Java Performance Architect – Remote - FS450

 At Fresche Solutions, we offer a great work-life balance with flexible hours. You can work remotely from anywhere in North America or from one of our offices—the decision is yours.

 
Why Join Fresche? We believe in leading our industry through innovation, delivering exceptional outcomes, and helping our customers achieve lasting success. Our goal is to ensure that 100% of our customers are referenceable. Our distinct company culture has made Fresche a top employer and a trusted partner to our customers for eleven consecutive years. We work hard to ensure that our values are reflected in everything we do—from setting priorities and developing ideas to delivering solutions and supporting our clients.

 

About the Role

As a Java Performance Architect, you will play a pivotal role in diagnosing, designing, and optimizing complex enterprise Java environments.

This position has a particular focus on Java application and system performance optimization. We are looking for someone with deep expertise in JVM behaviour and enterprise application performance who can identify bottlenecks across the application, middleware, database, operating-system, and infrastructure layers.

You will investigate complex production performance issues, identify root causes, and architect practical solutions that improve application responsiveness, transaction throughput, scalability, resource utilization, reliability, and overall system efficiency.

You will also work directly with clients and internal teams to lead technical discovery, communicate findings, recommend architectural improvements, and support implementation through completion.

What You Will Be Doing

• Lead the investigation and resolution of complex Java performance issues across the full technology stack, including application code, JVM, middleware, databases, operating systems, infrastructure, and external dependencies.
• Analyze JVM and application behaviour including memory utilization, garbage collection, threading, concurrency, CPU usage, connection management, application-server configuration, latency, and throughput.
• Use profiling, observability, thread dumps, heap dumps, database analysis, and other diagnostic techniques to identify root causes and recommend improvements to scalability, stability, and resource utilization.
• Evaluate application architecture and design scalable, maintainable, and high-performing Java solutions across traditional, distributed, cloud, and modernized environments.
• Lead technical discovery sessions, architecture workshops, performance assessments, and solution-design discussions with clients and internal teams.
• Produce and present technical findings, architecture recommendations, root-cause analyses, remediation plans, and implementation roadmaps while serving as a senior technical escalation point throughout delivery.
  

What You Must Have

• Bachelor’s degree in Computer Science, Software Engineering, Computer Engineering, or a related field, or equivalent practical experience.
• 10+ years of experience designing, developing, troubleshooting, and architecting complex enterprise applications, with demonstrated experience in a senior architecture, principal engineering, or technical leadership role.
• Deep hands-on experience with Java and JVM performance optimization, including memory management, garbage collection, threading, concurrency, heap/thread analysis, JVM tuning, profiling, latency, and throughput.
• Experience with enterprise Java frameworks and application servers such as Spring/Spring Boot, WebSphere, WebLogic, JBoss/WildFly, Tomcat, Open Liberty, or comparable technologies.
• Strong experience diagnosing production performance issues across multiple layers, including application code, JVM, middleware, database, operating system, infrastructure, and network dependencies.
• Experience with application performance monitoring, observability, and diagnostic tools such as Dynatrace, AppDynamics, New Relic, Datadog, Splunk, Java Flight Recorder, Java Mission Control, VisualVM, or comparable tools.
• Strong understanding of database performance, scalability, capacity planning, resource utilization, and application-to-database interactions.
• Strong client-facing communication, technical documentation, presentation, problem-solving, and stakeholder-management