Radio Frequency Engineering Mgr - L5, Second Shift
Lockheed Martin
- Location
- Chelmsford, MA
- Work model
- On-Site
- Level
- Senior
- Posted
- 2h ago
About this role
Standard Job Description Directs the architecting and designing of Radio Frequency systems and circuitry. Coordinates subordinate employee recruitment, selection and training, performance assessment, work assignments, salary, and recognition/disciplinary actions. Manages the design and development of RF circuitry used in high frequency and microwave applications, including receivers, transmitters, antennas, and frequency synthesizers. Leads the staff responsible for hardware layout, component evaluation, prototype construction, and test. Oversees the preparation of the following: test methods and specifications; analysis and testing of RF hardware to verify performance characteristics. Provides inputs to Product Development for formal documentation and supports manufacturing during the deliverable assembly and test phase. Manages the development of RF System/Subsystem Architectures consisting of: antennas, transmitters, receivers, low noise amplifiers, high power amplifiers, RF conversion elements and transmission line equipment. Coordinates link analysis and optimization, including effects of propagation medium and possible interference sources. Manages the development and allocation of RF system and subsystem functional and performance requirements. Oversees the identification and tracking of RF technical performance measurements (TPMs). Monitors RF system/subsystem/component trade studies and CAIV analysis. Supports Life Cycle Costs, reliability, availability, and maintainability analysis. Job Description Lockheed Martin is a global security and aerospace company that employs approximately 114,000 people worldwide and is principally engaged in the research, design, development, manufacture, integration, and sustainment of advanced technology systems, products, and services. We're seeking an experienced RF Engineer to join our team as a second shift RF Engineering Manager. In this role, you'll drive the production of complex multi-function modules used in high-reliability applications, leading and collaborating with cross-functional engineering teams to deliver innovative solutions. Our team is composed of industry-leading RF design experts, and we offer a unique work environment that combines cutting-edge design with hands-on electronics, laboratory testing and product development. As an RF manager, you'll have the opportunity to make a significant impact on our team's success and strategic direction.
What You Will Be Doing
RF Engineering Managers are responsible for: Functional management of the RF Engineering team, guiding staff selection, development, work assignments and performance. Driving the production of complex multi-function modules in all phases of the product life cycle Guiding transition of circuits, modules, and sub-systems from concept through full rate production. Leading investigations to understand complex RF problems and providing innovative and ingenious solutions Acting independently to uncover and resolve issues associated with the implementation of operational products Mentoring less experienced engineers on our team and collaborating with other engineering disciplines, including hardware engineers, systems engineers, and circuit design engineers Contributing to or authoring proposals and participating in business capture efforts. Working with technical and manufacturing support personnel to ensure successful product development and production Further Information About This Opportunity: This position is in Chelmsford, Massachusetts - Located approximately 30 miles northwest of Boston, Chelmsford embodies New England charm. Situated near historic Lowell, Massachusetts and Nashua, New Hampshire, the area offers a unique blend of colonial history, excellent schools, shopping, and dining options. With its rich past dating back to the early days of American history, Chelmsford is an ideal location for those who appreciate scenic beauty and cultural significance. Proximity to the