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Infrastructure Solutions Engineer Jobs in Ohio (NOW HIRING)

Manifest Solutions

Solution Engineer

Columbus, OH · On-site

Manifest Solutions is currently seeking a Solution Engineer Lead for an onsite position in Columbus ... Coordinate with enterprise architecture, infrastructure, database, identity and access ...

Manifest Solutions

Solution Engineer

Columbus, OH · On-site

Manifest Solutions is currently seeking a Solution Engineer for an onsite position in Columbus, OH ... Escalate provider or infrastructure issues with complete technical evidence and remain accountable ...

Manifest Solutions

Solution Engineer

Columbus, OH · On-site

Manifest Solutions is currently seeking a Solution Engineer for an onsite position in Columbus, OH ... Escalate provider or infrastructure issues with complete technical evidence and remain accountable ...

SourcePro Search, LLC

Infrastructure Architect

Cleveland, OH · On-site

$64 - $81.75/hr

Required : • Bachelor's Degree in engineering or a related technical field. • Demonstrated ability to conceive, architect, and socialize enterprise-class infrastructure solutions and services ...

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Infrastructure Solutions Engineer information

What is an infrastructure solutions engineer?

Infrastructure Solutions Engineers are professionals who design, implement, and manage the foundational technology systems that support an organization's operations. They focus on ensuring that hardware, software, networks, and cloud services work together seamlessly to meet business needs. Their responsibilities often include evaluating technology requirements, developing scalable infrastructure solutions, troubleshooting complex issues, and optimizing system performance. By bridging the gap between technical requirements and business goals, Infrastructure Solutions Engineers play a crucial role in maintaining efficient and secure IT environments.

What are some common challenges infrastructure solutions engineers face when integrating new technologies into existing systems?

Infrastructure Solutions Engineers often encounter challenges related to compatibility and scalability when introducing new technologies into established IT environments. These challenges can include ensuring seamless integration with legacy systems, minimizing downtime during transitions, and maintaining robust security throughout the process. Successful engineers collaborate closely with network administrators, developers, and security teams to plan and test integrations, troubleshoot unexpected issues, and document solutions. Proactive communication and a thorough understanding of both old and new systems are key to overcoming these hurdles.

What are the key skills and qualifications needed to thrive as an infrastructure solutions engineer, and why are they important?

To thrive as an Infrastructure Solutions Engineer, you need a strong background in systems architecture, network administration, and cloud computing, often supported by a degree in computer science or a related field. Familiarity with tools like VMware, AWS, Azure, scripting languages, and certifications such as CompTIA Network+ or AWS Certified Solutions Architect is typically required. Strong problem-solving abilities, communication skills, and the ability to collaborate effectively make someone stand out in this role. These competencies ensure that complex infrastructure solutions are designed, implemented, and maintained efficiently to meet organizational needs.

What is the difference between Infrastructure Solutions Engineer vs Network Engineer?

AspectInfrastructure Solutions EngineerNetwork Engineer
CertificationsCCNA, Cisco certifications, cloud certificationsCCNA, CCNP, Cisco certifications
Work EnvironmentDesigning and implementing infrastructure solutions, working with cloud and on-premise systemsManaging and maintaining network hardware, troubleshooting network issues
Industry UsageIT, cloud providers, enterprise infrastructureTelecommunications, enterprise IT, data centers

While both roles involve networking and infrastructure, the Infrastructure Solutions Engineer focuses on designing comprehensive infrastructure solutions, including cloud integration, whereas the Network Engineer primarily manages and troubleshoots network hardware and connectivity. The roles often overlap but differ in scope and focus.

How much do infrastructure solutions engineers get paid?

Infrastructure Solutions Engineers typically earn a median annual salary ranging from $80,000 to $130,000, depending on experience, location, and certifications. Senior roles or those with specialized skills in cloud platforms or networking can earn higher salaries, often exceeding $150,000 annually.

What are popular job titles related to Infrastructure Solutions Engineer jobs in Ohio?

For Infrastructure Solutions Engineer jobs in Ohio, the most frequently searched job titles are:

What job categories do people searching Infrastructure Solutions Engineer jobs in Ohio look for?

