Job Description

JD:  Instructor to deliver SPECTRUM RF Courses

Instructor Qualifications:

· Have RF Spectrum expertise, along with extensive engineering backgrounds.

· Be a practitioner of adult learning techniques to ensure engagement throughout the courses.

· Have appropriate communication mechanisms to reach a broad Engineering audience.

· Teach each RF Spectrum training course, along with hands-on practice and use of the latest tools and technologies to provide a meaningful training experience.

· Ensure all students have the understanding at a component-level, and not higher-level “theory”.

· Develop and deliver supporting materials to the students, including: Class schedule, Instructional handouts, Text books / Resource materials, and copies of all Class presentations (in print or electronically).

Course Details:

· RF Techniques and Measurements training courses: a total of four (4) technical training courses.

· Each class will have up to 20 students / participants.

· 5-day courses.

· On-site, Instructor-led In-Class Room Training Courses, in Crane, Indiana, USA.

· Target Audience: 

o Engineers: Those working in the design, development, and testing of RF systems.

o Technicians: Individuals involved in the installation, maintenance, and troubleshooting of RF equipment.

o Spectrum Managers: Professionals responsible for managing and allocating the radio frequency spectrum.

o Software Developers: Those working on applications related to wireless communication and spectrum management.

Course Outlines:

1. Applied RF Technologies / Techniques I : (Two Offerings)

Ø Instruct students about the transition into a wireless domain.

Course objectives include the following:

· Understanding of RF circuit parameters and terms.

· Identifying the effects of parasitics on circuit performance.

· Designing filters with lumped and distributed components.

· Using graphical design techniques and the Smith Chart.

· Performing statistical analysis to include design centering and yield optimization.

· Predicting RF circuit stability.

· Designing various RF amplifiers; small-signal, low noise, and feedback.

2. RF Measurements: Principles & Demonstration : (Two Offerings)

Ø Provide the students with an understanding of essential RF measurements that must be made on modern wireless communication equipment.

Ø Use the demonstrations of technology using actual RF wireless components, including power amps, LNAs, mixers, upconverters, and filters.

Ø Provide all equipment necessary for these demonstration activities.

Course objectives include the following:

· Unique measurement challenges that become significant as circuit operating frequencies increase.

· RF measurements that must be made on modern wireless communication equipment.

· Association between controls and components.

· Caring for RF cables and connectors in a lab environment.

· Operation of RF test equipment to include setup and calibration.

· Making measurements and traditional tests on multiple wireless components.

· Developing reasonable expectations for measurement uncertainties.

Qualifications:

· 3+ years of experience: Spectrum RF.

· Bachelor’s Degree: Engineering. 

· U.S. Citizenship.

· Security Clearance: Have DoD clearance or Be Clearable.

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