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Platform Engineer Jobs in Wisconsin (NOW HIRING)

Fur ein anspruchsvolles KI- und Datenplattform-Projekt im Enterprise-Umfeld wird ein erfahrener Platform Engineer gesucht. Ziel ist der Aufbau, Betrieb und die Weiterentwicklung einer stabilen ...

Cloud/Platform Engineer

Milwaukee, WI · On-site

$55 - $73.50/hr

MARS Solutions Group is looking for a Cloud/Platform Engineer . Our client is a a global financial services industry leader looking for high-quality talent to make a difference. They are known to ...

Data Platform Engineer

Milwaukee, WI · On-site

$112K - $135K/yr

Artisan Partners is seeking a Data Platform Engineer to join their Data Platform Systems team. The role involves designing, building, and operating platforms that ensure secure access to enterprise ...

Data Platform Engineer

Milwaukee, WI · Hybrid

$112K - $135K/yr

Artisan Partners is seeking a Data Platform Engineer to join our Data Platform Systems team. This team is responsible for the infrastructure, services, security controls, and engineering and ...

Data Platform Engineer

Milwaukee, WI · On-site

$112K - $135K/yr

Artisan Partners is seeking a Data Platform Engineer to join our Data Platform Systems team. This team is responsible for the infrastructure, services, security controls, and engineering and ...

Data Platform Engineer

Milwaukee, WI · On-site

$112K - $135K/yr

Artisan Partners is seeking a Data Platform Engineer to join their Data Platform Systems team, which is responsible for firm-wide data availability and integrity. The role involves designing ...

As a member of the Systems Engineering Department, the Platform TT&C Systems Engineer will provide technical expertise for the Tracking, Telemetry and Command subsystem that provides a communication ...

Advanced ability working with machine learning frameworks, programming languages like Python, and cloud platforms. * Strong analytical and problem-solving skills with expertise in AI/ML techniques.

Lead AI Platform Engineer

Madison, WI · On-site

$151K - $256K/yr

Advanced ability working with machine learning frameworks, programming languages like Python, and cloud platforms. * Strong analytical and problem-solving skills with expertise in AI/ML techniques.

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Platform Engineer information

See Wisconsin salary details

$33

$64

$95

How much do platform engineer jobs pay per hour?

As of Jul 17, 2026, the average hourly pay for platform engineer in Wisconsin is $64.55, according to ZipRecruiter salary data. Most workers in this role earn between $50.96 and $74.47 per hour, depending on experience, location, and employer.

What Is a Platform Engineer?

A platform engineer writes code that bridges the gap between software and hardware and tests the system so that it runs effectively and smoothly. In this career, you are a vital part of the software and hardware industries. You run diagnostics tests to verify the correct design of hardware, which usually means writing code for manufacturing diagnostics so that the testing of the hardware takes place automatically. The qualifications needed for a career as a platform engineer include a bachelor’s degree in computer science or an associate’s degree and relevant work experience.

What is the salary of a platform engineer?

The salary of a platform engineer typically ranges from $90,000 to $150,000 annually, depending on experience, location, and company size. Senior roles or those with expertise in cloud platforms and automation tools may earn higher compensation.

What does a platform engineer do?

A platform engineer designs, builds, and maintains the underlying infrastructure and tools that support software development and deployment. They work with cloud services, automation, and scripting to ensure scalable, reliable, and efficient platforms for applications. Strong knowledge of systems, networking, and scripting languages is essential for this role.

What are Platform Engineers?

Platform Engineers are IT professionals who design, build, and maintain the foundational technology systems (or platforms) that enable software development and operations teams to deploy and manage applications efficiently. Their work involves creating scalable, reliable, and automated infrastructure, often using tools like cloud services, container orchestration, and CI/CD pipelines. Platform Engineers collaborate closely with developers, DevOps, and IT teams to ensure that the technology stack supports business needs and software delivery. They help streamline workflows, improve system reliability, and enable faster release cycles.

What are the key skills and qualifications needed to thrive as a Platform Engineer, and why are they important?

To thrive as a Platform Engineer, you need a solid background in computer science, systems architecture, and cloud infrastructure, often supported by a relevant degree or equivalent experience. Familiarity with containerization tools (like Docker and Kubernetes), infrastructure-as-code platforms (such as Terraform), and cloud services (AWS, Azure, or GCP) is typically required, along with relevant certifications. Strong problem-solving skills, collaboration, and effective communication help Platform Engineers drive reliability and innovation within technical teams. These competencies are crucial for building scalable, secure, and efficient platforms that support an organization's technology needs.

