A machinist makes the part nobody else in the building can make, sometimes from a print and sometimes from a broken original sitting on the bench. In a general job shop you might turn a shaft on a manual lathe in the morning and prove out a program on a CNC mill after lunch. This day follows a machinist in a small shop where most jobs are one piece or a handful, and the plan changes before noon.
You clock in and check the job board outside the foreman's office. First up is a pump shaft for a repair customer, one piece, due by end of day. You read the print twice: the material callout, the fits on the bearing journals, and whether there's a heat treat step that means leaving grind stock. Then it's over to the rack to cut a length of bar on the bandsaw, a little long so you can face both ends clean.
The bar goes in the chuck, you face it, center drill it, and bring up the tailstock. Most of the morning is roughing, then sneaking up on the bearing diameters with light passes and stopping to mike each one. On a single part there's no second piece to dial in on, so you leave a little extra and measure more often than feels necessary. The keyway goes on the knee mill later, with the shaft clamped in V-blocks and indicated straight.
A maintenance tech from a customer's plant walks in holding a cracked bronze bushing. Their line is stopped and there's no drawing. You measure what's left of it, sketch it on the back of a traveler, and ask what it rides on so you can guess at the worn surfaces. The pump shaft goes back on the rack half-finished. The foreman still wants both parts out the door today, and that's your problem to sort out.
With the bushing handed over, you set up a batch of aluminum brackets on the vertical machining center. The programmer already posted the program from Mastercam, so your job is the setup. You indicate the vise, touch off each tool, set the work offset, and single-block the first part with your hand near feed hold. The first piece goes to the surface plate for a check with the height gauge and pin gauges before you let the rest run.
While the brackets run, you go back and finish the pump shaft, cut the keyway, and break every edge. You write the actual measured sizes on the traveler so inspection doesn't have to guess. Then comes the part nobody posts about: chips out of the lathe ways, oil on the slides, tools back in the drawer. Before you leave, you tell the second-shift guy where the bracket run stands and which insert is getting close to done.
When a posting just says machinist, with no CNC in front of it, the shop often wants someone who can run manual machines as well as programmed ones. That usually means a job shop, a repair shop, a mold or tool room, or a maintenance department at a plant. The work leans toward short runs, repair parts, and figuring things out from a worn sample. You'll be judged less on how fast you can load a machine and more on whether the one part you made fits the first time. A shop running the same part all week on a row of CNC lathes will usually call the job CNC machinist or operator instead. It will also care less about your manual skills.
This is the slow, solid route, and it's the one the old hands respect most. You work in a shop under a journeyman during the day and take related classes in shop math, blueprint reading, and metallurgy at night or on release days. You get paid while you learn, and at the end you hold a journeyworker card that other shops recognize. Openings are competitive, so apply to more than one and show up to the interview having read a print before.
A good program puts you on manual lathes and mills in the first term, then moves you to CNC and some CAM. Shops like these graduates because they've already made chips and know not to wear gloves near a spinning chuck. Look for a program with a lot of lab hours and ask whether it offers NIMS credentials, since some shops ask about them. You'll still start near the bottom of the shop, but you'll move faster.
Plenty of machinists started by deburring parts, running a saw, or loading a CNC machine. The trick is to make yourself useful to the machinists around you. Ask to help on setups, learn to use a micrometer properly, and take a print home to study. A shop that sees you trying will usually put you on a manual machine for simple work, and that's where the real title starts.
1% of openings are fully remote.
$44,400 – $74,000
Typical range in the 9 of the newest 60 postings that list pay.
For a general machinist job, yes. Manual lathes and mills teach you what a cut feels like, how to indicate a part, and how metal moves when it heats up. Job shops and repair shops still reach for the manual machines for one-off parts because setting up a program would take longer than just making the part. Even shops that are mostly CNC like a machinist who can knock out a quick fixture or fix a part by hand.
Usually not. Machining isn't a licensed trade in the way electrical or plumbing work is. What you'll see instead are credentials, like a journeyworker card from a registered apprenticeship or NIMS certificates, and shops treat those as proof you've been trained. Some defense and aerospace shops add their own requirements for the paperwork and inspection side, so read the posting closely.
It can be. You're on your feet most of the day, lifting stock and chucks, and bending over machines to see the cut. Hot chips, coolant on your skin, and noise are part of it, so safety glasses, good boots, and hearing protection aren't optional. People who last take care of their back and don't skip the guards.
HeroApply applies to them for you, so you can keep doing the job you have.