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Why manufacturing employees leave and how to understand why
Operators, technicians and supervisors leave for reasons that sit in shifts, skills and supervision. How to ask, read the pattern by shift and act on it.
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CNC Machining and Precision Engineering · 5-Axis Machining Shops
HR for 5-Axis Machining Shops: Programmers, Simulation and Scarce Skill
A 5-axis shop makes complex parts such as impellers, aerospace brackets and mould inserts where one error wastes costly material. It lives on a handful of programmers and operators who are very hard to replace.
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Share your requirementsA 5-axis machining shop cuts complex shapes in one or two set-ups on machines that move the tool and the part along five axes. Typical work includes blades, impellers, housings, medical parts, mould inserts and aerospace brackets in exotic alloys. Programming is done in CAM software, checked in simulation and proved with a slow first run. A crash or a bad cut can destroy a part that took days to make. A small team carries the know-how: a lead programmer, a senior machinist and an inspector who works on a coordinate measuring machine. Jobs are low in volume and high in value, and customers ask for detailed traceability on how a part was made. See also HR for manufacturing.
- Plan
- Hire
- Onboard
- Manage
- Develop
- Perform
- Engage
- Retain
- Exit
- Improve
When HR is weak in 5-axis machining shops, you may see
- Very few people can program and prove a complex part
- Mistakes are very expensive
- Training takes years and costs scrap
- Operators and programmers do not talk the same language
- Poaching is constant
- Low-volume work makes pay hard to link to output
These are the places the people side of this kind of business tends to give way. The rest of this page works through them.
Who does the work in 5-axis machining shops
HR here has to work for each of these groups, not only the office. The set-up below is written with all of them in mind.
- CAM programmers
- 5-axis machinists
- Simulation and process planners
- Fixture and workholding specialists
- CMM programmers and inspectors
- Tool and holder room staff
- Material and traceability clerks
- Shop supervisors
- Maintenance engineers
Where HR strains in 5-axis machining shops
Very few people can program and prove a complex part
The business may depend on two programmers, and the trial runs that make them useful also make them hard to replace.
Mistakes are very expensive
A collision or a misread offset costs material, machine time and a delayed delivery, so nervous operators slow down.
Training takes years and costs scrap
A new machinist needs long supervised time on live parts, and the senior person who teaches also loses output.
Operators and programmers do not talk the same language
Programmers design a toolpath that the machinist finds hard to run, and feedback from the floor goes unrecorded.
Poaching is constant
Larger firms with aerospace and medical work look for the same few people, and an offer can arrive through a former colleague.
Low-volume work makes pay hard to link to output
Jobs are few, long and different, so piece rates do not work and bonuses need to rest on quality and delivery.
HR topics for 5-axis machining shops
Start with the topics that matter most here: Retention and Attrition Management; Career and Succession Management; Compensation, Payroll and Benefits. Then work through the rest. Each topic is written for manufacturing, not in general.
Retention and Attrition Management
Who leaves, when, why — and which of them mattered.
Career and Succession Management
Named backups for the roles that cannot be vacant.
Compensation, Payroll and Benefits
Salary structure, payroll inputs and a month that closes on time.
HR Strategy and Workforce Planning
How many people, in which roles, by when — and what they will cost.
Organisation Design
Structure, reporting lines and who is allowed to decide what.
Recruitment and Talent Acquisition
Requisition to joining, the same way every time.
Onboarding and Probation
A first day that is the same for the fifth joiner as the first.
Employee Administration
Records, attendance, leave and the day-to-day HR that must simply work.
Performance Management
Goals, reviews and ratings that hold up in a conversation.
Learning and Development
Training planned from need rather than from the calendar.
Employee Engagement and Experience
Communication, recognition and the conditions people actually work in.
Employee Relations
Two routes — one for complaints, one for conduct — kept separate.
Policies, Compliance and Governance
Policies a manager can apply, and obligations with owners and dates.
Health, Safety and Wellbeing
Induction, records, incident reporting and follow-through.
Exit and Alumni Management
Resignation to relieving letter, in a defined order.
HR Technology and Automation
Records that survive people, and approvals that do not queue.
HR Analytics and Management Reporting
A short monthly pack management actually reads.
HR Operations and Governance
An HR function that runs the same way every month.
What a working HR set-up looks like
The pieces a 5-axis machining shops business puts in place, in an order that makes each easier. Open any card for the detail.
Define a skill ladder for 5-axis work
From three-axis machinist to supervised 5-axis operator to independent programmer, with proof such as a supervised first-off.
What this coversHide
Define a skill ladder for 5-axis work
From three-axis machinist to supervised 5-axis operator to independent programmer, with proof such as a supervised first-off.
What this coversHideFrom three-axis machinist to supervised 5-axis operator to independent programmer, with proof such as a supervised first-off. Anchor pay to it through compensation benchmarking.
