event-driven architectures jobs in 2026 — demand, top roles hiring, and related skills

As of 2026-09-30, event-driven architectures appears in 1,664 job postings indexed by Skillenai over the past 90 days — Software Engineer has the most postings mentioning event-driven architectures, with demand share up 1.7% vs the prior 4 weeks.

Last updated · 90d ending 2026-09-30

Postings · last 90 days
1,664
Demand vs prior month
up 1.7% vs the prior 4 weeks
Top role · 39.4% of skill postings
Top hiring metro
London

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Frequently asked questions about event-driven architectures

+Is event-driven architectures in demand in 2026?

Yes. event-driven architectures appears in 1,664 job postings indexed by Skillenai over the 90 days ending 2026-09-30. Software Engineer accounts for the most postings mentioning event-driven architectures (39.4% of all postings mentioning event-driven architectures).

+What jobs require event-driven architectures?

According to the Skillenai jobs index over the 90 days ending 2026-09-30, among roles with at least 20 postings, the highest shares mentioning event-driven architectures are Integrations Engineer (25.0% of that role’s postings mention event-driven architectures), SDET Engineer (25.0% of that role’s postings mention event-driven architectures), Field Engineer (13.3% of that role’s postings mention event-driven architectures).

+What skills are commonly paired with event-driven architectures?

Across job postings indexed by Skillenai (90 days ending 2026-09-30), event-driven architectures most often appears alongside microservices, Java, Distributed systems, AWS, Python.

+Where is event-driven architectures most in demand?

As of 2026-09-30, the metro areas posting the most jobs requiring event-driven architectures are London, San Francisco, New York City, Bengaluru, Berlin, according to the Skillenai jobs index.

+How can I keep up with new event-driven architectures content and jobs?

Skillenai indexes news, blog posts, and research papers mentioning event-driven architectures alongside the jobs index. You can subscribe to a daily email digest of new event-driven architectures content from your Skillenai account.

+Which skills come before and after event-driven architectures?

The skill-flow chart shows skills documented in adjacent positions across observed employer changes. An outgoing skill is documented in the following position but not the preceding one. These are ideas to explore, not proven prerequisites, acquisition dates, or levels of mastery. Each ribbon counts employer moves with that skill pair; one move can contribute several pairs.

Weekly indexed postings requiring event-driven architectures — last 90 days

Salary distribution

Box = 25th–75th percentile · tick = median · whisker = 10th–90th · USD, annualized

Career paths around event-driven architectures

Skills documented before and after this skill across employer changes.

Historical career profiles · all locations

Skills before event-driven architectures

Before event-driven architecturesSpring Boot → event-driven architectures: 5 observed employer moves with this skill pairS3 → event-driven architectures: 5 observed employer moves with this skill pairJenkins → event-driven architectures: 4 observed employer moves with this skill pairAWS services → event-driven architectures: 3 observed employer moves with this skill pairdocker → event-driven architectures: 3 observed employer moves with this skill pairEC2 → event-driven architectures: 3 observed employer moves with this skill pairpython → event-driven architectures: 2 observed employer moves with this skill pairRedux → event-driven architectures: 2 observed employer moves with this skill pairevent-drivenarchitecturesSpring Boot: 5 movesSpring Boot5 movesS3: 5 movesS35 movesJenkins: 4 movesJenkins4 movesAWS services: 3 movesAWS services3 movesdocker: 3 movesdocker3 movesEC2: 3 movesEC23 movespython: 2 movespython2 movesRedux: 2 movesRedux2 moves

Skills after event-driven architectures

After event-driven architecturesevent-driven architectures → AWS: 3 observed employer moves with this skill pairevent-driven architectures → API Gateway: 2 observed employer moves with this skill pairevent-driven architectures → Microservices: 2 observed employer moves with this skill pairevent-driven architectures → Spring Boot: 2 observed employer moves with this skill pairevent-driven architectures → sql: 2 observed employer moves with this skill pairevent-driven architectures → OAuth: 1 observed employer moves with this skill pairevent-driven architectures → Asynchronous data processing: 1 observed employer moves with this skill pairevent-driven architectures → AI-driven decision-making: 1 observed employer moves with this skill pairevent-drivenarchitecturesAWS: 3 movesAWS3 movesAPI Gateway: 2 movesAPI Gateway2 movesMicroservices: 2 movesMicroservices2 movesSpring Boot: 2 movesSpring Boot2 movessql: 2 movessql2 movesOAuth: 1 movesOAuth1 movesAsynchronous data processing: 1 movesAsynchronous dataprocessing1 movesAI-driven decision-making: 1 movesAI-drivendecision-making1 moves
How to read this chart · view counts

Each side is an independent set of observed employer moves, not the same people followed through three stages. Ribbon widths compare move counts within that side. Internal moves are not included.

