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Jtag Jobs (NOW HIRING)

Identify internal I/O ports on the device (UART, JTAG, etc. on the PCB) * Identify internal chips on the PCB (CPU, RAM, flash memory, radios, etc.) * Interface with low-level communications (UART ...

Baseboard Management Controller, BMC, Software Stack, OpenBMC, Programming, JavaScript, Shell Scripting, Python, C, C++, I2c, I3c, JTAG, SPI, eSPI, UART, PCIe, Source version control systems, Git ...

JTAG insertion and connectivity * High-speed analog/mixed signal IP integration * Execute DFT verification, debug, and DFT DRC closure * Identify, debug, and resolve DFT rule violations at both block ...

JTAG and HS Analog/mixed signal IP IOBIST integration * ATPG pattern generation and coverage analysis * Proven ability to resolve DFT DRCs, connectivity issues, and testability problems * Strong TCL ...

Proficiency in debugging embedded software systems and familiarity with JTAG and ETM Trace tools.Proficient in Python and shell scripting. Excellent problem-solving and analytical thinking skills.

Staff Embedded Software Engineer

Boston, MA · On-site

$142.90K - $187.90K/yr

Debug and troubleshoot embedded systems using tools such as GDB, JTAG, and logic analyzers. * Participate in customer engagements to gather requirements and usability criteria. Qualifications * BS ...

Skilled in debugging embedded software systems and familiarity with JTAG and ETM Trace tools.Skilled in Python and shell scripting. Good problem-solving and analytical thinking skills. Debugging ...

DFT concepts (Scan, ATPG, MBIST, JTAG) * Digital design fundamentals * Hands-on experience with: * SystemVerilog and UVM * Simulation tools such as VCS, Xcelium, or Questa Preferred Skills

... I3c, JTAG, SPI, eSPI, UART, PCIe expected · Proficient with Source version control systems like Git, Review tools like Gerrit · Working knowledge of Linux Kernel programming and Linux driver ...

... JTAG, SPI, eSPI, UART, PCIe expected Proficient with Source version control systems like Git, Review tools like Gerrit Working knowledge of Linux Kernel programming and Linux driver development ...

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Jtag information

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$154

How much do jtag jobs pay per hour?

As of May 31, 2026, the average hourly pay for jtag in the United States is $85.94, according to ZipRecruiter salary data. Most workers in this role earn between $67.07 and $93.99 per hour, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive as a JTAG (Joint Test Action Group) Engineer, and why are they important?

To thrive as a JTAG Engineer, you need a solid background in electronics engineering, digital circuit design, and familiarity with boundary scan testing principles, often supported by a degree in electrical engineering or a related field. Proficiency with JTAG debugging tools, boundary scan software (such as XJTAG or JTAG Technologies), and knowledge of relevant standards (IEEE 1149.x) is essential. Strong analytical thinking, problem-solving abilities, and clear technical communication help you diagnose and resolve hardware issues effectively. These skills ensure accurate testing, efficient debugging, and reliable product development in electronics manufacturing and design environments.

What are some common challenges encountered when working as a JTAG engineer, and how can they be addressed?

JTAG engineers often face challenges such as debugging complex hardware-software interactions, handling signal integrity issues, and ensuring compatibility between different devices and test tools. Effective troubleshooting requires a strong understanding of both digital systems and the specifics of the JTAG protocol. Collaborating closely with hardware designers, firmware engineers, and test teams is crucial for quickly identifying and resolving issues. Staying current with industry standards and using advanced debugging tools can also help overcome these challenges.

What are JTAG engineers?

JTAG engineers are professionals who specialize in using the Joint Test Action Group (JTAG) standard, also known as IEEE 1149.1, for testing, debugging, and programming electronic circuits and devices. They are responsible for developing test procedures, troubleshooting hardware issues, and ensuring the integrity of circuit boards during manufacturing and development. JTAG engineers work with specialized tools and software to access embedded devices, verify chip functionality, and facilitate communication between components. Their expertise is essential in industries such as electronics manufacturing, embedded systems, and hardware design.

What are the benefits of JTAG?

For a JTAG technician or engineer, the benefits include efficient debugging and testing of electronic devices through standardized boundary scan protocols, which can reduce troubleshooting time and improve product quality. Familiarity with JTAG tools and protocols enhances diagnostic accuracy and supports compliance with industry standards.

What is the difference between Jtag vs Test Technician?

AspectJtagTest Technician
Required CredentialsTypically certifications in electronics or hardware testing, some may have JTAG-specific trainingOften holds certifications in electronics, testing, or quality assurance
Work EnvironmentHardware development labs, manufacturing facilities, electronics testing environmentsManufacturing plants, quality control labs, electronics assembly lines
Industry UsageUsed for debugging, programming, and testing hardware via JTAG interfacePerforms testing, troubleshooting, and quality checks on electronic products

Jtag specialists focus on hardware testing and debugging using JTAG interfaces, while Test Technicians perform broader testing and quality assurance tasks. Both roles require electronics knowledge, but Jtag roles are more specialized in hardware debugging techniques.

More about Jtag jobs
What states have the most Jtag jobs? States with the most job openings for Jtag jobs include:
Infographic showing various Jtag job openings in the United States as of May 2026, with employment types broken down into 90% Full Time, and 10% Contract. Highlights an 92% Physical, 4% Hybrid, and 4% Remote job distribution, with an average salary of $178,751 per year, or $85.9 per hour.

Other

Posted 20 days ago


Job description

IoT Product Penetration Testing

Onsite Anywhere Across the USA

6+ Months

Job Description:

  • Perform OSINT against the target device, such as reviewing the vendor website or FCC filing information
  • Analyze network services listening on the system
  • Identify external I/O ports on the device (USB, Ethernet, etc.)
  • Safe device disassembly, and familiar with tamper-evident controls
  • Identify internal I/O ports on the device (UART, JTAG, etc. on the PCB)
  • Identify internal chips on the PCB (CPU, RAM, flash memory, radios, etc.)
  • Interface with low-level communications (UART, JTAG, SPI, I2C, etc.)
  • Acquire/extract and analyze firmware packages
  • Identify hard-coded credentials on the system
  • Understanding of Secure Boot and firmware signing
  • Analyze the device boot sequence, interrupt the boot process, and change boot parameters or boot external media
  • Conduct network Man-in-the-Middle attacks to analyze inbound/outbound communications
  • SSL validation attacks (improper certificate validation, etc.)
  • Analyze and attack 802.11 WiFi and BLE communications
  • Privilege escalation techniques on the device OS
  • Chain vulnerabilities together to show impact of a compromised device to the client
  • Document the findings observed, attack scenarios performed, and associated risks
  • Consultant must have their own tools/hardware for these skills; we do not have any extras that we can loan out

These skills would be bonus, but not required:

  • Familiar with modern DMA attacks (via PCI, M.2, etc.)
  • Experience with TPM and attacks against Full Disk Encryption
  • Familiar with reverse engineering of embedded binaries
  • Familiar with WebApp API testing
  • Familiar with ZigBee wireless communications and attacks
  • Experience interfacing with CAN-BUS networks
  • Ability to solder, analyze UART and JTAG lines, and repair removed functionality (UART, JTAG, etc.)
  • Ability to remove ICs from the PCB and interface with them directly (CPU, flash memory, etc.)