What engineers make 200,000 a year?

Senior platform engineers, cloud engineers, and software engineers with specialized skills in cloud infrastructure, distributed systems, or security can earn $200,000 or more annually. These roles often require extensive experience, advanced certifications, and proficiency with tools like AWS, Azure, or Google Cloud Platform.

How does a Platform Engineer typically collaborate with development and operations teams?

Platform Engineers work closely with both development and operations teams to design, build, and maintain scalable infrastructure and deployment pipelines. They often serve as a bridge, ensuring that applications can be deployed reliably and efficiently while meeting the requirements of both teams. Regular communication is key, as Platform Engineers gather feedback from developers about tooling needs and coordinate with operations to uphold system stability and security. This collaborative environment fosters automation, streamlines workflows, and supports continuous delivery practices.

What engineers make $500,000 a year?

Senior platform engineers, cloud architects, and software engineers with extensive experience, specialized skills, and leadership roles can earn $500,000 or more annually. High compensation often involves working at large tech companies, possessing expertise in cloud infrastructure, distributed systems, and advanced programming, along with performance-based bonuses and stock options.

What is the difference between Platform Engineer vs DevOps Engineer?

AspectPlatform EngineerDevOps Engineer
CredentialsBachelor's in CS or related field, often cloud certificationsBachelor's in CS, DevOps certifications (e.g., Docker, Kubernetes)
Work EnvironmentDesigning and building platform infrastructure, working with cloud servicesAutomating deployment, CI/CD pipelines, and system operations
Industry UsageTech companies, cloud providers, SaaS firmsSoftware development, IT operations, cloud services

Platform Engineers focus on creating and maintaining the underlying infrastructure and platforms, while DevOps Engineers streamline development and deployment processes through automation. Both roles collaborate closely but have distinct focuses within the software development lifecycle.

What are the most commonly searched types of Platform Engineer jobs in Wisconsin? The most popular types of Platform Engineer jobs in Wisconsin are:
What are popular job titles related to Platform Engineer jobs in Wisconsin? For Platform Engineer jobs in Wisconsin, the most frequently searched job titles are:
What job categories do people searching Platform Engineer jobs in Wisconsin look for? The top searched job categories for Platform Engineer jobs in Wisconsin are:
Infographic showing various Platform Engineer job openings in Wisconsin as of July 2026, with employment types broken down into 89% Full Time, and 11% Contract. Highlights an 89% In-person, and 11% Hybrid job distribution, with an average salary of $134,270 per year, or $64.6 per hour.
Platform Engineer - Palantir

Platform Engineer - Palantir

Acrisure

Stevens Point, WI

Full-time

Posted 28 days ago


Job description

AURIS AI| PLATFORM ENGINEERING

Platform Engineer - Palantir

Hands-On Builder, Cost Steward & Component Curator

About Acrisure

Acrisure is a global fintech leader empowering ambitious businesses and individuals with customized solutions that drive growth and impact. We combinecutting-edgetechnology with expert human support to deliver tailored insurance, reinsurance, payroll, benefits, cybersecurity, mortgage services, and more.

In the last twelve years, Acrisure has grown from $38 million in revenue tonearly$5 billionand now employs more than 19,000 colleagues across 20+ countries. Built on entrepreneurial spirit, we prioritize leadership, accountability, and collaboration - equipping our teams to work at the highest levels and solve meaningful challenges.

Role Summary & Mission

The Platform Engineer - Palantir is the technical owner of Acrisure's Palantir environment - the personultimately accountablefor the substrate that every Palantir use case is built on. Where FD Partner, FD Delta, and FD Echo are forward-facing roles deploying value to business units, this role is the internal-facing counterpart: the operator, architect, and component curator who defines what the entire Program can build on, how it builds, and how efficiently it builds.

This role is intentionally designed as both senior and hands-on. The Platform Engineer sets the strategy for ingress and egress, marking and permissions architecture, environment topology, compute and storage cost optimization, release governance, and the reusablecomponentcatalog - and then implements that strategy hands-on inside the platform. The person in this seat must be the most technically credible voice in the room on Palantir platform mechanics, while also presenting cost-to-value, capacity, and reusability tradeoffs to the CTO and executive sponsors. Credibility in this role is earned through doing, not delegating.

