Who Gets Hired and What It Pays
Momentus has eight open roles. Six are engineering. One is a program manager. One is an SEC reporting manager. The company that went public via SPAC in 2021 is hiring for hardware delivery, not capital markets.
Every position lists pay. The engineering band runs $140,000 to $255,000 with a midpoint near $198,000; the Chief Engineer slot alone spans $275,000 to $325,000. All are based in San Jose except the accounting role, listed as remote or hybrid.
| Role | Location | Salary Band (USD/year) |
|---|---|---|
| Chief Engineer | San Jose, CA | $275,000–$325,000 |
| Senior DevSecOps Engineer | San Jose, CA | $190,000–$225,000 |
| Staff Mechanical Design Engineer | San Jose, CA | $190,000–$215,000 |
| Systems Architect Engineer | San Jose, CA | $160,000–$200,000 |
| Power Systems Engineer | San Jose, CA | $140,000–$195,000 |
| SEC Reporting & Technical Accounting Manager | Remote/Hybrid | $160,000–$180,000 |
The mix reveals where the company is investing. Avionics, power systems, mechanical design, systems architecture — these are the disciplines that move a vehicle from test stand to orbit. The DevSecOps hire signals maturing software infrastructure. The program manager and SEC reporting roles suggest a business preparing for regulated revenue, not just R&D milestones. Momentus isn't hiring generalists; it's filling specific seats on a flight hardware team.
Qualifications track the seniority. "Chief Engineer" and "Staff" titles imply decade-plus experience leading subsystems through qualification. The Electrical Avionics and Power Systems bands sit at the senior individual-contributor level. The Technical Program Manager range matches aerospace leads who have owned schedules across vendors and NASA reviews. The SEC Reporting Manager requires public-company filing experience, a hint that Momentus still carries reporting obligations despite its shifted trajectory.
What the postings omit is as telling as what they include. No junior roles. No pure software product positions. No business development hires beyond a single Sales Engineer. The company is betting on a core technical team that can integrate, test, and fly, and paying at the top of the Bay Area aerospace band to get them.
The six live salaried roles cluster in a tight range that reflects a company hiring senior engineering talent in the Bay Area: $140,000 to $325,000, median midpoint $198,000. That band sits wider than the $115,000–$165,000 median SpaceNexus estimates across eight open roles, and above the $167,000–$244,000 total-compensation range Levels.fyi reports from user submissions. The gap is largely explained by role mix: the board's highest posting is a Chief Engineer at $275,000–$325,000, while the other sources blend in more mid-level positions.
Momentus posts salary bands on its own listings and on Zero G Talent's board. The company's careers page defines three geographic pay structures: Structure A for most U.S. locations, Structure B for the DMV, non-Bay Area California markets, and Massachusetts, and Structure C for New York, New Jersey, and the Bay Area. The San Jose postings align with Structure C. Candidates should confirm which structure applies; Momentus notes it conducts "comprehensive reviews of our programs" and pay structures may change.
Equity arrives as restricted stock units. In 2022 the company granted 1,850 RSUs to six new hires under its Inducement Equity Plan, a move analysts called a calculated talent bet for a commercial space firm still proving its revenue model. Current listings do not publish equity percentages; candidates should ask recruiters for the grant schedule and vesting terms tied to each role.
Benefits described at momentuscap.org/careers/ include 15 vacation days (increasing with tenure), 10 sick days, three personal days, 12 paid holidays, early pre-holiday closures, and Summer Fridays. Retirement combines a multi-fund 401(k) with employer matching plus an additional company-funded contribution for qualifying employees. Health savings accounts, flexible spending accounts, employer-paid life, AD&D, short- and long-term disability, and an employee assistance program round out the core. A $150 monthly taxable stipend covers home-office supplies, parking, transit, internet, phone, and fitness. Tuition reimbursement is available for skill development.
Important caveat: The benefits summary above comes from Momentus Capital (momentuscap.org), a nonprofit community-development financial institution. The space-transportation company Momentus Inc. (NASDAQ: MNTS) operates separately. Glassdoor shows 288 salary reports for "Momentus Technologies," but it is unclear whether those map to the space entity, the nonprofit, or both. Until the space company publishes its own benefits page, treat the momentuscap.org details as indicative only and verify with the talent acquisition team during the offer stage.
How the Interview Runs
Glassdoor and Indeed collectively surface roughly 100 interview reviews and 100-plus posted questions across two Momentus listings: Momentus Technologies (45 questions, 46 reviews on Glassdoor US; 49 questions, 50 reviews on Glassdoor Canada) and a separate Momentus entry (7 questions, 5 reviews). That volume puts the company in the middle of the pack for a venture-backed space startup: enough signal to see patterns, not enough to map every role's exact flow. Indeed's FAQ page lists 13 candidate-submitted Q&A pairs, most asking about timeline, technical depth, and whether the process is fully remote.
