Microwave Backhauling Engineer

Join Us At Vodafone, we're not just shaping the future of connectivity for our customers - we're shaping the future for everyone who joins our team. When you work with us, you're part of a global mission to connect people, solve complex challenges, and create a sustainable and more inclusive world. If you want to grow your career whilst finding the perfect balance between work and life, Vodafone offers the opportunities to help you belong and make a real impact. What you'll do Role purpose Design, Engineer & Test service solutions for MW IP Backhaul & Access considering network evolution and future‑proofness across the European Region including preparing LLD and laboratory testing. Introduce service performance dimensioning and KPI guidelines for access and backhauling and track service performance KPIs. Define QoS objectives and parameterization in MW IP Access and Backhaul as part of a harmonized end‑to‑end QoS concept. Optimize service performance through E2E alignment of Transmission and Transport design and best practices. Assess security compliance of MW IP Access & Backhaul networks across the European Region and recommend improvement plans. Drive the introduction of SDN/Automation in relevant network segments. Key accountabilities and decision ownership Alignment with network technology strategy and architecture, adapting efficiently to local market needs. Liaison with vendors and Vodafone functions to test and drive service evolution and design. Definition of QoS objectives and parameterization in Transmission (Microwave) and Transport. Service optimization through E2E alignment of Transmission (Microwave) and Transport design and best practices. Definition and tracking of performance KPIs for Access and Backhaul network segments. Assessment of network compliance with security guidelines. Who you are Core competencies, knowledge and experience Deep knowledge of MW IP Access and Backhaul technologies and architectures (routers, microwave). Knowledge of methods and technologies to secure services and infrastructure. Experience in deploying and optimizing SDN solutions. Ability to challenge existing solutions and identify innovation opportunities. Ability to operate across both business and technical domains. Must‑have technical / professional qualifications University degree in Computer Science or Electrical Engineering; MSc in Telecommunications preferred. Minimum 5 years of professional experience in the telecom industry. Professional certifications (e.g. CCNP, CCIE) are an advantage. Not a perfect fit? Worried that you don't meet all the desired criteria exactly? At Vodafone we are passionate about empowering people and creating a workplace where everyone can thrive, whatever their personal or professional background. If you're excited about this role but your experience doesn't align exactly with every part of the job description, we encourage you to still apply as you may be the right candidate for this role or another opportunity. What's in it for you Who we are We are a leading international Telco, serving millions of customers. At Vodafone, we believe that connectivity is a force for good. If we use it for the things that really matter, it can improve people's lives and the world around us. Through our technology we empower people, connecting everyone regardless of who they are or where they live and we protect the planet, whilst helping our customers do the same. Belonging at Vodafone isn't a concept; it's lived, breathed, and cultivated through everything we do. You'll be part of a global and diverse community, with many different minds, abilities, backgrounds and cultures. ;We're committed to increase diversity, ensure equal representation, and make Vodafone a place everyone feels safe, valued and included. If you require any reasonable adjustments or have an accessibility request as part of your recruitment journey, for example, extended time or breaks in between online assessments, please refer to https://careers.vodafone.com/application-adjustments/ for guidance. Together we can.