This is a primarily internal-facing role. Travel is minimal - typically less than 10% (1-2 nights/month) on average, primarily for Palantir partner engagement, working sessions, and occasional business unit deployments.

Key Responsibilities

Hands-On Platform Operations

  • Actively configure and operate Palantir tenant settings across the platform stack - Projects, Groups, Markings, Roles, Resource Queues, Compute, and product-level controls - making changes directlyinthe platform rather than routing them to engineers.

  • Design and implement the ingress strategy: source system connections, connectors, schema management, and standards for incremental, batch, and streaming data flows.

  • Design and implement the egress strategy: Marketplace exports, OSDK and external API exposure, file/data export controls, and downstream consumption boundaries.

  • Own the permissions architecture across the platform - marking taxonomy, group hierarchy, role assignments, and least-privilege standards - and personallymaintainthe most sensitive configurations.

  • Personally triage and resolve platform admin issues - permissions, provisioning, ingress/egress configuration, and resource queue contention - rather than routing them to Platform Engineers or Palantir support.

  • Be a go-to resource for external teamsleveragingthe Palantir Platform and escalating questions and issues for resolution.

Componentization & Reusability

  • Drivethe platform-wide reusablecomponentcatalog - pipeline templates, Ontology patterns, Workshop building blocks, OSDK modules, Marketplace products, reusable agents, and shared utilities - covering both platform-management and business-facing use cases.

  • Establish standards for what gets componentized, how components are versioned and documented, and how they are discovered and consumed by FD Delta, FD Echo, and the broaderPlatform.

  • Partner with FD Delta and FD Echo to extract reusable patterns from delivered use cases, promote them into the catalog, andconsolidateduplication across the portfolio.

  • Maintain a library of platform-management components - provisioning workflows, permissions templates, audit reports, cost dashboards - that the Platform Engineering team uses tooperatethe environment efficiently.

Cost & Resource Optimization

  • Own end-to-end FinOps for the Palantir environment - usage forecasting, compute optimization, build schedule efficiency, storage tiering, and licensingutilizationacross all platform tools.

  • Establish resource quotas, project allocation models, and guardrails across thePlatformportfolio to prevent runaway cost while enablingdeliveryvelocity.

  • Identifyand remediate cost anomalies in real time; partner with Finance on chargeback,showback, and capacity-based budgeting models.

  • Present cost-to-value tradeoffs, capacity decisions, and reusability ROI to the CTO and executive sponsors with supporting data, framed in business terms.

Governance, Standards & Team Leadership

  • Establish and enforce platform governance standards: branching strategy, environment promotion (dev/staging/prod), release approvals, and change management - and define the SLAs for platform admin services that the Platform Engineering team commits to.

  • Drivethe Palantir platform security posture in partnership with InfoSecand Data team- marking taxonomy, audit logging, sensitive data handling, and compliance support (SOC 2, NYDFS, GDPR, and other applicable regimes).

  • Maintain platformstandardsdocumentation and ensure adherence across FD Delta, FD Echo, Platform Engineering, and Palantir FD Team contributions.

  • Support the Platform Engineering team: contributing to mentorship, technical direction, and standards setting.

  • Support escalation triage for platform constraints raised by FD Partner, FD Delta, and FD Echo - and contribute technical input on platform-vs-delivery tradeoffs.

  • Coordinate directly with Palantir on platform upgrades, feature rollouts, and capability roadmap alignment.

Required Skills & Competencies

Palantir Platform Proficiency (Required - Not Optional)

  • Deep hands-onexpertisewith Palantir tenant administration across the platform stack: Projects, Groups, Markings, Roles, Resource Management, Compute Modules, and audit/observability tooling.

  • Hands-on experience with ingress patterns - connectors, agent-based ingestion, source system integration, and pipeline scheduling at enterprise scale.

  • Hands-on experience with egress controls - Marketplace, OSDK external endpoints, data export governance, and external-facing API exposure.

  • Workingproficiencyacross the Palantir product surface - Foundry (Pipeline Builder, Code Repositories, Ontology, Workshop, OSDK), AIP (Agent Studio, Logic, Evals), and adjacent products (Marketplace, Quiver) - sufficient to administer, govern, and componentize each.