The top searched job categories for Infrastructure Solutions Engineer jobs in Ohio are:

What cities in Ohio are hiring for Infrastructure Solutions Engineer jobs?

Cities in Ohio with the most Infrastructure Solutions Engineer job openings:

Infrastructure Solutions Engineer jobs near you
Infographic showing various Infrastructure Solutions Engineer job openings in Ohio as of August 2026, with employment types broken down into 83% Full Time, 10% Part Time, 1% Temporary, 5% Contract, and 1% Nights. Highlights an 77% Physical, 3% Hybrid, and 20% Remote job distribution.

Solution Engineer

Columbus, OH • On-site

Manifest Solutions
IT Services • 51 - 200 employees
Learn more about Manifest Solutionsexternal

Full-time

Posted 14 days ago

Job description

Manifest Solutions is currently seeking a Solution Engineer Lead for an onsite position in Columbus, OH.
  • Become the senior technical owner for the business applications portfolio.
  • Develop a working understanding of business-critical processes, operating calendars, peak periods, dependencies, and recovery expectations.
  • Define sustainable ownership boundaries across internal support teams, business users, infrastructure teams, database teams, and external service providers.
  • Serve as the senior technical escalation point for complex incidents, recurring defects, data-quality issues, performance problems, and integration failures.
  • Assess the current architecture of data-intensive pricing applications, an enterprise energy-trading and risk-management platform, databases, scheduled processing, interfaces, reports, and supporting tools.
  • Establish practical technical standards for maintainability, reliability, security, data integrity, testing, deployment, and recovery.
  • Lead the design and implementation of application enhancements, integrations, monitoring, automation, and technical-debt reduction.
  • Review code, stored procedures, configurations, deployment plans, and technical designs produced by internal or external developers.
  • Ensure that changes account for upstream data dependencies and downstream pricing, risk, trading, settlement, billing, and reporting impacts.
  • Define monitoring, alerting, support, and recovery practices for mission-critical application processes.
  • Improve visibility into scheduled jobs, interface failures, missing or incomplete data, application health, and processing outcomes.
  • Lead root-cause analysis and ensure that recurring incidents result in durable corrective action.
  • Establish runbooks, support procedures, recovery steps, and operational acceptance criteria.
  • Provide after-hours support leadership when business-critical incidents or operating periods require it.
  • Provide technical direction and mentorship to application-support engineers.
  • Establish cross-training and backup coverage across Microsoft SQL Server, Oracle, application, interface, and scheduled-processing responsibilities.
  • Coordinate knowledge transfer from existing business SMEs, technical SMEs, external providers, and contractors.
  • Use distributed or external development capacity effectively while retaining internal accountability for architecture, quality, and production outcomes.
  • Build a support model that can maintain and enhance the applications without depending indefinitely on individual experts or external intervention.
  • Lead technical planning for packaged-application upgrades and future application-lifecycle decisions.
  • Coordinate with external providers on defects, patches, supported versions, technical limitations, and product roadmaps.
  • Support the transition to a SaaS platform where technical leadership, integration knowledge, or transition coordination is needed.
  • Evaluate longer-term modernization opportunities without disrupting critical business operations.
  • Demonstrated experience leading technical design, complex troubleshooting, application modernization, and production recovery.
  • Ability to provide technical direction without relying on formal reporting authority.
  • Experience mentoring developers, reviewing technical work, and establishing engineering standards.
  • Sound judgment about when to repair, enhance, modernize, replace, or escalate an application or component.
  • Own technical architecture and engineering direction for the application portfolio.
  • Lead complex production incident diagnosis, recovery, root-cause analysis, and corrective-action planning.
  • Establish and maintain technical standards for development, testing, deployment, monitoring, security, documentation, and support.
  • Lead technical knowledge transfer and ensure effective primary and backup coverage for critical applications and processes.
  • Design or oversee application enhancements, integrations, data validations, automated controls, and performance improvements.
  • Review source code, stored procedures, configurations, deployment packages, technical designs, and externally produced changes.
  • Establish monitoring and alerting for application failures, scheduled processes, interfaces, incomplete data, and abnormal processing results.
  • Develop and maintain architecture diagrams, technical documentation, support runbooks, recovery procedures, and dependency records.
  • Coordinate releases, upgrades, patches, environment changes, rollback plans, and production validation.
  • Lead technical interactions with packaged-software providers, custom-development partners, market-data services, SaaS platforms, and other external technology partners.
  • Partner with business leaders and SMEs to prioritize production needs, risks, improvements, and enhancements.
  • Coordinate with enterprise architecture, infrastructure, database, identity and access, cybersecurity, service management, and release teams.
  • Promote compliance with change-management, access-control, audit, security, and applicable regulatory requirements.
  • Mentor application-support engineers and help build a collaborative, accountable, and cross-trained team.
  • Support Choice and adjacent retail-energy platforms when required for continuity, integration troubleshooting, or transition work.

