Hardware engineering course

What do computer hardware engineers mainly study?

1, proficient in computer software and hardware, installation, debugging and networking of peripheral products;

2. University degree or above, relevant work experience is preferred.

As a hardware engineer, you need both reliable hardware knowledge and good software knowledge. Now with the update of equipment, the requirements for software are getting higher and higher.

Learn and master the basic knowledge of motherboard chip-level maintenance, instrument use and welding technology, be familiar with motherboard failure phenomena and maintenance methods, be familiar with various detection methods and device replacement principles of motherboard maintenance, have the ability to analyze and solve problems, and be able to repair common motherboard failures.

① Hardware Technology Engineer Course

Learn and master the basic knowledge of microcomputer hardware and PC assembly technology of the system, be familiar with the performance of various products in the market, understand the connotation of various hardware terms, be able to make configuration tables according to customer needs, and independently complete assembly and system installation.

② Hardware Maintenance Engineer Course

Learn and master the basic knowledge of microcomputer hardware and PC assembly and maintenance technology of the system, be familiar with the manifestations and judgment methods of various hardware faults, be familiar with various PC operating systems and commonly used software, have the ability to analyze problems, be able to formulate detailed daily maintenance and technical support technical books, and track and implement accepted maintenance projects.

③ Hardware Maintenance Engineer Series Course

Learn and master in-depth computer hardware structure and electrical knowledge of digital products, operating procedures for component maintenance, skillfully use various testing and maintenance tools, have problem analysis ability, and be able to locate and eliminate hardware faults. Hardware maintenance training is conducted in modules, including mainboard, monitor, external storage, printer and notebook computer maintenance courses.

④ Hardware test engineer

Learn and master the hardware structure, application technology and product performance of hardware products, skillfully use various software and hardware testing tools, be able to independently build software and hardware testing platforms, evaluate products and write product testing reports.

⑤ Hardware design engineer

Learn and master the standards and specifications of IC design, circuit design and PCB wiring, and skillfully use various simulators and PCB wiring software to reach the level of analysis and debugging.

What courses do hardware test engineers need to prepare

It seems that I really want to get ahead and find the direction, but I feel confused and don't know where to start. I can understand this feeling.

Preparatory courses: advanced algebra, analog circuits, digital circuits, circuit theory, signals and systems. It can be said that this is the least "formula"!

Wish you success!

Now I am studying hardware and embedded system. What courses do hardware engineers need to take?

Analog electricity and digital electricity, these are the foundations, and it is good to be proficient in learning. For programmers who have just gone out to develop, the main thing is to understand the schematic diagram and simply analyze the circuit on the hardware. They will build some simple debugging circuits, buy multimeters, DC regulators and soldering irons, and test more circuit boards. Generally, the hardware and software of slightly larger companies are made separately.

What do you need to learn to be a hardware engineer?

There are many kinds of hardware engineers, generally speaking, they need to be proficient in computer software and hardware, installation, debugging and networking of peripheral products. As a hardware engineer, you need reliable hardware knowledge and good software knowledge, master the basic knowledge of motherboard chip-level maintenance, the use of instruments and welding technology, be familiar with motherboard failure phenomena and maintenance methods, be familiar with various detection methods and equipment replacement principles of motherboard maintenance, have the ability to analyze and solve problems, and be able to repair common motherboard failures.

The following are the knowledge and skills that hardware engineers in different positions need to master:

① Hardware Technology Engineer Course

② Hardware Maintenance Engineer Course

③ Hardware Maintenance Engineer Series Course

④ Hardware test engineer

⑤ Hardware design engineer

Nowadays, hardware design engineers and hardware test engineers are more popular and have higher salaries, which is really difficult to learn. Self-study is difficult to be qualified for these positions, unless you are engaged in industry-related work, have the opportunity to learn in practice, and then take an authoritative certification of a related major by virtue of your personal ability, and make continuous supplementary learning for a long time, in order to become a successful hardware engineer.

What knowledge do hardware engineers need to learn?

