Inspire11

Solution Analyst

Chicago, IL

Sponsorship not specifiedDetected 63 days ago

AgileCollaborationMentoring

About the role

Solution Analyst - Inspire11 Elevens, as we call ourselves here, are curiously smart, purposefully scrappy, and dedicated to the highest standard of quality.
Inspire11 is more than a modern business and technology consulting firm; we're a revolution.
Every move we make is tied to measurable value, and our success aligns with our clients' success.

Facilitate Agile ceremonies - including sprint planning, backlog refinement, retrospectives, and stand-ups - and support cross-functional teams in adhering to Agile and SDLC frameworks.
Model and document current and future-state business processes using industry-standard techniques such as BPMN, swimlane diagrams, and workflow mapping.
Support product ideation, discovery, and solution design through data profiling, rapid prototyping, and exploratory analysis.
By being true to ourselves and others, we create a respectful environment that enhances collaboration, drives growth through high expectations, and ensures alignment with our core values.
We partner to simplify the complex, solve sustainably, and stay ahead by continuously pushing our own thinking forward.
You'll feel right at home here if you think differently, build boldly, and lead with impact.
It's about the value we create.
You'll have the autonomy to shape your work, drive decisions, and make an impact-not just for our clients but for your growth.
Our clients rely on us to lead them into what's next.
We champion inclusivity and authenticity, knowing that diverse perspectives drive better solutions.

At Inspire11, we're not just offering a job; we're providing a platform for you to transform the future.
Bold thinking, creative approaches, and challenging conventional wisdom are part of our DNA.
Our culture thrives on energy, camaraderie, and appreciating the unique contributions that make Inspire11 an amazing place.

This listing is sourced directly from Inspire11's careers page and normalized into a canonical job model.