Key Skills

Job Description

About the role We are looking for a highly skilled RF Application Engineer to join our NPI Multi-Market team. This team of RF Power Application Engineers is located across Smithfield (USA), Nijmegen (The Netherlands), Toulouse (France) and Shanghai (China). Collectively this team designs demos and reference designs complemented by design-in support to customers in the Multi-Market segment. These demos and reference designs target different application areas like ISM, Healthcare, Broadcast, Radar, and Mobile Radio. The location of the RF Power Application Engineer position can be either Nijmegen (The Netherlands), or Toulouse (France). This role requires a deep understanding of advanced RF power amplifier architectures, including complex, high‑efficiency topologies such as Class-E/EF2. You will be challenged by optimizing efficiency, linearity, gain, and thermal performance. And you will bring hands‑on experience with key semiconductor technologies such as LDMOs and GaN on SiC. Key Responsibilities Your main responsibilities are: Design, simulation and performance measurements of advanced high performing demo boards. Define with the customer the key requirements for their specific reference design and design and evaluate this reference design accordingly. Technically support our customers to ensure a successful integration of our products in the customer environment. Key support to give is on: RF performance, matching architecture, thermal design, reliability and product lifetime. Address and solve with the customer their most complex system issues. Writing Application Notes on specific features and usage of our products. Do detailed benchmarking of our products against competing products to further determine our competitive edge. Based on customer interactions propose and define innovative products to meet market trends and maintain our competitiveness Actively build and maintain a network of contacts in own and related fields to gain and share knowledge. Professional active participation in customer visits at the Ampleon site and at the customer site. Qualifications and Education Requirements At least 6 years of relevant RF design experience High Power amplifier design >100W, PCB layout, prototyping, troubleshooting Understanding specifics of all Classes of operation and ability to design them RF simulation tools like ADS/MWO and 3D EM simulation All regular RF equipment and measurement techniques A proven track record, demonstrating completion of multiple successful complex integrations of products in customer application environment. Ability to analyze and resolve highly complex technical problems independently Master’s degree in electrical engineering (or equivalent) with specialization in RF Power & Microwave Preferred Skills Curiosity and Eager to grow and teach in RF/Microwave techniques and Power Amplifier Design, Analytical problem solving skills for complex integration challenges, Have a driven and pro-active hands-on attitude, Ability to take the initiative and drive for results, Strong team player and good communication skills, Demonstrating strong teamwork skills in an international environment, Customer focus and able to defend customers and Ampleon’s interest.

Core Responsibilities

Design, simulate, measure, and optimize RF power amplifier demo boards and customer-specific reference designs. Support customer product integration and resolve complex system issues, while producing application notes, benchmarking products, identifying market-driven product opportunities, and building technical relationships.

Requirements

Requires at least six years of relevant RF design experience, including design of amplifiers above 100 W, PCB layout, prototyping, troubleshooting, and familiarity with RF and 3D EM simulation tools and measurement equipment. A master's degree in electrical engineering or equivalent, specialized in RF power and microwave engineering, is required, along with a track record of successful complex customer integrations and the ability to solve technical problems independently.