• Provide forensic engineering analysis of cases involving roadway defects or roadway issues that may be a contributory cause to a crash or an incident. • Assist clients and other team members with cases involving roadway issues that may be related to a vehicle crash or bicycle/pedestrian incident. • Analyze roadway plans, daily work reports, specifications, and other documents that may pertain to a vehicle accident or other event associated with a litigation matter, such as a drowning or a fall. • Conduct field investigations including surveys and photographs. • Provide technical findings, analysis, and conclusions, either verbally or in writing, in a timely fashion and in laymen’s terms. • Travel for field work. • Maintain communication with client and project team on status and scope of assigned projects. • Maintain technical and professional knowledge related to your practice area(s) through attending continuing education courses and workshops, attending industry/practice related seminars, reviewing relevant scientific and professional publications, and participating in professional organizations and societies. • Continuously meet or exceed assigned performance metrics and goals.

• Study design, execution, data analysis, and report preparation • Managing multiple concurrent projects • Client-facing activities, such as client management and business development • Potentially serve as a testifying expert in litigation.

• Independently lead projects as Project Manager or Subproject Manager (m/f/d) • Structural design of pedestrian and cycle bridges of all types • Manage design competitions together with architects (m/f/d) • Share your experience by mentoring and guiding junior colleagues (m/f/d) • Lead and support business development/acquisition projects

• Build Your Foundation: Start with hands-on performance testing and tuning tasks, master the fundamentals before innovating • AI-Powered Performance Testing: Design and implement intelligent test strategies using LLMs, ML models, and AI agents to automate and enhance performance testing workflows • Intelligent Performance Analysis: Build AI-driven tools that can automatically detect anomalies, identify bottlenecks, and provide actionable insights from complex performance data • Innovation & Research: Explore and experiment with the latest AI technologies and evaluate their potential in performance engineering • Real Impact: Your work will directly influence how we ensure system reliability and performance for millions of users