RF/MW Principal Field Applications Engineer

As an RF/MW Field Applications Engineer for Cadence AWR, you will guide customers through RF/MW design challenges, demonstrate Cadence AWR capabilities, and develop practical solutions. You will train users, support evaluations, and collaborate with sales to advance accounts. The role combines hands‑on design insight with customer-facing communication to drive adoption of our design environment. You will work with cross‑functional teams to prioritize product improvements and stay ahead of market trends. This is a customer‑centric, technically demanding role in Munich that shapes how leading engineers design RF/MW systems using our tools.

• Competitive salary
• 30 days holiday
• Group Pension Plan
• Employee Stock Purchase Plan
• Lunch vouchers
• 5 days paid time to volunteer

• Deliver technical guidance and training on Cadence AWR Design Environment to customers and prospects
• Contribute to technical evaluations and benchmarks
• Consult with customers to understand requirements and relay feedback to internal teams
• Plan and manage customer/prospect activities aligned with market development strategy; provide regular account updates to sales managers
• Partner with R&D to identify and prioritize product improvements
• Monitor and report market and competitor activity
• Deliver technical presentations at Cadence and industry events (occasional)

• 5+ years of RF/MW circuit design experience
• Experience designing RF/MW circuits and using Cadence AWR or other EDA tools
• Experience with electromagnetic (EM) simulation
• Ability to anticipate technical challenges and develop creative solutions
• Ability to technically lead on a wide range of customer engagements
• Effective communication with technical and non-technical audiences
• Bachelor’s degree in Electrical Engineering (BSEE) or equivalent
• Proficiency in English and German

• Effective communication across audiences
• Ability to lead customer engagements
• Problem-solving and creativity
• RF/MW circuit design (amplifiers, mixers, filters)
• Cadence AWR or other EDA tools
• Electromagnetic (EM) simulation