Hardware engineers need to learn circuit, analog electronic technology, digital electronics, C language, embedded, electromagnetic field, single chip microcomputer, microcomputer principle, electronic circuit design, data structure, high number and other knowledge. Mainly includes the following contents:

1, application of discrete devices;

It mainly includes resistors, capacitors, inductors, magnetic beads, diodes, triodes, MOS tubes, transformers, optocouplers, relays, connectors, RJ45, optical modules (1*9, SFP, SFF, XFP, etc. ) and protection devices, such as TVS tubes, varistors, discharge tubes, fuse tubes, thermistors, etc.

2. Use of logic devices, hardware programming, use of language and software, application and matching of logic levels, etc.

3. Design and application of power supply;

It mainly includes the design principle of DC/DC and LDO power supply chips, the selection of components and the power supply index parameters during design;

4. Time sequence analysis and design;

It mainly includes timing analysis and design in logic devices and timing analysis and design in memory.

5. Knowledge of reset and clock;

It mainly includes the design of reset circuit, the principle, design and analysis of crystal and crystal oscillator, and the main parameters of clock.

6. Application of memory;

It mainly includes eeprom, flash, SDRAM, DDR23 and other knowledge, principle, selection, circuit design and debugging.

7. Minimum knowledge of CPU system;

Understand the CPU architecture of ARM, POWERPC and MIPS, mainly to master the circuit design of the smallest system.

8. Public transport knowledge;

Including various high-speed buses-PCI, PCIE, USB, and some intercommunication buses such as SGMII, GMII and RGMII, and low-speed buses such as uart, I2C, SPI, GPIO, Local Bus and JTAG.

9. EMC and safety knowledge;

Including various tests, indicators, the application of various protective devices, methods to solve problems, etc.

10, thermal design, derating design;

1 1, PCB process, layout, manufacturability and testability design;

12, exchange knowledge;

Including chip knowledge, working principle of MAC and PHY, circuit design and debugging, and various switching interfaces. It can also include some software knowledge, such as VLAN, spanning tree protocol, broadcast, multicast, port aggregation and other switching functions.

13, PoE power supply knowledge;

Including PoE principle, circuit design, testing, debugging and other knowledge.

14, 1588 and synchronous Ethernet;

Including synchronous timing principle, circuit design, testing and debugging.

15, knowledge of PI and SI;

16, test knowledge, oscilloscope use, etc.

Require hardware engineers to be familiar with the computer market; Make a computer assembly plan; Be able to choose and buy hardware equipment needed for assembly, and be able to reasonably configure and install computers and peripheral equipment; Install and configure computer software systems; Maintain hardware and peripherals, and clearly describe computer hardware and software failures.

Definition of occupation:

1, computer software and hardware installation and debugging;

2. Network installation and debugging based on TCP/IP protocol:

3. Installation and debugging of peripheral products.

Occupation category:

Hardware technical engineer course

2. Hardware Maintenance Engineer Course

3. Hardware Maintenance Engineer Series Course

4. Hardware test engineer

5. Hardware design engineer

Hello, what knowledge does a "hardware engineer" need to learn? If there are related video tutorials, please recommend them. Thank you.

//Dong Xi/

Download the video yourself

It depends on what you want to do. The basics are circuit modeling and electricity, as well as drawing software cadence or ad, simulation software and so on. Specifically, if you want to be a power engineer, you should look at power correlation, and RF engineers should look at RF microwaves and so on. ...

Hardware engineer course

It seems a lot. ....

I remember reading it online ... if you look for it, you should be able to find it. ....

What courses do you need to take to become a qualified hardware test engineer?

Hardware test engineer requirements

1, computer related major, good English reading and writing, great interest in hardware, usually pay more attention to this aspect;

2. Master the hardware structure, application technology and product performance of hardware products;

3. Proficient in using various software and hardware test tools, able to independently build software and hardware test platforms, evaluate products and write product test reports;

4. Relevant experience (system testing experience of computer complete machine or accessories manufacturer), proficient in the underlying technology of PC hardware;

5, master the basic knowledge of motherboard chip-level maintenance, instrument use and maintenance welding technology, familiar with motherboard fault phenomena and maintenance methods, familiar with various detection methods and device replacement principles of motherboard maintenance;

Hardware engineering course

There are many kinds of courses for hardware engineer training, which vary from place to place.

The hardware range is too wide.

Component foundation? Circuit design? Cartography? Single chip microcomputer?

Power supply? High frequency? Communication? PC？ ......

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