• designing, implementing, and validating Adobe Real-Time CDP solutions • building and maintaining data and identity foundation • configuring RTCDP components • implementing ingestion pipelines • mapping data to appropriate XDM classes • building and maintaining RTCDP segments • collaborating with cross-functional teams

• Design, integrate, and test RF front end design & subsystems supporting EMSO and EW sensing, including antennas, RF front-end components, and software-defined radios (SDRs). • Develop RF architectures that enable wideband spectrum awareness, direction finding, and spectrum agility across VHF, UHF, and lower SHF bands. • Work with external vendors and partners to specify, evaluate, and validate custom RF components or subsystems when required to ensure Forterra’s systems can support a wide array for tasks. • Rapidly prototype RF systems using commercial off-the-shelf (COTS) or government off-the-shelf (GOTS) components, balancing speed, performance, and system maturity. • Perform RF field testing, system demonstrations, experimentation, and validation. • Collaborate with electrical and mechanical engineers to integrate RF hardware into autonomous vehicle platforms, considering antenna placement, grounding, shielding, and enclosure considerations. • Diagnose and resolve RF performance issues including interference, data rate/bandwidth limitations, and RF chain degradation in real-world environments.

• Customer Engagement: Work alongside Energy Advisors and vSEM coaches to analyze customer load profiles and find low / no-cost curtailment strategies that align with specific business operations at each facility. • Analyzing interval energy use data and working with customers to discover energy efficiency opportunities will also be a regular component of this role. • Technical Resource Development and Training: Contribute to research and documentation to help shape internal resources and best practices for technical engagement. • Monitor the performance of Energy Advisors, collaborating with the Technical Team manager to identify training needs and opportunities for professional development. • Measurement and Verification (M&V): Partner with the internal M&V team to evaluate and communicate performance results of both peak shaving and energy use reduction. • In some cases, this would include assisting Energy Advisors and vSEM Coaches with resolving technical issues with the customer. • Training and Professional Development: Learning & training on additional technical skills to prepare to be a dynamic contributor to other programs outside of vSEM.

• Design and implement validation algorithms and metrics for planning and control performance (safety, comfort, efficiency, compliance). • Build and maintain scalable evaluation pipelines for offline and closed-loop testing. • Analyze failures and regressions, identify root causes, and drive algorithm improvements. • Partner closely with planning, control, simulation, and safety teams to validate new capabilities before release. • Provide technical leadership on validation methodology and best practices.