The following position documents a skill that the preceding position does not. Skills must be linked to both positions, with clear dates and no overlap. One move can connect several skill pairs. These patterns suggest skills to explore; they do not establish prerequisites, when a skill was learned, or a higher skill level.

Source: Skillenai talent graph, historical career profiles. Historical descriptions and coverage can change. Only the leading published connections are shown.

Observed connections and move counts
ConnectionMoves
Before: Spring Boot5
Before: S35
Before: Jenkins4
Before: AWS services3
Before: docker3
Before: EC23
Before: python2
Before: Redux2
After: AWS3
After: API Gateway2
After: Microservices2
After: Spring Boot2
After: sql2
After: OAuth1
After: Asynchronous data processing1
After: AI-driven decision-making1

Roles most likely to require event-driven architectures

Among roles with at least 20 postings in the same period.

RolePostings mentioning skill% of role postings mentioning skill
Integrations Engineer725.0%
SDET Engineer525.0%
Field Engineer613.3%
Engineering Lead1412.0%
Software Engineering Director1011.9%
Python Engineer611.5%
Technical Solution Architect29.5%
Enterprise Solution Architect29.1%
Software Engineering Technical Leader48.9%
Lead Developer37.7%

Roles with the most event-driven architectures postings

RolePostings mentioning skillShare of skill postings
Software Engineer65539.4%
Backend Engineer935.6%
Engineering Manager623.7%
Full Stack Engineer543.2%
Data Engineer321.9%
Product Manager321.9%
Solutions Architect321.9%
AI Engineer281.7%
Backend Software Engineer221.3%
Software Architect221.3%

Top companies posting jobs requiring event-driven architectures

Employers ranked by indexed job postings in the last 90 days.

Top companies posting jobs requiring event-driven architectures
CompanyPostings · 90 days
Wise36
Mastercard32
CLERA27
eBay22
Adobe19
Cisco18
Barclays17
Stripe16
Airwallex14
JPMorgan Chase & Co.14

Job postings indexed over the past 90 days, grouped by resolved employer. Counts are postings, not hires. Companies without a published page appear without a link.

Top metros hiring for event-driven architectures

NamePostingsShare
London674.0%
San Francisco633.8%
New York City563.4%
Bengaluru513.1%
Berlin392.3%
Pune281.7%
Singapore271.6%
Toronto271.6%
Amsterdam261.6%

Skills commonly paired with event-driven architectures

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How this was computed

Counts derive from the Skillenai jobs index over the 90 days ending 2026-09-30. Skills are resolved against the Skillenai canonical taxonomy, so the same entity is counted whether a posting writes 'Python', 'Python 3', or 'python'. Role prevalence divides postings mentioning event-driven architectures by all postings for each role in the same window, ranking roles with at least 20 postings. Role distribution divides each role’s event-driven architectures postings by all event-driven architectures postings, including postings without a role. Shares need not sum to 100% for the displayed roles. Pages refresh weekly (or daily for the top-50 most-requested skills). Adjusted posting share: 0.7% to 0.7%. Demand share change is the relative percentage change between these adjusted shares. Each employer-and-ATS group has at least 10 postings in each 90-day window; its earlier posting count supplies the same weight in both windows. The panel includes 2,596 identified employers and covers 68% of earlier and 72% of latest indexed postings. Windows: 2026-06-02 to 2026-08-31 and 2026-06-30 to 2026-09-28 (UTC; end dates excluded). The windows overlap by 62 days. Dates reflect indexing, not the employer’s posting date. This measures posting mix, not total hiring or market-wide demand. Matching excludes entrants and exits; changes in crawl completeness within an employer or ATS can still affect the result.

source
Skillenai jobs index, deduplicated daily
entity_id
df9fb19911c88b73
data_as_of
2026-09-30
window_days
90
Hiring engineers who use event-driven architectures?

The demand, skills, and geo numbers on this page come from the same Skillenai labor market index that powers our API. Use it for compensation benchmarking, hiring-competition analysis, and skill-adoption tracking.

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Compiled by Jared Rand · Data sourced from the Skillenai labor market index