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From Home Vex Robotics Jobs in Inman, SC (NOW HIRING)

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Experience creating and managing BOMs and sourcing components from domestic and overseas vendors. * A personal project history: home shop, CNC, robotics, a GitHub with things you actually built. We ...

Lead the development and maintenance of comprehensive automation frameworks like Playwright, Robot ... For further information, please review the Know Your Rights notice from the Department of Labor. #J ...

We maintain a safety-first culture in which CBRE employees return home in the same condition in ... Associate's or higher degree from a vocational school or college with a focus in the mechanical or ...

CVOR Registered Nurse PRN

Rutherfordton, NC · On-site

$2.2K - $3.0K/wk

... home insurance, identity theft protection, legal counseling, long-term care coverage, moving ... Time Away From Work Program (paid time off, paid family leave, long- and short-term disability ...

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From Home Vex Robotics information

See Inman, SC salary details

$71.5K

$81.7K

$99.1K

How much do from home vex robotics jobs pay per year?

As of Sep 3, 2026, the average yearly pay for from home vex robotics in Inman, SC is $81,661.00, according to ZipRecruiter salary data. Most workers in this role earn between $76,600.00 and $86,800.00 per year, depending on experience, location, and employer.

What is a from home VEX Robotics job?

From Home Vex Robotics jobs involve working remotely on tasks related to VEX Robotics, such as programming, designing, mentoring, or providing technical support for VEX competitions and educational programs. These roles may include developing robot code, assisting students or teams virtually, creating instructional content, or troubleshooting hardware and software issues. Remote VEX Robotics jobs allow individuals to contribute to STEM education and robotics innovation from their own location, often using online collaboration tools and platforms.

What are the key skills and qualifications needed to thrive as a VEX Robotics remote instructor?

To thrive as a VEX Robotics Remote Instructor, you need a strong background in robotics, engineering concepts, and programming, often supported by a degree in STEM fields or relevant certifications. Familiarity with VEX Robotics platforms, programming languages like RobotC or VEXcode, and online teaching tools is essential. Excellent communication, problem-solving abilities, and the capacity to engage and motivate students remotely are standout soft skills. These competencies ensure effective instruction, foster student learning, and enable smooth delivery of interactive robotics education from home.

What are some common challenges faced by remote VEX Robotics instructors and how can they be addressed?

Remote VEX Robotics instructors often encounter challenges such as ensuring student engagement, providing effective hands-on guidance, and troubleshooting technical issues virtually. To address these, instructors can incorporate interactive tools, schedule regular video check-ins, and use screen sharing to walk students through programming or troubleshooting tasks. Establishing clear communication channels and sharing detailed instructional materials also help maintain a productive and collaborative remote learning environment.

What is the difference between From Home Vex Robotics vs From Home Robotics Technician?

AspectFrom Home Vex RoboticsFrom Home Robotics Technician
CredentialsHigh school diploma or equivalent; VEX certification often preferredHigh school diploma or equivalent; technical certifications beneficial
Work EnvironmentRemote, primarily working on robotics projects, programming, and troubleshootingRemote or on-site, focusing on repairing, maintaining, and testing robotics systems
Industry UsageEducational robotics, competitions, STEM programsManufacturing, automation, and robotics service industries

From Home Vex Robotics typically involves designing, programming, and competing with VEX robotics kits remotely, often in educational settings. In contrast, From Home Robotics Technician focuses on maintaining and repairing robotics systems, usually in industrial or manufacturing contexts. Both roles require technical skills but differ in industry focus and daily tasks.

What job categories do people searching From Home Vex Robotics jobs in Inman, SC look for?

The top searched job categories for From Home Vex Robotics jobs in Inman, SC are:

What cities near Inman, SC are hiring for From Home Vex Robotics jobs?

Cities near Inman, SC with the most From Home Vex Robotics job openings:

Infographic showing various From Home Vex Robotics job openings in Inman, SC as of August 2026, with employment types broken down into 71% Full Time, and 29% Part Time. Highlights an 94% In-person, and 6% Remote job distribution, with an average salary of $81,661 per year, or $39.3 per hour.