The single detailed candidate account on Indeed, dated December 27, 2021, describes a virtual process spanning about one month: an initial recruiter screen covering role overview and background, followed by conversations with the hiring manager and senior team members. No onsite loop, no presentation requirement, no take-home assignment. Given the company's shift to a post-SPAC public entity under CEO John Rood (installed August 2021) and the national security agreement with the Department of Defense that bars any business dealings with the Russian founders, the interview structure has tightened since that 2021 snapshot. Public-company compliance, ITAR/export-control clearance, and the need to demonstrate a clean ownership chain to the Pentagon all add gates a private startup wouldn't have.
What recruiters screen for can be inferred from the company's documented constraints. Momentus builds water-plasma thrusters and the Vigoride orbital transfer vehicle — both squarely in ITAR territory. Space technology is deemed by the US government to have military uses, and foreign nationals are barred from working on it without a residency permit or export license. The SEC settlement and the national security agreement that forced founder Mikhail Kokorich's exit mean every hire touches export-controlled technical data. Recruiters therefore filter first for US person status (citizen, permanent resident, or protected individual under 22 CFR 120.15) and second for experience in regulated aerospace environments: DOE, NASA, DoD prime or subcontractor backgrounds where ITAR compliance is muscle memory, not a learning curve.
A strong application mirrors the language of the national security agreement: "no business dealings with the former founders," "committed to building a partnership with the U.S. government," and "demonstrating value to our stockholders and customers," phrases Rood and interim CEO Dawn Harms used in 2021 statements. Candidates who cite specific Vigoride test milestones (the 9.7-hour vacuum-chamber firing, the microwave electrothermal thruster qualification) and who frame past work in terms of flight-hardware delivery, not just R&D, signal they understand the company's current phase: assembling and testing additional Vigoride vehicles for early discounted missions while chasing a 26-mission 2024 target.
Disqualifiers are effectively binary. Lack of US person status without a viable export-license path is an automatic stop — the company cannot sponsor licenses for roles that touch propulsion or vehicle integration. A résumé showing only commercial satellite work with no exposure to range-safety and NASA flight-hardware standards will struggle past the hiring-manager review. And any association — current or recent — with the divested Russian shareholders triggers the national security agreement's prohibition; candidates should expect scrutiny of recent work overlapping with Kokorich's Swiss venture, Destinus, or its hypersonic prototype program.
The process today adds a background-check window that can extend the timeline for engineering roles. Finance, IT, and sales hires face the same US-person gate. Candidates who reach the senior-team panel should expect questions about schedule pressure versus test rigor — the company booked zero revenue in 2020 and 2021, expects just $5 million in 2022, and needs 26 flights in 2024 to hit EBITDA breakeven. The interview tests whether you can operate inside that pressure vessel as much as technical depth.
Inside the San Jose Campus
Momentus operates from a single, purpose-built campus at 1762 Automation Parkway, a 61,100-square-foot R&D and manufacturing building the company occupied in March 2026 after vacating its previous leased headquarters, which was being marketed for sublease as of December 2023. The move nearly quadrupled clean-room space from 4,500 to 16,000 square feet and cut monthly operating costs, a shift the company framed as prioritizing manufacturing over administrative footprint.
The facility houses the core infrastructure for building and operating the Vigoride orbital service vehicle. A dedicated mission operations center lets engineers monitor and control spacecraft on orbit in real time. Adjacent clean rooms support integration and test of propulsion, avionics, and payload interfaces. A machine shop and electrical labs sit on the same floor, shortening the loop between design iteration and hardware verification. Robust electrical infrastructure (three-phase power, backup generation, and high-capacity data) runs throughout the production bays.
Location matters. Automation Parkway puts Momentus inside Silicon Valley's supplier-dense corridor: precision machiners, composite shops, and electronics assemblers within a 20-minute drive. The same radius captures talent from Stanford, Santa Clara University, and the region's concentration of space-startup alumni. CEO John Rood described the site as "a direct investment in our future growth" that positions the company to meet demand from national-security programs such as Golden Dome and MDA SHIELD alongside commercial rideshare customers.
Not every role requires daily floor access. The SEC Reporting & Technical Accounting Manager posting lists a remote/hybrid option, and finance, IT, and certain program-management functions split time between the San Jose campus and home offices. But hardware-centric roles (mechanical design, power systems, propulsion test, integration engineering) are tethered to the clean rooms and test cells. The Vigoride unit slated for SpaceX's Transporter-16 mission in March 2026 was assembled and checked out in these bays before shipping to Vandenberg Space Force Base.
The campus also serves as the coordination hub for NASA work: a Space Act Agreement on in-orbit servicing, a Solar Sail Sentinel study, and the FALCON-Lidar atmospheric mission formulation task order all route through the mission operations center. Proximity to Moffett Federal Airfield and the broader Bay Area defense ecosystem makes government design reviews logistically straightforward.
In short, the Automation Parkway facility is where Momentus turns contract awards into flight hardware. The clean-room expansion, mission operations center, and co-located machine shop give the company a single-site flow from component fabrication through on-orbit operations, a configuration that distinguishes it from peers who split build and ops across multiple states.
