$90 - $120/hr
... gate stages, and communication buses (e.g. CAN‑FD, EtherCAT, SPI, I²C, USB). * PCB layout ... You're as comfortable with a schematic editor as you are with a soldering iron, and you understand ...
$90 - $120/hr
... gate stages, and communication buses (e.g. CAN‑FD, EtherCAT, SPI, I²C, USB). * PCB layout ... You're as comfortable with a schematic editor as you are with a soldering iron, and you understand ...
... gate, globe, ball, solenoid valves. c) Replace washer, gaskets, vacuum breakers, toilet seals. d) Work with different types of pipe including conduit, copper, black, cast iron and pipe hangers.
... gate, globe, ball, solenoid valves. c) Replace washer, gaskets, vacuum breakers, toilet seals. d) Work with different types of pipe including conduit, copper, black, cast iron and pipe hangers.
Iron Gate information
See Ohio salary details
$14.40 - $16.50
3% of jobs
$16.50 - $18.59
5% of jobs
$18.59 - $20.69
14% of jobs
$21.14 is the 25th percentile. Wages below this are outliers.
$20.69 - $22.79
14% of jobs
The median wage is $24.56 / hr.
$22.79 - $24.89
17% of jobs
$24.89 - $26.99
17% of jobs
$27.72 is the 75th percentile. Wages above this are outliers.
$26.99 - $29.09
16% of jobs
$29.09 - $31.18
8% of jobs
$31.18 - $33.28
3% of jobs
$33.28 - $35.38
1% of jobs
$35.38 - $37.48
2% of jobs
$14
$25
$37
How much do iron gate jobs pay per hour?
As of Aug 26, 2026, the average hourly pay for iron gate in Ohio is $25.45, according to ZipRecruiter salary data. Most workers in this role earn between $21.25 and $27.88 per hour, depending on experience, location, and employer.
What is an iron gate?
An Iron Gate job typically refers to the fabrication, installation, and maintenance of iron gates for residential, commercial, or industrial properties. This role often involves measuring, cutting, welding, and assembling iron materials to create custom gates or fencing. It may also include repair work, painting, and ensuring structural integrity. Workers in this field need skills in metalwork, blueprint reading, and welding techniques.
What does an iron gate worker do?
A typical day for an Iron Gate Fabricator or Installer involves reading blueprints, measuring and cutting metal components, welding parts together, and performing finishing work to ensure a smooth and attractive result. Much of the work is done in a workshop or on-site at homes and commercial properties, sometimes requiring coordination with construction teams, architects, or property owners. The role may also involve transporting completed gates and handling installation, which can include both technical and heavy lifting tasks. Teamwork, adaptability to varying job sites, and a focus on safety are key components of the daily work environment. This hands-on role offers opportunities to see the tangible results of your craft and contribute to both security and design solutions for clients.
What are the key skills and qualifications needed to thrive in the iron gate position?
To thrive as an Iron Gate Fabricator or Installer, you need strong metalworking skills, proficiency in welding, and a good understanding of construction safety protocols, often supported by a high school diploma or completion of a vocational training program. Familiarity with tools such as MIG/TIG welders, plasma cutters, and blueprint reading is essential, while certifications like AWS (American Welding Society) can be an advantage. Attention to detail, problem-solving, and effective communication are critical soft skills for ensuring precision and collaborating with clients or team members. These abilities help guarantee the quality, safety, and aesthetic appeal of custom iron gates in various residential or commercial projects.
What are the most commonly searched types of Iron Gate jobs in Ohio?
The most popular types of Iron Gate jobs in Ohio are:
What job categories do people searching Iron Gate jobs in Ohio look for?
The top searched job categories for Iron Gate jobs in Ohio are:
$90 - $120/hr
Other
Posted 8 days ago
Job description
You own the board — from first schematic to production release.
NEURA Robotics builds all kinds of robots packed with power electronics, high-speed digital interfaces, precision analog sensing, and dense mixed-signal layouts — all in the smallest possible form factor. We need someone who can take a PCBA from concept to a production-released, DFM‑compliant design and own every step in between. You'll work directly with our hardware, firmware, and mechanical engineers to bring up new boards fast and make them manufacturable at scale.
Mission & challenges-
Schematic design: Capture complex multi‑sheet schematics in Altium Designer — power stages, microcontroller & SoC support circuits, sensor interfaces (IMU, encoder, ToF, tactile), motor drive gate stages, and communication buses (e.g. CAN‑FD, EtherCAT, SPI, I²C, USB).
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PCB layout: Design 4–16 layer boards with careful attention to signal integrity, power integrity, EMC‑compliant routing, thermal management, and mixed‑signal partitioning. Experience with impedance‑controlled routing and high‑current copper pours is essential.
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Design verification: Run design rule checks (DRC/ERC), perform pre‑layout and post‑layout SI/PI simulations, and carry out formal design reviews with firmware and systems engineering teams.
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NPI and DFM: Prepare and own full manufacturing documentation — Gerber/ODB++, assembly drawings, BoM, IPC‑compliant fab notes — and work directly with PCB fabricators and PCBA contract manufacturers to qualify and release designs for series production.
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Bring‑up and debugging: Lead board bring‑up in the lab with oscilloscopes, logic analyzers, and network analyzers. Diagnose and resolve hardware issues end‑to‑end — from power rails to high‑speed digital signals.
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Component qualification: Select, specify, and qualify components; manage lifecycle risks (EOL, long lead times, second source); maintain the approved vendor list (AVL) for electronic components in close coordination with procurement.
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Prototype to series transition: Drive design iterations through DVT/PVT stages; support PCBA test development (ICT, functional test fixtures) and work with quality engineering on failure analysis and corrective actions.
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Documentation and standards: Maintain clean, revision‑controlled design data in our PDM/PLM environment; ensure compliance with relevant standards (like IPC‑2221, IPC‑7711, CE/EMC directives, RoHS/REACH).
You know boards inside out — and you thrive in fast‑moving hardware cycles.
You are a hands‑on electrical engineer with a strong focus on PCB design and a track record of taking complex boards all the way to production. You're as comfortable with a schematic editor as you are with a soldering iron, and you understand what it means to design for manufacturing, not just for function.
- Bachelor's or Master's degree in Electrical Engineering, Electronics Engineering, Mechatronics, or a comparable technical field.
- 3+ years of professional experience in PCB/PCBA design, with proven ownership of complete design cycles from schematic to production release.
- Expert‑level command of Altium Designer (schematic capture, layout, DRC/ERC, output generation) (or comparable CAD‑tools); familiarity with simulation tools is a strong plus.
- Strong experience with mixed‑signal board design: power electronics (SMPS, LDO, battery management, motor drives), high‑speed digital (DDR, SerDes, high‑frequency clocks), and sensitive analog/sensor front‑ends on the same board.
- Solid understanding of EMC design principles: grounding strategies, shielding, filtering, return path management, and pre‑compliance test methodology.
- Hands‑on DFM/DFA knowledge: panelization, via‑in‑pad, press‑fit, selective soldering, SMT/THT mixed assembly, and IPC class 2/3 requirements.
- Practical lab skills: confident with high‑bandwidth oscilloscopes, logic analyzers, spectrum analyzers, and board rework.
- Experience coordinating with PCB fabricators and EMS/CM partners — writing fab specs, managing first article inspections (FAI), and resolving DFM feedback.
- Familiarity with embedded systems context: MCU/SoC integration, boot circuits, JTAG/SWD debug interfaces, and working hand‑in‑hand with firmware engineers.
- Fluent English; good German is a strong advantage for daily collaboration.