Mechanical Engineer/ Systems Engineer

Sttark

Greenville, SC • On-site

$80K - $95K/yr

Full-time

Medical, Dental, Vision, Life, Retirement, PTO

Posted 27 days ago

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Job description

Title

Mechanical Engineer/ Systems Engineer

The Role

We build our own manufacturing machines. Not just specify them, not just improve them: we design, fabricate, wire, program, and commission custom production equipment in-house, and we're looking for an engineer who wants to own that entire loop.

In this role, on any given week, you might be designing a roller retaining mechanism in CAD, wiring servo drives to Modbus TCP, debugging Python automation code on a Raspberry Pi, machining a bracket you designed that morning, or building the BOM and chasing vendor deliveries for a ground-up machine build. If that range sounds energizing rather than unfocused, keep reading.

As a member of our Manufacturing Technology team, you'll take projects from concept through design, first build, testing, validation, and production implementation. You'll serve as a technical resource for Production and Operations, investigating problems with data and instrumentation, performing root cause analysis, and driving practical, long-term solutions. You'll work alongside engineers building software-defined manufacturing systems, and you'll be expected to hold your own on both sides of the mechanical/software line.

Fantastic benefits, including a 7% 401(k) match, generous PTO, competitive pay, and multiple health benefit options, make our overall compensation among the best for this role.

What You'll Own

  • Contribute to ground-up custom machine builds: own subassemblies from CAD through BOM creation, part procurement, vendor follow-up, assembly, wiring, and commissioning.
  • Design and improve custom manufacturing equipment, tooling, fixtures, and machine components in CAD (we use Onshape).
  • Wire and integrate sensors, encoders, servo drives, and I/O; bring new instrumentation onto machines to expose problems before they become downtime.
  • Write and debug Python automation code running on embedded controllers; collaborate with software engineers through Git and pull requests.
  • Perform root cause analysis using data: add logging and metrics to machines rather than relying on observation alone, and implement fixes that stay fixed.
  • Support production during first builds, startup, and ongoing operations, troubleshooting mechanical, electrical, and software issues wherever they surface.
  • Drive continuous improvement in equipment reliability, throughput, quality, and operator experience.
  • Coordinate machine installations, upgrades, and relocations, and keep engineering documentation current.

Required Skills

  • Bachelor's degree in Mechanical, Mechatronics, or Robotics Engineering, or equivalent demonstrated experience building real machines.
  • Strong CAD experience with the ability to create detailed mechanical designs and manufacturing drawings.
  • Working proficiency in Python: you can write, debug, and instrument machine automation code, use Git, and read someone else's code to find the problem.
  • Comfort with industrial electrical work: wiring sensors, encoders, servo drives, and 24V I/O; reading schematics; fieldbus protocols (Modbus TCP or similar) and embedded controllers (Raspberry Pi, Arduino, PLC-class devices).
  • Ability to fabricate and assemble your own designs: machining, hand tools, mechanical assembly, and installation work in a live production environment.
  • Experience supporting first builds, equipment validation, troubleshooting, and production implementation.
  • Ability to perform root cause analysis and implement practical, durable solutions to equipment and process challenges.

Preferred Qualifications

  • Experience taking a machine or major subsystem from concept through first build and validation.
  • Experience with machine vision, motion control, or software-integrated manufacturing systems.
  • Experience creating and managing BOMs and sourcing components from domestic and overseas vendors.
  • A personal project history: home shop, CNC, robotics, a GitHub with things you actually built. We notice.

Personal Qualities

  • Takes ownership of projects and follows through to completion.
  • Exhibits excellent judgment and sound decision-making under production pressure.
  • No task is beneath the mission: one week you're designing a waste-handling mechanism, the next you're automating the building's HVAC or listing surplus equipment for sale.
  • Open-minded, adaptable, and eager to learn new technologies.
  • Results-oriented with a commitment to quality, simplicity, and speed.
  • Wants to have fun at work.

Our Hiring Process

  • Apply online, carefully answering all of the questions you are asked
  • Attend a 10-minute video call meet and greet
  • Attend a 60-minute in-person tour and interview discussion
  • Get hired