Who Lasts
The third-party research on "Momentus" conflates three distinct organizations: a global development finance nonprofit founded by Diana Smallridge in 2000, an event-management software vendor (Momentus Technologies) with 450-plus employees and a remote-first model, and the space transportation company that is the subject of this guide. The analysis below reflects the space operation; the nonprofit and event-software reviews are not representative.
Engineering depth with flight-hardware intuition
Every technical role on the current board sits at the intersection of electrical, mechanical, and software disciplines. Candidates who thrive have typically taken a payload or subsystem from requirements review through environmental test and launch-site integration. They know the difference between a qualification unit and a flight unit, and they can explain a failure investigation they led without reciting a textbook process. The DevSecOps role alongside hardware engineers signals that the software stack (flight code, ground software, test automation) is treated as a first-class subsystem, not an afterthought. People who treat "software" and "hardware" as separate tribes struggle here; the ones who stay are the engineers who debug a telemetry dropout by walking to the test cell with an oscilloscope and a laptop.
Program managers who speak launch-vehicle language
At a space transportation company, a program manager is not a Scrum master. The role demands fluency with launch-vehicle interfaces, safety-data packages, range-safety approvals, and the cadence of a launch campaign that cannot slip. Successful hires usually come from prime contractors, launch providers, or satellite integrators where they owned a schedule with a hard launch date. They negotiate with external range offices and internal subsystem leads in the same breath. A candidate whose only program experience is commercial SaaS delivery will not map to the risk posture or the documentation burden (NASA STD-8739, AIAA S-111, AFSPCMAN 91-710) that governs every flight article.
Finance and accounting built for regulated aerospace
The SEC Reporting & Technical Accounting Manager role reveals a company that is public or preparing for rigorous public-company reporting while executing government contracts. People who thrive in this function have worked under FAR/DFARS cost-accounting standards, understand earned-value management systems (EVMS), and can translate a firm-fixed-price launch-services contract into revenue recognition that survives a Big Four audit. They also know the cash-flow profile of a hardware company: long lead times for long-lead parts, milestone payments tied to ship dates, and the working-capital swing between integration and launch. General corporate controllers without defense or aerospace revenue-recognition experience tend to churn.
Sales and business development anchored in mission architecture
Sales at a space transportation company is not a volume game. The customer set (satellite operators, government agencies, rideshare brokers) buys a service defined in terms of delta-V, volume, mass, pointing accuracy, and orbital destination. Successful hires come from satellite manufacturers, launch-service providers, or government program offices where they wrote or evaluated ICDs (Interface Control Documents). They can size a constellation's transportation needs, model the trade between a dedicated Vigoride-class tug and a rideshare slot, and walk a customer through the licensing timeline (FCC, NOAA, State Department). Pure enterprise-software sellers who lead with "digital transformation" language rarely close a deal here.
IT and security cleared for the facility floor
The Senior DevSecOps Engineer role and the broader IT hiring mandate point to an environment where ITAR-controlled data lives on the same network as the machine shop's CNC controllers and the thermal-vacuum chamber's data acquisition system. People who thrive have implemented NIST 800-171 / CMMC Level 2 controls in a facility that runs 24/7 during test campaigns. They understand that a Windows update cannot reboot the vibration controller mid-sine-sweep. They have managed air-gapped networks, handled export-controlled technical data plans, and coordinated with facility security officers (FSOs) on visitor access for foreign-national supplier reps. A cloud-only DevOps background without factory-floor OT experience leaves gaps that show up fast.
The facility factor
The labs, test cells, machine shops, and integration floors that define the San Jose campus are where the people who stay spend their time. They badge in early to support a propellant-load rehearsal, they know which cleanroom protocol applies to the high-bay versus the integration floor, and they build relationships with the technicians who run the shaker table and the thermal-vac chamber. Remote-first habits (asynchronous updates, camera-off meetings) erode credibility fast when a test anomaly requires a physical presence at 2 a.m.
Mission alignment as a filter
The company's public narrative centers on "space transportation services" — moving payloads from drop-off orbits to operational orbits. Employees who frame their work around that mission ("I deliver the last mile to GEO") rather than their functional silo ("I write flight software") navigate prioritization conflicts more cleanly. When the Chief Engineer and the Power Systems Lead disagree on a battery-cell qualification plan, the tie-breaker is usually "which path gets the customer's spacecraft to its operational slot on time with acceptable risk?" People who internalize that question — regardless of title — accumulate trust and scope.
A note on the data gap
No comparable employee-review corpus exists for the space entity in the provided sources. The traits above are inferred from the role mix, compensation bands, facility requirements, and the documented demands of the space transportation sector. Candidates should treat them as a working hypothesis and validate them in the interview process, especially in the on-site facility walk that the hiring process includes.
The Vigoride slated for Transporter-16 will leave the Automation Parkway clean room for Vandenberg. The engineers who built it will watch the launch from the mission operations center. That room — not the SPAC, not the settlement, not the founder's exit — is where the company now lives.
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