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USSF62E

Developmental Engineer

Manages research, development, testing, and acquisition of space systems and related technologies.

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Recruiter vs. Reality
What they tell you

As a Developmental Engineer in the Space Force, you'll design and develop the next generation of space systems — from advanced satellites to ground control architectures. You'll work alongside the nation's top aerospace engineers and lead programs that push the boundaries of what's possible in space.

What it's actually like

You're a Developmental Engineer in the Space Force, which means you went to school for engineering, got a commission, and now spend approximately 30% of your time doing actual engineering and 70% of your time in acquisition meetings where people use the word 'deliverables' like it's punctuation and 'requirements creep' like it's a weather event. You have an engineering degree. Your contractor counterparts have engineering degrees AND they're doing the engineering. You're managing the people doing the engineering, which is a completely different skill that your degree did not prepare you for. The acquisition timeline for a space system is measured in decades. You will start working on a satellite program as a lieutenant and it will launch when you're a lieutenant colonel. If it launches. Some programs get cancelled after a billion dollars of development and a generation of engineers' careers. 'That's acquisitions' someone will shrug, like it's weather. But when a system you helped develop reaches orbit and sends back its first operational data — GPS III, SBIRS, whatever comes next — you will feel a pride that is impossible to explain to anyone who hasn't sat through a thousand program reviews, two hundred CDRs, and one very bad Critical Design Review where the thermal analysis was wrong. Aerospace companies and space startups will hire you to do in two years what the DoD took ten to not finish.

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MOS Intel

ClearanceSecret
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PromotionAverage
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Deploy TempoLow
Career Intel
Duty StationsLos Angeles SFB (CA) · Kirtland AFB (NM) · Peterson SFB (CO) · Hanscom AFB (MA) · Various SMC locations
Daily LifeDeveloping and acquiring space systems — satellites, launch vehicles, ground systems, and space-related technology. You work with contractors, manage technical requirements, and oversee the engineering of the nation's space capabilities. The work is at the intersection of engineering and acquisition.
AIT / SchoolEngineering officer training covers systems engineering, acquisition fundamentals, and program management. STEM degree required for entry.
Physical DemandsLow. Office-based engineering and program management.
DeploymentsAlmost entirely garrison at space systems development and acquisition locations
Certifications
Engineering qualificationsAcquisition certifications (DAWIA)PE license (optional but valuable)PMP (supplemental)
Pro Tips
  1. 1Space systems engineering experience is extraordinarily valuable in the commercial space industry. SpaceX, Blue Origin, Northrop Grumman, and L3Harris recruit heavily from this community.
  2. 2DAWIA acquisition certifications combined with engineering credentials create a powerful civilian resume.
  3. 3Los Angeles SFB (formerly Los Angeles AFB) is the hub of space acquisition. If you want the best experience, push for LA assignments.
The Honest Truth

Developmental Engineer in the Space Force is a career for engineers who want to work on the most advanced space systems in the world. The honest truth: much of the work is acquisition and program management — managing contractors, writing requirements, and overseeing technical milestones. It is less hands-on engineering and more systems engineering and management. But the systems you work on — next-generation satellites, space weapons, launch vehicles — are genuinely cutting-edge. The civilian space industry is booming and will pay premium salaries ($120-180K+) for engineers with space acquisition experience. The duty stations are concentrated in desirable locations (Los Angeles, Colorado Springs).

Execute the Job — By Rank

How you actually run this job at each rank — what you do, what you drill, which manuals you own, and what good looks like. Written for the soldier, sailor, airman, Marine, or Guardian currently in the seat. Each rank deeplinks into the full Playbook deep-dive: time-blocked schedules, unit-type variations, career decisions, and the read on the next rank.

O1-O22d Lt — 1st Lt (Space Systems Engineer Initial Assignment)

You are the junior engineer in a Space Systems Command program office. The satellite program your office manages costs more than the GDP of a small country, and your job is to make sure the engineering data behind it is honest.

