Hybrid Business Systems Analyst - UX Design & Process Lead

Spectraforce Technologies; Auburn Hills (MI); Hybrid; USD 90,000 - 120,000; Full time

Job summary

Spectraforce Technologies seeks a Senior/Experienced Business Systems Analyst in Auburn Hills, MI. This hybrid role requires 5–7 years in business/system analysis and 3–5 years in UX documentation, with proficiency in JIRA and Confluence.

The position is a 6-month contract with potential extension, collaborating with cross‑functional teams to deliver user‑centered solutions. The ideal candidate will lead workshops, document functional and non‑functional requirements, and drive design decisions

Qualifications

• 5–7 years of overall business/system analysis experience.
• 3–5 years of UX documentation and design experience.
• Experience with multiple delivery methodologies including waterfall, iterative, and agile.

Responsibilities

• Lead gathering and synthesis of functional/non-functional requirements aligned to business strategy.
• Identify and conduct workshops/interviews to clarify and document requirements.
• Analyze user needs, program functions, and steps to develop/modify applications.
• Assess requirements and provide design leadership on impact to processes and systems.
• Capture and communicate requirements to support downstream planning and execution.
• Create business process documentation: flows, diagrams, and use cases.
• Contribute to project estimation and resource planning for requirements gathering.

Skills

Agile methodologies

Waterfall methodologies

UX design

Tools

JIRA

Confluence

Job description

Spectraforce Technologies seeks a Senior/Experienced Business Systems Analyst in Auburn Hills, MI. This hybrid role requires 5–7 years in business/system analysis and 3–5 years in UX documentation, with proficiency in JIRA and Confluence.

The position is a 6-month contract with potential extension, collaborating with cross‑functional teams to deliver user‑centered solutions. The ideal candidate will lead workshops, document functional and non‑functional requirements, and drive design decisions