Perform radio frequency engineering duties in the Orchard Park, NY area. Creating and designing new product designs to meet or exceed all customer requirements and specifications using impedance matching, VSWR optimization, and miniaturization techniques. Executing project design concepts effectively to fulfill customer and internal requirements within a predetermined schedule and budget. Responsible for fabrication of antenna concepts, prototypes, and components and refining concepts to develop robust, cost effective, and manufacturable designs. Identifying risks in the design phase and mitigating those risks through engineering design, material and scheduling alternatives Effectively transferring antenna designs to manufacturing and ensuring products meet specifications and quality requirements. Conducting simulation testing using HFSS Electromagnetic Simulation Software, CST, or similar to optimize designs for gain, bandwidth, and isolation. Conducting performance tests and troubleshooting real-world problems. Testing prototypes using chamber testing and field trials. - Refining concepts to develop robust, cost effective and manufacturable designs. Integrating antennas into constrained environments (e.g., wearables, mobile devices) and dealing with detuning, ground plane effects, and user interference. Identifying and managing project risks early in the design phase. Mitigate risks by engineering design, material and scheduling alternatives to minimize those risks. Assisting in the preparation of proposals including design concepts, task durations, and costing. Coordinating a cross-functional team to ensure projects are carried out with accuracy and efficiency. Effectively interfacing with an interdisciplinary team during presentation of preliminary and critical design reviews, and product transition to manufacturing. Ensuring regulatory standards for product certification with FCC, CE, and other regulatory bodies are met. Send resumes to Kyle Swiat, STI-CO Industries LLC, 15 Cobham Drive, Orchard Park, NY14127.