Minimum Requirements
  • Bachelor's degree in Computer Science, Software Engineering, Information Systems, Engineering, or a related technical field. An equivalent combination of education and relevant experience may be considered.
  • 10+ years of relevant software development, application engineering, integration, or production-support experience, including demonstrated technical leadership of complex enterprise applications.
  • Advanced relational-database and SQL experience, with significant experience in SQL Server/T-SQL, Oracle/SQL, or comparable enterprise database technologies.
  • Experience designing, supporting, or troubleshooting data-intensive applications and scheduled processing.
  • Experience with application integrations, REST APIs, file exchanges, and data interfaces.
  • Experience with at least one enterprise development technology such as C#/.NET or Java.
  • Experience with source control, CI/CD, release management, testing, environment promotion, and rollback.
  • Experience leading high-severity incident response and root-cause analysis.
  • Experience producing technical documentation, architecture diagrams, operating procedures, and support runbooks.
  • Ability to provide after-hours production support when business-critical needs require it.

Preferred Qualifications
  • Experience with an enterprise energy-trading, risk-management, or commodity-management platform.
  • Experience supporting energy pricing, risk, trading, scheduling, settlement, or billing processes.
  • Experience with Azure, Azure DevOps, GitHub, IIS, Power Automate, or related enterprise technologies.
  • Experience managing technical work performed by external providers, contractors, or distributed development teams.
  • Relevant cloud, database, software-engineering, ITIL, or DevOps certifications.

Competencies
  • Technical Leadership: Establishes direction, makes sound technical decisions, and guides others through complex work.
  • Operational Ownership: Accepts accountability for system reliability, incident response, recovery, and continuous improvement.
  • Systems Thinking: Understands how applications, data, integrations, people, controls, and business processes affect one another.
  • Problem Solving: Diagnoses complex issues using evidence, identifies root causes, and implements durable solutions.
  • Risk Awareness: Recognizes production, data, security, compliance, external-dependency, and continuity risks before they become incidents.
  • Communication: Explains complex technical issues clearly and adapts communication to the audience.
  • Collaboration: Builds productive relationships across business, technology, provider, and leadership teams.
  • Mentorship: Develops technical capability in others and promotes documentation, cross-training, and shared ownership.
  • Adaptability: Works effectively across packaged applications, custom software, legacy components, SaaS solutions, and evolving business priorities.

Technologies and Tools
  • Databases and Data: Microsoft SQL Server, T-SQL, stored procedures, Oracle, SQL, data reconciliation, data validation, and performance tuning.
  • Applications: Data-intensive pricing solutions and enterprise energy-trading, risk-management, or commodity-management platforms.
  • Development and Integration: C#/.NET, Java, REST APIs, IIS, scheduled and batch processing, and file/SFTP interfaces.
  • Cloud and DevOps: Microsoft Azure, Azure DevOps, GitHub or Git, CI/CD pipelines, automated deployment, and rollback.
  • Automation and Operations: Monitoring and alerting tools, job scheduling, workflow automation, and IT service-management tools.
  • Business Interfaces: Excel-based operational tools, pricing templates, data feeds, reports, and reconciliation processes.
  • Adjacent Platforms: SaaS solutions, retail-energy platforms, market-data services, and other externally managed applications.

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