Aerospace: a sample sector demand picture

One document an industry publishes, and the state acts on

A sector demand picture is one document an industry publishes and the state acts on. Published once a year by the industry’s employer-led sector intermediary, it says what the sector needs from the state’s talent system – the roles it is hiring for, the skills and credentials that carry weight, and the strategies it stands behind – and the state acts on the strategies it recommends. Every institution in the state works from the same signal in place of dozens of separate employer surveys, advisory conversations, and data purchases.

What the aerospace sector is hiring for

The sample state holds a deep aerospace supply chain – more than 1,500 suppliers and vendors alongside Company A's final-assembly plants in the Northern and Capital regions and a fast-growing space cluster. The occupations below span the sector; the highlighted rows share a common technical base, and this edition follows that aerospace technician cluster through the rest of the picture. Engineering roles matter to the sector but are degree-gated and nationally recruited; the technician cluster is where the state's own pipeline can move fastest.

The five highlighted occupations – the roles this edition follows through the rest of the picture.

All four figures are invented for illustration.

Employer-reported demand signals Illustrative data

What employers report directly – how hard roles are to fill today, the hiring they expect next, and the retirement wave already visible on their rosters. These measures come through the annual sector survey rather than being reconstructed from lagging data, and every institution reads the same numbers.

Employer-reported through the sector survey. All four figures are invented for illustration.

Where the jobs are, and who is training for them

Demand and supply for the aerospace technician cluster, statewide and by each of the state's twelve workforce development areas. Using the same geography its local workforce development boards already operate in means every board, college, skills center, and employer can find its own market rather than read a statewide average – and can act on it with the partners it already convenes. Select an area to see the same measures for that part of the state. Aerospace employment is heavily concentrated in the Northern, Capital, and Southern regions, and technicians move between areas once trained, so the last measure shows where training capacity sits relative to demand rather than where people end up working.

Statewide, thirteen college and skills center programs, one employer-run apprenticeship, and one nonprofit apprenticeship intermediary produce about 750 technicians a year against roughly 1,510 annual openings. The rest is recruited from out of state, hired away from another in-state employer, or left open.

All twelve workforce development areas, as served by the state's local workforce development boards.

The state, its regions, and all company and institution names in this sample are fictional (Company A, College B). Every figure is invented for illustration.

The competency framework employers stand behind

The competencies below are for the aerospace technician cluster. They start from a real national base – the Ohio Manufacturers' Association manufacturing competency model, which includes six building blocks running from personal effectiveness to occupation-specific skills. The two tiers institutions build curriculum against – Manufacturing and Industry-Specific – are shown below. In this sample, the sample sector's employers reviewed, validated, and adjusted every statement and rating for aerospace work in their state, and indicated they would hire from programs that teach these competencies. Programs that align to it can earn the sector's endorsement – described under how it gets developed and used.

The six building blocks of the OMA manufacturing competency model. The bottom three tiers are foundational; the top three are sector-specific. The two tiers institutions build curriculum against – manufacturing and aerospace & defense – are held in the competency repository below, and the top tier stays with employers, taught after hire. In this sample state, the K-12 end of the pipeline already has a companion: a statewide aerospace curriculum, the industry-developed high school curriculum offered at more than 50 high schools and skills centers, maps onto the foundational and manufacturing tiers.

What employers take on themselves Illustrative data

These are the skills employers train for themselves, after hire, and do not expect programs to cover or buy equipment for. The commitments below are illustrative.

The credentials that carry weight in hiring

Which credentials employers actually use in hiring for the technician cluster – and where each carries the most weight. All credential names are real; the value ratings are the employer panel's, invented here for illustration.

Where the pipeline is stuck, and what would unstick it

These are the barriers that choke off the supply of new talent into the aerospace technician cluster – each one a specific reason people never enter the pipeline, stall inside it, or leave it. This is the sector's prioritized list – each barrier paired with the strategy that would clear it, who acts, and what the industry's employers commit alongside. The barriers and commitments below are invented to illustrate what a real list would contain.