The Engineering Compensation Philosophy That Scales

What you actually need to know

• Compensation that feels arbitrary creates resentment that kills retention. Bands and levels make it principled.
• External competitiveness matters more than internal consistency early on. You cannot retain great engineers with below-market pay.
• Equity that engineers understand and believe in is retention. Equity that engineers cannot model or trust is not.
• Inconsistent compensation across the team -- even if accidental -- will be discovered and will create problems.
• A written compensation philosophy that you share with candidates and new hires signals maturity and reduces negotiation friction.

The core argument

Most early-stage engineering compensation is improvised. The first engineer asks for a number and the founder agrees because they want to close the hire. The second engineer asks for a different number. The third negotiates more aggressively and lands above the first two despite being less senior. By the time the team reaches eight engineers, there are eight different compensation deals with no underlying logic, and the first engineer who compares notes with the third is going to have a very uncomfortable conversation with the founder.

This is not a hypothetical. It is the default outcome when compensation is handled deal-by-deal without a philosophy. The fix is not complicated: define levels, define bands for each level, use external market data to set those bands, and apply the structure consistently from the first hire. A compensation philosophy does not require a large HR team. It requires a decision about how the company will handle pay, written down and followed.

The philosophy should answer three questions. First, where does the company target relative to the market? Some companies target the 50th percentile and compete on mission, culture, and equity. Others target the 75th percentile and compete on total compensation. Either is defensible. A company that claims to target the 75th percentile and pays the 40th percentile is not defensible -- the engineers will find out. Second, how does the company handle equity alongside base? The equity component of early-stage compensation requires its own philosophy: how are grants calculated, what cliff and vesting schedule is standard, when are refreshes granted. Third, how does compensation change over time? Annual reviews, promotion-based increases, market adjustments -- the engineer needs to know what to expect.

The company that can answer these questions in writing and hand the document to a candidate during the offer conversation is at a structural advantage over the company that handles each offer as a separate negotiation. The advantage is speed (less back-and-forth), retention (the engineer trusts the system), and diversity (engineers who are not aggressive negotiators get paid fairly).

Getting the equity piece right

Equity is the part of engineering compensation that founders understand least and engineers understand even less. The result is that equity conversations often feel like theater -- numbers are exchanged without the context required to evaluate them. An offer of 0.5 percent equity means very different things depending on the current valuation, the likely exit multiple, the dilution history, and the option strike price versus the current 409A valuation.

The compensation philosophy for equity should include: the method for calculating equity grants per level, the standard cliff and vesting terms, the policy on equity refreshes for retained engineers, and the availability of information required to evaluate the equity (current shares outstanding, strike price, last 409A, recent round valuation). An engineer who receives this information can model their expected outcome. An engineer who cannot model their outcome will either discount the equity heavily or leave for a company where they can.

Refreshes matter significantly for retention. An engineer who was granted 0.5 percent in 2022 has seen that stake diluted through subsequent rounds. By 2025, the effective undiluted position may be a fraction of the original. Without refreshes, the retained engineer's compensation in equity terms degrades over time while their salary has increased only modestly. This is when experienced engineers start evaluating their options. A refresh grant -- even a modest one -- signals that the company is tracking this and values the engineer's continued presence.

Building the pay structure

The pay structure has two components: the level definitions and the salary bands.

Level definitions are the criteria for each level -- what a junior engineer does, what a mid-level engineer does, what a senior engineer does. These should reference the career ladder and be observable. The level assignment for each engineer determines which band applies.

Salary bands define the range for each level. A band has a floor (the minimum the company will pay at this level), a midpoint (what most engineers at this level are paid), and a ceiling (the maximum). For most companies, the bands should overlap between levels -- a strong senior engineer might be paid more than a newly promoted staff engineer, and the system should accommodate this without requiring level inflation.

Setting the bands requires data. Levels.fyi provides crowdsourced compensation data by company, role, and level. Glassdoor provides self-reported salary ranges by title and location. For companies with the budget, Radford or Mercer provide proprietary compensation surveys used by most large employers. For an early-stage company, Levels.fyi and a few competitor offer letters will provide enough data to set initial bands.

Adjust bands annually. Markets move. An engineer who was paid competitively in 2023 may be below market in 2025 if the band was not updated. Annual adjustment prevents the slow drift toward below-market pay that causes otherwise avoidable attrition.

Common mistakes engineering leaders make with compensation

1. Not defining the philosophy before the first hire. Every hire without a philosophy creates a precedent that is harder to correct later.
2. Letting negotiation skill determine outcomes instead of band position and level. The aggressive negotiator who lands above band is now a ceiling problem for subsequent hires at the same level.
3. Giving equity without giving the context to evaluate it. Equity that the engineer cannot model is not motivating and is not retained-for retention.
4. Not adjusting bands when the market moves. The band set in 2022 that was not updated by 2025 is paying below market, and the engineers who discover this are already talking to recruiters.
5. Being inconsistent in how refreshes are granted. Refreshes given to engineers who complain loudest and withheld from engineers who do not negotiate teach the team that complaining is rewarded.

Where to start: a 3-step compensation framework

Step 1: Define four to five engineering levels with observable criteria. Junior, mid-level, senior, staff, and principal if needed. For each level, write three sentences that describe what the engineer at that level does independently without direction. Assign each current engineer to a level.

Step 2: Set salary bands for each level using two external data sources. Pull Levels.fyi data for companies in your location and stage bracket. Compare two to three recent offer letters from similar companies if available. Set a floor, midpoint, and ceiling for each level. Map each current engineer to their position in the band.

Step 3: Write the compensation philosophy in two pages and share it with the full engineering team. What level each engineer is at, what the band for that level is, when reviews happen, how equity is structured, and when refreshes are considered. The transparency itself is a retention tool.

Paying Fairly While Building Fast

Yashveer Singh. Founder of Yashveer Labs. The compensation questions that come up in early-stage team building are not HR problems -- they are product and culture problems. How you pay engineers tells them what you believe about the work. Getting the philosophy right from the start is one of the highest-leverage investments a technical founder can make.

Related reading

• The Engineering Career Ladder That Engineers Trust
• The Annual Engineering Review That Engineers Actually Find Useful
• The Bench Test: A Practical Way to Evaluate Engineering Talent
• The Engineering All Hands That Engineers Look Forward To