What You Actually Do

You work in a product office at Space Systems Command (SSC), Los Angeles AFB — or one of SSC's program detachments at Kirtland, Vandenberg, or Patrick — supporting the technical engineering baseline of a major space program. Day to day that means reviewing contractor engineering deliverables (Preliminary Design Review packages, Critical Design Review documents, interface control documents, test plans, anomaly reports), attending contractor technical interchange meetings, tracking open action items from engineering reviews, and drafting internal engineering assessment memos for your program manager. You are in the seat long enough to own a slice: maybe the integration risk tracking, maybe the ground-segment interface control, maybe the test-readiness review coordination. Nobody hands you the keys to the whole program; your job is to own your slice cold.

Key Skills to Drill
  • 01Read and mark up a contractor Preliminary Design Review or Critical Design Review package — identify open design issues, interface risks, and requirements traceability gaps before the review board convenes.
  • 02Manage a technical action item tracker: every open AI assigned with an owner, a due date, and a closure criterion that isn't vague.
  • 03Brief the program chief engineer on engineering risk status — one slide, three risks, each with likelihood / consequence / mitigation — without fluff.
  • 04Apply the Systems Engineering Plan (SEP) and the program's technical baseline documents to assess whether a contractor deliverable meets the contractual requirement.
  • 05Execute DAWIA Engineering & Technical Management Practitioner course requirements at DAU on the published timeline for the 62E career field.
  • 06Maintain TS/SCI clearance discipline: self-report, no foreign-contact lapses, SCIF physical security clean.
Manuals & References
  • DoDI 5000.85 — Major Capability Acquisition. The policy framework that defines Milestone A/B/C decision structure for SF acquisition programs.
  • DAU SE Guide (Systems Engineering Guide for Systems of Systems) — the DAU resource 62E engineers use to calibrate SE rigor requirements.
  • DAFMAN 63-101/20-101 — Integrated Life Cycle Management. The DAF acquisition management DAFMAN governing SF program execution.
  • DoDI 5000.66 — Defense Acquisition Workforce Education, Training, Experience, and Career Development Program. The DAWIA credential framework.
  • USSPD 1 — Space Force Doctrine Publication 1, The Spacepower Doctrine. Institutional frame for the SF acquisition mission.
Standards You Must Hit
  • DAWIA Engineering & Technical Management Practitioner certification completed within the career-field published timeline — absence at the LT tier reads as a developmental gap.
  • TS/SCI clearance maintained clean — no SIF entries, no foreign-contact non-disclosures.
  • Assigned program engineering action items closed on time; red-status AIs briefed to the chief engineer before the review, not during it.
  • OPR support-form input delivered to rater with measurable outcomes; first OPR narrative covers at least two named engineering deliverables supported.
Common Technical Mistakes
  • Accepting a contractor deliverable without verifying requirements traceability — a PDR package that says "requirement met" but can't show you the analysis is a flag the chief engineer will find. Better you find it first.
  • Letting an open action item age past its due date without escalation. The AI tracker is the institutional memory of the review; a stale AI signals you're not managing your slice.
  • Treating a technical interchange meeting as passive attendance. The TIM is where contractor risk surfaces. The engineer who isn't taking notes and asking technical questions is invisible.
  • Missing a DAWIA course enrollment window. DAU courses have wait-listed enrollments; missing the first available window pushes the certification timeline and shows on the developmental record.
What Good Looks Like

The strong junior 62E is the engineer the chief engineer quotes at the program IPT: "Go ask Lt So-and-So — she owns that interface." By month 18 she has closed every AI assigned to her section before the next milestone review, she's briefed the risk status with one correction needed (not five), and her DAWIA Practitioner enrollment is calendared.

Go Deeper at O1-O2
Time-blocked daily schedule, unit-type variations, career decisions, full reading list with chapters — written for the soldier in this seat.
Full O1-O2 Playbook →
O3-O4Capt — Maj (Senior Systems Engineer / Acquisition PM)

You are the technical authority in the room — or the technical conscience behind the program manager who is. At Captain and Major you own the engineering baseline for a program worth billions, and the contractor's engineers know your name.