  • Strong Python, TypeScript/JavaScript, and SQL skills - the Platform Engineer writes platform tooling, automation, reusable components, and remediation code, not just reviews it.

Componentization & Standards

  • Demonstrated experience building andmaintainingsharedcomponentlibraries, internal developer platforms, or reusable pattern catalogs.

  • Strong API design and abstraction instincts - knows when something is ready to be a reusablecomponentversus a one-off implementation.

  • Documentation and developer-experience sensibility - components only deliver value if they get discovered, understood, and adopted.

Platform Operations & FinOps

  • Demonstrated experienceoperatingan enterprise data platform at scale (Foundry, Snowflake, Databricks, or equivalent).

  • Strong FinOps fundamentals - usage forecasting,computeand storage cost optimization, chargeback model design, and capacity planning.

  • Experience with release management, CI/CD pipelines, and environment promotion strategies.

Governance & Security

  • Working knowledge of enterprise security and access control patterns: RBAC, ABAC, attribute-based markings, least privilege, identity federation, and SSO.

  • Experience supporting compliance frameworks such as SOC 2, NYDFS, GDPR, HIPAA, or similar regulated environments.

  • Demonstrated comfort partnering with InfoSec, Internal Audit, and Enterprise Architecture peers - translating platform mechanics into language those audiencesrequire.

Leadership & Communication

  • Demonstrated ability to work effectively within a senior technical team - contributing to direction and standards while executing hands-on.

  • Ability to present platform cost, capacity, reusability, andrisktradeoffs to a CTO/CIO-level audience and to translate technical decisions into business outcomes.

  • Strong written communication skills - able to author governance documents, RFCs, architecture decision records,componentspecifications, and platform standards.

Experience

  • 5-10+ years of experienceoperating, architecting, and administering enterprise platforms.

  • Prior Palantir Foundry administration experience strongly preferred; experienced platform leads from Snowflake, Databricks, or AWS/Azure-native enterprise data stacks are encouraged to apply.

  • Prior experience in insurance, financial services, or similarly regulated industries is a strong plus.

  • Bachelor's orMaster's degree in Computer Science, Engineering, or related technical field.

  • Optional: Bachelor's orMaster's degree in Business, Finance, or related business field.

Success Metrics / KPIs

Metric& Indicator of Success

Admin Request SLA Adherence

% of access, provisioning, ingress/egress, and configuration requests fulfilled within committed turnaround targets

Cost Efficiency

Compute, storage, and licensing cost per active use case trending favorably quarter-over-quarter

Permissions Hygiene

% of projects, groups, and markings in compliance with least-privilege standards; reduction in audit findings

Ingress / Egress Posture

Zero unauthorized data movement events; 100% of inbound and outbound data flows mapped, classified, and approved

ComponentCatalog Adoption

# of reusable components in the catalog and % of new use cases consuming 1 catalogedcomponent

Platform Team Throughput

Platform Engineering velocity against capacity plan; reduction in cross-pod escalations and repeat requests

Interactions / Stakeholder Map

Stakeholder| Relationship Type| Key Interaction

Platform Engineering Team

Peer & Contributor

Peer collaboration; technical contribution, mentorship, and standards adherence

FD Partner

Support

Platform constraints, environment provisioning, deployment coordination, escalation

FD Delta

Govern & Partner

Standards enforcement, build infrastructure, code repository administration, component extraction and promotion

FD Echo

Collaborate& Partner

Productionalization handoff, monitoring configuration, release management, reusable lifecycle templates

CTO & Executive Sponsors

Report & Advise

Platform strategy, cost-to-value tradeoffs, capacity, risk, reusability, and roadmap reporting

InfoSec & Internal Audit

Comply & Partner

Security posture, audit findings, compliance reporting, sensitive data handling

Enterprise Data Team

Peer & Align

Integration patterns, identity strategy, egress policy, enterprise data architecture

Finance

Partner

Chargeback andshowbackmodels, capitalization logic, cost reporting, capacity forecasting

Candidate Experience & Workplace Culture

We strive for inclusive job descriptions and encourage candidates from all backgrounds - including those who might not meet every preferred qualification - to apply and grow with us. Acrisure believes that diversity of experience le...