• Guide and Direct Production of Fire Protection / Plumbing Engineering Documents (50%) • Independently perform intermediate to advanced engineering work • Perform intermediate to advanced plumbing and fire protection design tasks under a senior engineer’s supervision • Perform intermediate to advanced computations and analysis for plumbing systems • Utilize AutoCAD and Revit software to prepare drawings and visual aids • Review and write sequence of operations • Guide and Direct Pre-Construction Activities (15%) • Survey existing building conditions and prepare technical reports of findings • Collect data and other information for construction documents • Prepare project design, specification and construction documents • Guide and Direct Construction Activities (25%) • Work as part of the engineering team and interact closely with the project management team • Interacts directly with client on technical issues • Review shop drawings and submittals • Review and respond to RFIs • Review and complete punch lists and project close out documents • Reporting (10%) • Prepare project progress reports for internal and external stakeholders • Update and maintain shop drawing and RFI log • Manage personal hours using company tools

• Work directly with customers, end-users, architects, and UT internal stakeholders to develop physical security system designs based on client requirements, standards, and best practices. • Create complete AutoCAD drawing packages for physical security systems including, but not limited to, Access Control, Video Surveillance, Intrusion Detection, and Intercom systems. • Develop drawing packages from concept-level designs, existing designs, or customer-provided documentation. • Update and maintain drawing packages to reflect design changes, red-lines, and final as-built conditions. • Incorporate customer-specific CAD standards, layering conventions, symbols, title blocks, and documentation requirements. • Support RFP, design/build, and proposal efforts through drawing takeoffs, system layouts, and documentation development. • Create Bills of Materials (BOMs) based on CAD designs and system requirements. • Develop technical Scopes of Work (SOWs) aligned with system designs and customer expectations. • Generate cost estimates based on drawings, BOMs, and system designs for specific customers. • Collaborate with Solutions Engineers, Project Managers, and Operations teams to ensure design intent, constructability, and installation alignment. • Maintain version control, drawing accuracy, and documentation quality throughout the project lifecycle. • Demonstrate understanding of construction documentation and coordinate physical security designs within architectural and engineering backgrounds. • Ability to independently manage multiple design tasks and priorities in a fast-paced, remote environment.

• Own the integrated program schedule and keep it continuously true, highlighting critical path, decision points, and recovery plans • Lead vendor execution across CM/ODM and key partners by driving deliverables, timelines, and fast issue closure • Drive manufacturing transfer readiness by aligning DFM/DFT actions, build plans, work instructions, and release criteria • Implement and run a lightweight document control and change control system that scales, including ECR intake and ECO rollout • Establish and run program cadence, including build readiness reviews, weekly status, and action tracking with clear owners and dates • Surface and manage program risks by maintaining a living risk register and driving mitigation burn-down with accountable owners • Coordinate build execution by ensuring test readiness, fixture availability, provisioning flow clarity, and failure triage loops • Track program-level budget buckets and forecasts, flagging cost growth early and driving tradeoff decisions • Translate between engineering detail and leadership clarity by delivering crisp updates, escalations, and decision framing • Partner with Systems Engineering, Ops, and Quality to keep requirements, verification, and sustainment needs aligned across releases

• Develop the technical roadmap for RF components and systems, aligning with the company's product vision. • Architect system-level solutions for plasma-enhanced antenna technology, focusing on performance, scalability, and reliability. • Lead research and development efforts for RFICs, high-power amplifiers, and advanced antenna systems. • Perform advanced modeling and simulation to optimize system performance. • Lead the design and integration of RF modules and subsystems. • Troubleshoot complex RF systems and identify solutions to challenging technical problems. • Mentor junior engineers, fostering technical growth and excellence within the team. • Interface with stakeholders and customers to understand their needs and translate them into technical requirements. • Collaborate with cross-functional teams to ensure seamless system integration. • Identify new applications and use cases for core technology. • Evaluate complementary technologies and acquisition opportunities. • Manage intellectual property strategy and patent portfolio. • Foster innovation culture and technical excellence. • Lead systems engineering that integrates electrical engineering and applied plasma physics end-to-end. • Architect modular designs enabling upgrades and software-defined antenna behaviors; drive manufacturability with contract partners. • Lead technical development for the company's primary and secondary products, from concept to prototype to qualification. • Own rapid prototyping cycles: plan experiments, instrument tests, analyze results, and iterate. Build and run a lean lab environment that balances velocity with rigor. • Drive compliance pathways and coordinate with test labs and government partners to qualify systems for operational use. • Act as the senior technical interface to DoD/USG stakeholders and industry partners; communicate clearly and credibly with non-technical decision-makers.