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Scpi Python Jobs in Litchfield, NH (NOW HIRING)

Symbotic

Sr. Test Engineer (Electrical)

Wilmington, MA · On-site

$117K - $153K/yr

Develop andmaintainautomated test software and frameworks (Python preferred) for instrument control ... Familiarity with SCPI-based instrument control and automated validation frameworks. * Experience ...

BAE Systems

Eng II - SW

Nashua, NH · On-site

$79K - $134K/yr

Design, develop, and test Python applications that integrate with BAE's existing infrastructure and ... Experience with SCPI and test instrument communication * Excellent problem-solving skills, with the ...

Symbotic

Sr. Test Engineer (Electrical)

Wilmington, MA · On-site

$117K - $153K/yr

Develop and maintain automated test software and frameworks (Python preferred) for instrument ... Familiarity with SCPI-based instrument control and automated validation frameworks. * Experience ...

All JobsScpi Python JobsScpi Python Jobs in Litchfield, NH

Scpi Python information

See Litchfield, NH salary details

$13

$60

$88

How much do scpi python jobs pay per hour?

As of Jul 11, 2026, the average hourly pay for scpi python in Litchfield, NH is $60.02, according to ZipRecruiter salary data. Most workers in this role earn between $49.47 and $68.17 per hour, depending on experience, location, and employer.

What are SCPI Python developers?

SCPI Python developers are professionals who specialize in using Python to communicate with and control instruments that support the Standard Commands for Programmable Instruments (SCPI) protocol. They write scripts and software to automate testing, data collection, and instrument management in research, engineering, or manufacturing environments. Their expertise includes understanding both the SCPI command set and how to use Python libraries, such as PyVISA, to interface with various test and measurement devices.

What are some common challenges faced by SCPI Python developers when integrating with legacy systems?

SCPI Python developers often encounter challenges when integrating modern Python-based solutions with legacy systems that use the Standard Commands for Programmable Instruments (SCPI) protocol. Issues may include communication mismatches, lack of up-to-date documentation, and handling diverse instrument response formats. Overcoming these typically involves writing custom Python wrappers, rigorous testing with physical instruments, and close collaboration with hardware engineers to ensure seamless data exchange. Familiarity with both Python libraries (such as PyVISA) and SCPI command structures is crucial for success.

What is the difference between Scpi Python vs Test Automation Engineer?

AspectScpi PythonTest Automation Engineer
Required credentialsPython programming, SCPI command knowledgeProgramming skills, testing frameworks, scripting
Work environmentLaboratories, hardware testing labs, embedded systemsSoftware testing environments, development teams
Industry usageElectronics, instrumentation, measurementSoftware development, quality assurance

While both roles involve scripting and technical skills, Scpi Python specialists focus on controlling and automating test equipment using SCPI commands with Python, primarily in hardware and measurement environments. Test Automation Engineers develop comprehensive testing frameworks for software products, often using various scripting languages. The roles overlap in scripting expertise but differ in application focus and industry context.

What are the key skills and qualifications needed to thrive as an SCPI Python Developer, and why are they important?

To excel as an SCPI Python Developer, you need strong programming skills in Python, deep understanding of the Standard Commands for Programmable Instruments (SCPI) protocol, and a background in electrical engineering or a related field. Familiarity with instrument control libraries (such as PyVISA), test automation frameworks, and experience with oscilloscopes, multimeters, or similar lab equipment is often required. Analytical thinking, problem-solving abilities, and effective communication are soft skills that help developers troubleshoot complex instrument interactions and collaborate with engineering teams. These skills ensure reliable automation, efficient device integration, and accurate data acquisition in laboratory and testing environments.
Scpi Python jobs near you
Senior Electrical Validation Engineer, Robotic Systems

Senior Electrical Validation Engineer, Robotic Systems

Symbotic

Wilmington, MA • On-site

$125K - $171K/yr

Other

Posted 11 days ago

Job description

Why this matters

If you thrive on turning ambiguous failures into crisp root causes and love building automation that scales across factories, you’ll help Symbotic’s AI-powered robots move consumer goods faster and smarter through a fully automated supply chain.

Is this you?
  • Do you enjoy crafting PCBA and interface-board designs that anchor reliable production test?
  • Can you bring up new hardware—component selection, reviews, rework, and debug—without skipping a beat?
  • Are you comfortable architecting power distribution, relay/mux networks, signal conditioning, DAQ, and instrumentation into cohesive test systems?
  • Do you write clean Python to control instruments, execute tests, log data, and drive diagnostics?
  • Will you grab an oscilloscope, logic analyzer, DMM, or power analyzer and isolate a tricky failure at board or system level?
  • Can you lead deployments at internal sites and CMs, lift yields, and own failure analysis end-to-end?
  • Do you turn production and field data into better coverage, higher reliability, and faster factories?
  • Will you define NPI strategies, validation plans, and manufacturing test requirements that scale?
  • Can you rally Electrical, Firmware, Software, Mechanical, and Manufacturing peers around a shared solution?
  • Do you enjoy mentoring and setting a high bar for debugging discipline and engineering best practices?
What you’ll tackle
  • Lead test and validation for complex robotic/electromechanical products from concept to production deployment.
  • Own timelines, deliverables, and readiness checkpoints for fixture and system rollouts.
  • Continuously harden test architecture, improve fixture reliability, and deepen automation.
What you bring
  • BS in Electrical Engineering (or equivalent) and 8+ years in hardware design, manufacturing test, or system validation.
  • Proficiency with schematic capture and PCBA design (Altium or similar).
  • Hands-on mastery of bring-up, soldering/rework, and component-level debugging.
  • Expertise in analog/digital circuits, power electronics, SI, grounding, EMI/noise, and protection circuits.
  • Comfort with oscilloscopes, DMMs, programmable supplies, electronic loads, logic analyzers, and DAQ systems.
  • Experience building fixtures with relays, multiplexers, interface boards, and automated measurement systems.
  • Python (or similar) for automation and production diagnostics.
  • Experience supporting manufacturing and collaborating directly with CMs.
  • Protocol know-how: CAN, UART, SPI, I2C, Ethernet plus debugging tools.
  • Data logging, database integration, analytics of test results, and failure trend analysis.
  • Background with embedded systems, sensors, motors, or electromechanical products.
  • Leadership in technical projects, execution ownership, and mentoring; clear communication and organization.
Nice-to-have boosts
  • Robotics/automation or high-volume manufacturing experience.
  • SCPI-based instrument control; automated validation frameworks.
  • Production diagnostics, reliability testing, and robust root-cause methodologies.
  • Manufacturing processes awareness, fixture ergonomics, and DFT principles.
Travel and logistics
  • Up to 20% travel may be required. Employees must have a valid driver’s license and the ability to drive and/or fly to client and other customer locations.
Key proficiencies
  • Electrical Schematics
  • PCB Assembly (Printed Circuit Board Assembly)
About Symbotic

We’re a robotics and AI company reinventing warehouse automation with a high-density, end-to-end system where intelligent software orchestrates advanced robots for breakthrough efficiency, speed, and flexibility.