What You Actually Do

You lead the systems engineering function for a major or subordinate space program at SSC. That means chairing the Systems Engineering Working Group, running the Critical Design Review preparation cycle, managing the requirements traceability matrix, writing the Systems Engineering Plan revision, and representing engineering interests in the Integrated Program Team (IPT) and at source-selection support. You may be the lead systems engineer on a Tranche-level SDA program, the chief engineer for a ground-segment subprogram, or the SE lead for a launch vehicle integration effort under NSSL. The program manager defers to you on the engineering call; the contractor's SE lead argues with you. Your DAWIA Engineering & Technical Management Senior Practitioner certification is in progress or complete. You're also building the developmental signals the O-4 board reads: a named program milestone, a CDR completion, a major technical risk retired.

Key Skills to Drill
  • 01Chair a Critical Design Review — define the entrance criteria, lead the review board through the technical baseline, adjudicate contractor responses to review item dispositions (RIDs), and close the CDR with a written board finding.
  • 02Write a Systems Engineering Plan revision that the Milestone Decision Authority's technical advisor accepts without re-work.
  • 03Build and defend a technical risk register: likelihood, consequence, risk reduction plan, closure criteria, owner assigned.
  • 04Lead a source selection technical evaluation panel — write the technical evaluation report that the SSA can use as the record of decision.
  • 05Manage the requirements traceability matrix from Level 1 (system) through Level 3 (subsystem) and flag any orphaned requirements before the CDR board.
  • 06Mentor junior 62E LTs in the program office — write developmental OPR inputs, assign engineering tasks with closure criteria, give post-TIM feedback.
Manuals & References
  • DoDI 5000.85 — Major Capability Acquisition. Milestone B/C decision framework, the Acquisition Decision Memorandum structure, and the acquisition documentation requirements.
  • DAFMAN 63-101/20-101 — Integrated Life Cycle Management. DAF-level acquisition management requirements governing CDR, PDR, and SRR milestones.
  • DAU Systems Engineering Fundamentals Guide — the technical SE framework the 62E Senior Practitioner course references.
  • FAR / DFARS — Federal Acquisition Regulation and DoD Supplement. Source selection process and contract requirements as they intersect the engineering function.
  • DAFMAN 36-2406 — Officer Evaluation System. Know the OPR/PRF/Stratification system before the O-4 board window.
Standards You Must Hit
  • DAWIA Engineering & Technical Management Senior Practitioner certification on track by Major promotion — the field-grade credential signal.
  • Chaired at least one major technical review (PDR or CDR) with a written board finding accepted by the program office.
  • O-4 (Major) board selection — SF 2024-cycle rates were small-service published; pull the current SFPC board results for your category.
  • Named on at least one program milestone completion in the OPR narrative — PDR complete, CDR complete, Milestone B achieved.
  • Physical Fitness Assessment under DAFMAN 36-2905 passed every cycle — in a service of fewer than 10,000 the pattern is visible fast.
Common Technical Mistakes
  • Letting the contractor own the requirements traceability matrix without independent verification. The RTM the contractor gives you is their answer to their own test; your job is to find where the level-2 requirement doesn't flow down.
  • Entering a CDR without documented entrance-criteria closure. An undocumented open PDR action item that surfaces during CDR stops the review and becomes your name in the post-review report.
  • Writing a technical evaluation report for source selection that uses the contractor's own terminology without independent technical assessment. The SSA's legal review will catch it; better you catch it first.
  • Treating the DAWIA Senior Practitioner certification as background noise. The O-5 board reads the developmental record; an unexplained gap in certification progression at Captain/Major requires the record to answer.
What Good Looks Like

The strong Captain or Major 62E is the engineer the program manager calls before briefing the PEO: "What's our real technical risk posture?" She has closed the CDR with two open RIDs (documented, owned, on track), her risk register has three risks retired this quarter, and she's mentoring a LT who just passed the DAWIA Practitioner exam. The PEO knows her name.

