in your PC today. this helps you to understand the working and hardware structure of the system. You will learn about modern PC equipment and legacy device working with your processor. And basic system and boot configuration that required as a everyday user. You will learn about PCI and USB initialization and working in the system. You will learn about network component and configuration of network component. You also learn about how system boots and how operating system loads practically. How to use system level tools in order to analyze the system and planning the test cases accordingly. Different methods of installing the operating system and troubleshooting the OS issues. You also learn about How to use testing and benchmarking tools in order to validate the test system, and also the concept of J-tag.plan different test cases and to setup the environment for the different test cases. How to raise a bug with a proper report

Computer Hardware
  • Evolution Of Intel Processors
  • Advanced IA 32 based processer Architecture Basics
  • Intel Tick-Tock model
  • Basics of PC-AT/ATX System, Pentium, Core, Core 2 Duo, I3, I5, I7 Processor, Comparison between Intel Desktop and mobile processors
  • Motherboards, Chipset and Controllers
Internal Components
  • Basics of storage Devices: Hard Disk Drive, Optical storage devices, Flash memory devices, SCSI, RAID, Solid State Drives (SSD)
  • Expansion Cards, ports & slots: LAN Card, Sound Card, Interface Cards, I/O cards, Video Cards, USB Card, Internal Ports, Cables and Connector Types, VGA, USB, Type-C, OTG,HDMI, PCI, PCI Express, Graphics, Multimedia, Thunderbolt
  • Memory Devices: RAM, Static RAM (SRAM), Dynamic RAM (DRAM), ROM, MROM (Masked ROM), PROM (Programmable Read Only Memory), EPROM (Erasable and Programmable Read Only Memory), EEPROM (Electrically Erasable and Programmable Read Only Memory)
External Components Basics
  • Monitors: CRT, LCD and LED Displays, Printers: Dot-Matrix Printer, Inkjet Printer, Laser Printer Scanner: Photo Scanner, Documents Scanner, Bar Cord Scanner Keyboards, Mouse, External Modem, Ports and Connectors, Batteries, Power supply, Pen Drives, SCSI interface devices, Laptop Computers, Digital Advance storage technology.
Network Components
  • Introduction of Network Cable like UTP, STP, Fiber Optics,
  • Hub, Router, Modem, Wi-Fi, Access Point,
  • PCI Wireless Card, USB Wireless Device, Print Server,
  • USB Network Sharer, Backup Device, Server Hardware etc.
Communication Protocols
  • I2C
  • SPI
  • LPC
Computer Firmware
  • Introduction to BIOS, Post, Post codes
  • System Boot Process: Bootloaders, Windows Boot Sequence, platform Initialization, Option ROM, SMBIOS basics
  • System Power Management: CPU sleep states, PC power supplies, ACPI Basics, Connected Standby, Device power states, BIOS flashing
  • legacy Bios vs UEFI, UEFI and EDKII Basics, Boot flow
Operating System Basics & Installation
  • Introduction to OS, Types of Operating systems, Basics of windows 10, System files FAT and NTFS, Dos, Windows 10 and Linux installation and basic operation, Multi Boot Operating System
  • Working with windows Registry
  • Windows Defender, firewall, Windows device drivers basics, Universal driver and application
  • Booting Basic OS troubleshooting like boot repair, driver fixing etc. Other Windows Concepts and Features
  • Display problem, Restoring the grub, Backup packages
OS Environment Tools
  • Performance Monitor and Resource Monitor
  • Basics of Kernel and User-mode debugging using windbg
  • Windows Software Development Kit (SDK)
  • Windows Driver Kit (WDK)
  • Sysinternals tools
Testing and Benchmarking
  • Introduction to Windows Hardware Certification Kit(HCK)
  • Solder wire, soldering iron, Soldering workstation, soldering process, Practical training
  • Advantages of windows hardware certifications
  • Introduction to Windows Hardware Lab Kit(HLK), Windows Hardware Compatibility Program
  • Installing HLK
  • Testing and analysing results in HLK, rerunning failed tests
  • Windows Hardware Compatibility playlist, Windows HLK Filters, HLK Supplemental Test Content
  • Python Scripting Introduction
  • Basics of Python Programming
  • PowerShell command, PowerShell scripting basics, WMI Basics
  • Test Case automation using python
Soldering
  • Soldering basics
  • Solder wire, soldering iron, Soldering workstation, soldering process, Practical training
  • Basics of electrical and electronics Components
Software Testing Basics
  • Manual Testing concept
  • Introduction to Software Testing
  • Importance of Testing
  • Software Process
  • Basics of Software Development Life Cycle
  • Role of Testing in SDLC
  • Verification and Validation
  • Test planning, preparation, Execution and Reporting
J-tag
  • Introduction to j-tag
Lab
  • System level troubleshoot and dealing with the operating system level issues like USB not detected, Wifi not connected ,Hard-disk is not working etc..
  • Working with windows kits and benchmarking tools to validate the system.
  • Designing some basic test cases and planning the test.
  • Analyzing system boot and checking post codes.
  • Working on UEFI environments and changing boot configuration.
  • Working with different possible hardware scenario
  • Validating graphics, RAM, PCI devices and other components against the particular processor.
  • Creating BSOD manually and Collect log.
  • Working on soldering on board components like capacitor, resistor on PCB
  • Using HLK to check the compatibility of device with windows kernel.
  • How to plan different test cases and to setup the environment for the different test cases. How to raise a bug with a proper report.

Any Engineering graduate /Post Engineering graduate from Electronics or Computer Science background who have secured 60% marks throughout their academics can join this course. You should possess basic knowledge in C programming as an eligibility criteria to join this course. However if you do not know C programming, you can join our certification course and later can be upgraded to this course.

Duration of the this course is 8 weeks includes lab sessions.

Any product has to go through multiple testing before it gets released in to the market. Platform validation is one such where you will validate the PC hardware components for optimal performance and compatibility as per the specifications.

This course create an opportunity for people to get entry level position in any of the product based or service based companies, PC manufacturing companies, Mobile manufacturing companies, Engineering companies etc.

You can work as validation Engineer, System validation Engineer, Hardware Testing Engineer, platform validation engineer, pre and post silicon validation engineer etc.

Salary differs in each company based on the Technical skills and domain experience. However the average pay for a validation engineer is Rs 320,000 per year.

Our aim is to help people to get their first job by plugging the skill gap in the industry. We want to give personal attention to each of the trainee and hence we limit all our batches to maximum of 15 numbers.

We are in touch with many corporate. Our placement wing will help you with 100% placement assistance. We provide assistance for 6 months from the course completion date.

Our course fee are very competitive. Fee for this course is Rs. 20,000 + GST 18%.

Yes. You can pay in maximum of 2 installment. 50% at the time of registration and remaining 50% within month of course commencement.

Of course yes. eTech prowess provides the course completion certificates along with the key skill sets that candidates have learnt during the Training sessions.

If you refer any of your friends you will get Rs. 1000 as referral bonus per candidate