Set up a programmer and machinist review after each new part
A short meeting of programmer, machinist and inspector, with notes kept in the job file.
What this coversHide
Set up a programmer and machinist review after each new part
A short meeting of programmer, machinist and inspector, with notes kept in the job file.
What this coversHideA short meeting of programmer, machinist and inspector, with notes kept in the job file. See performance management for a lightweight method.
Build a learning path with the senior machinist
A fixed list of skills, time on simulation, supervised runs and a sign-off, with the senior recognised for teaching.
What this coversHide
Build a learning path with the senior machinist
A fixed list of skills, time on simulation, supervised runs and a sign-off, with the senior recognised for teaching.
What this coversHideA fixed list of skills, time on simulation, supervised runs and a sign-off, with the senior recognised for teaching. Use a learning and development plan.
Plan retention for the two or three critical people
Hold a stay conversation, check pay against the market, and agree growth and ownership of parts.
What this coversHide
Plan retention for the two or three critical people
Hold a stay conversation, check pay against the market, and agree growth and ownership of parts.
What this coversHideHold a stay conversation, check pay against the market, and agree growth and ownership of parts. See employee retention.
Design a team incentive based on delivery and right-first-time
A bonus pool for the cell that rests on on-time parts and no scrap, not on hours of spindle time.
What this coversHide
Design a team incentive based on delivery and right-first-time
A bonus pool for the cell that rests on on-time parts and no scrap, not on hours of spindle time.
What this coversHideA bonus pool for the cell that rests on on-time parts and no scrap, not on hours of spindle time.
Start by checking where you stand
Before changing anything, find out what is true today. These checks take an afternoon and tell you which of the topics above to start with.
Share your requirements- Write down the names of those who can program and prove a complex part, and count them.
- Ask each critical person what would make them consider an outside offer.
- Look at the last year's scrapped or reworked complex parts and the cause of each.
- Check whether a lesson note exists for the last three new parts.
- Find out how long your last 5-axis machinist took to run unsupervised.
- Confirm with a qualified professional the registration, record-keeping and employment obligations that apply to your 5-axis machining shop business.
Confirm with a qualified professional. What applies to you depends on your business, your state and your arrangements, and it changes. This page describes practice. It does not state a legal position.
How GullyHR helps
The services below fit this kind of business best. Each starts by recording where you stand, and every later report compares against that. We do not promise outcomes.
- Employee retention and attrition management
Stay conversations and a plan for the very few people the cell cannot lose.
- Succession planning
A named second person for programming and machining roles, with a plan to grow them.
- Compensation benchmarking
Checks programmer and machinist pay against firms that compete for them.
- Learning and development process
A structured, signed-off path from three-axis work to independent 5-axis programming.
Start with a free conversation, or see the paid HR Diagnostic.
Our HR transformation approach
- 1
Assess
Understand the business, its workforce, current processes and HR challenges.
- 2
Identify gaps
Find the missing, weak, inconsistent or person-dependent processes.
- 3
Design
Create the structure, processes, policies, SOPs, dashboards and systems needed.
- 4
Implement
Help HR and department managers actually adopt the new system.
- 5
Automate
Digitise repetitive and approval-based workflows where it is worth doing.
- 6
Measure
Track hiring, attendance, employee cost, performance, training and attrition.
- 7
Improve
Strengthen the people-management system continuously, not once.
Blogs worth reading first
From the GullyHR blog: one on HR in manufacturing, and one on each of the topics this page points to.
HR Management
How to recognise and address employee workload problems
How to spot an unmanageable workload before it becomes an exit or an error, what to look at, how to talk about it and what to change, without guessing.
5 min readRead article
HR Management
"What if this person resigned tomorrow?" A succession exercise for small companies
A two-hour exercise that names the roles you could not fill quickly, who could cover them, and what readiness would actually require.
7 min readRead article
HR Management
Salary bands for SMEs: building grades when you have never had any
Most salary structures grew one negotiation at a time. How to build grades and bands from what you already pay, without repricing everybody at once.
8 min readRead articleMore on the GullyHR blog.
Questions owners ask
Know what each one values, pay fairly against the market, give ownership of parts and a visible growth path. Talking early, before an offer arrives, works better than counter-offers.
It varies, but plan on long supervised time on real jobs. Set the steps in advance and review progress monthly so that nobody is left guessing.
Yes, but base them on delivery, right-first-time and customer feedback for the cell, not on piece counts. Keep the rules written and short.
Run a review after each new job and file the notes with the program. Pair a second person on live jobs and credit the senior for teaching.
Both share it, with the machinist owning the run and the programmer the toolpath. A joint review of every error, without blame, builds trust.
We would list who can program and prove complex parts, hold a stay conversation plan for them and look at how new machinists are trained. A good first piece of work is a skill ladder with a retention plan. Scope is agreed in writing afterwards.
More on HR for manufacturing
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