Go Deeper at O3-O4
Time-blocked daily schedule, unit-type variations, career decisions, full reading list with chapters — written for the soldier in this seat.
Full O3-O4 Playbook →
Training Pipeline
1
ROTC, USAFA, or OTS12w
Maxwell AFB (AL) or Colorado Springs (CO)
2
Developmental Engineer Officer Course16w
Various
Systems engineering, acquisition, space vehicle design, program management.
On the Outside

What this actually is in the real world

Your skills translate. Here's what civilian employers call this job — and what they pay.

Electrical Engineers

Strong match
$107,890$68,020$165,000/yr median
Job market: Average (9%)

Mechanical Engineers

Related field
$99,510$65,000$155,000/yr median
Job market: Average (10%)

Computer Systems Analysts

Related field
$103,800$66,260$163,400/yr median
Job market: Faster than average (11%)

Salary data from the U.S. Bureau of Labor Statistics Occupational Employment and Wage Statistics program, retrieved Feb 2026. BLS.gov cannot vouch for the data or analyses derived from these data after the data have been retrieved from BLS.gov.

The Robot Read

How exposed is the civilian version of this job to AI?

Not a measurement of this MOS. Published labor-market research on the closest civilian occupation in our crosswalk — treat it as a signal, not a verdict.

Moderate ExposureModerate Confidence

Closest civilian match: Electrical Engineers (close match)

Design documentation, spec writing, and calculation work show real LLM exposure (41%). The 2013 model rated engineering design low-risk (10%) — creative technical problem-solving didn’t fit that era’s definition of automatable.

This describes exposure for the civilian occupation, not a rating of this MOS, your unit, or your actual day-to-day duties. The matched civilian job is a close or related crosswalk, not exact.

MOS Pulse

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Reviews
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Zero reviews for 62E. Not because nobody has opinions — anyone who’s actually done Developmental Engineer is carrying a full magazine of them — but because nobody’s put theirs on the record.

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FAQ

62E Developmental Engineer — FAQ

Q01What does a 62E do in the Space Force?
You work in a product office at Space Systems Command (SSC), Los Angeles AFB — or one of SSC's program detachments at Kirtland, Vandenberg, or Patrick — supporting the technical engineering baseline of a major space program.
Q02How long is 62E training and where is it held?
62E training is approximately 12 weeks of Advanced Individual Training (AIT) after Basic Combat Training, held at Wright-Patterson AFB, OH.
Q03What security clearance does a 62E need?
62E typically requires a Secret security clearance, granted after a background investigation.
Q04What does a day in the life of a 62E look like?
Developing and acquiring space systems — satellites, launch vehicles, ground systems, and space-related technology. You work with contractors, manage technical requirements, and oversee the engineering of the nation's space capabilities. The work is at the intersection of engineering and acquisition.
Q05What civilian jobs does 62E translate to?
62E maps most directly to civilian occupations including Electrical Engineers. Translation quality varies by skill — see the Honest MOS Civilian Translation block for full O*NET matches and salary data.
Q06How often do 62E soldiers deploy?
Deployment tempo for 62E is low — most assignments are CONUS-based. Almost entirely garrison at space systems development and acquisition locations
Q07What's the recruiter not telling me about 62E?
You're a Developmental Engineer in the Space Force, which means you went to school for engineering, got a commission, and now spend approximately 30% of your time doing actual engineering and 70% of your time in acquisition meetings where people use the word 'deliverables' like it's punctuation and 'requirements creep' like it's a weather event.
How does 62E compare?
See side-by-side ratings, quality of life, and community takes.
Published by the Honest MOS Editorial DeskVerified against DoD/.gov sourcesUpdated May 2026Editorial standards

Sources:Branch MOS catalog · DTMO pay tables · DoD/.gov benefits references · O*NET civilian career mapping · verified service-member reviews