Municipal Classification & Compensation Lead - Public Safety

Alphahire; United States; Remote; USD 150,000 - 250,000; Full time

Job summary

AlphaGov is seeking a Large Municipal Multi-Structure Classification & Compensation Lead for project-based engagements with mid-to-large cities and counties that maintain multiple pay plans (general, police, fire, paramedic, and related public-safety structures).

You will lead or co-lead full classification and compensation studies covering hundreds of titles across civilian and sworn structures, including market surveys, internal equity/compression analysis, and implementation cost modeling for

Qualifications

• 7+ years public-sector compensation/classification consulting or equivalent municipal HR leadership.
• Experience completing at least one multi-structure study that included sworn police and/or fire pay plans.
• Experience with organizations of roughly 500+ FT employees or 200+ distinct titles.
• Strong analytical, writing and stakeholder presentation skills.

Responsibilities

• Lead multi-structure municipal class/comp studies (civilian + sworn/public-safety pay plans).
• Design peer sets and market surveys appropriate to mid/large cities and tourist/coastal or high-growth suburbs.
• Analyze compression across police, fire, paramedic, and general schedules.
• Recommend classification structures, grade assignments, and implementation phases.
• Prepare council/management presentations and proposal technical content for AlphaGov.
• Coordinate with specialist SMEs (utility, K-12, benefits) when scopes expand.

Job description

AlphaGov is seeking a Large Municipal Multi-Structure Classification & Compensation Lead for project-based engagements with mid-to-large cities and counties that maintain multiple pay plans (general, police, fire, paramedic, and related public-safety structures).

You will lead or co-lead full classification and compensation studies covering hundreds of titles across civilian and sworn structures, including market surveys, internal equity/compression analysis, and implementation cost modeling for