Without a job architecture, organizations accumulate inconsistent role definitions over time. Two roles called ‘Senior Manager’ in different functions may have wildly different scope, comp ranges, and progression expectations. Two engineers at the same level may report to managers with five-rank gaps in their own seniority. The cumulative cost is significant: pay equity issues that surface in audits, promotion processes that feel arbitrary to employees, hiring at incorrect bands, and compensation benchmarking that isn’t comparable to peer companies.
A job architecture imposes structure across four dimensions. Levels define seniority bands consistent across the company (e.g., L3 individual contributor, L4 senior IC, L5 staff IC, L6 principal IC; manager track parallel). Job families group related roles that share knowledge and skills (e.g., Engineering, Product, Design, GTM, G&A). Functions group families by business area. Career paths describe how an employee can move horizontally between families or vertically within levels, with the criteria each transition requires.
Job architecture work is typically led by Total Rewards or People Operations, often with consulting support from compensation specialists. Output deliverables include a job catalogue (every role with its level, family, function), a level guide (the behavioural expectations at each level across families), a comp-band map (salary ranges per level per geography), and a career-path map (the legitimate transitions and their criteria).
Key Points: Job Architecture
- Levels are consistent across the company: An L4 in Engineering and an L4 in Sales should represent comparable seniority, scope, and impact.
- Families group similar work: Roles within a family share core knowledge - allowing horizontal movement and common compensation benchmarking.
- Compensation alignment: Bands attach to levels, not titles, removing arbitrariness in pay setting and supporting pay equity work.
- Career paths are visible: Employees can see the criteria for promotion within their level and the transitions available across families.
- Audit defensibility: Pay equity audits and promotion decisions can be analyzed against the architecture rather than against ad hoc role comparisons.
How Job Architecture Works in Treegarden
Job Architecture in Treegarden
Treegarden’s job catalogue and requisition workflow support a defined job architecture: each requisition references the job catalogue entry, which carries the level, family, function, and comp band - making it impossible to post a role that doesn’t fit the architecture, and ensuring offer-letter compensation is generated from the band rather than improvised by the recruiter.
Related HR Glossary Terms
Frequently Asked Questions About Job Architecture
Most companies introduce formal job architecture between 100 and 300 employees. Below 100, the organization is small enough that ad hoc role definition is manageable. Above 300, the cost of disorganized roles - pay equity gaps, inconsistent promotion expectations, inability to benchmark accurately - typically exceeds the cost of building an architecture. Pre-IPO companies and those with significant equity programs typically formalize earlier because compensation defensibility matters more.
A first-pass job architecture for a 200-500 person company typically takes 3-6 months with dedicated People Operations resourcing, often with consulting support. The work splits roughly into role inventory and grouping (1-2 months), level criteria definition (1-2 months), comp-band attachment (1 month), and rollout / change management (1-2 months). Larger organizations with multiple functions and geographies extend that timeline accordingly.
Compensation is one of the primary outputs of a job architecture. Salary bands are attached to levels, then localised by geography. This means setting compensation for a new role becomes a lookup against the architecture rather than a negotiation, which improves consistency, defensibility, and pay equity. Architecture and compensation are typically managed by the same Total Rewards team for this reason.
Yes, and revisions are normal. Architectures are typically refreshed every 2-3 years to reflect changes in the business, the addition of new functions, market evolution in role definitions (e.g., the emergence of Site Reliability Engineering as a distinct family), and learnings from the previous version’s rollout. Revisions are managed carefully because changes to level definitions or band placements have direct compensation and career-progression implications for current employees.