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MITRE’s National Security Accelerator Program (https://careers.mitre.org/us/en/national-security-accelerator-program) is seeking highly motivated, late-early and early-mid career candidates passionate about solving problems for a safer world. This program will provide unique work opportunities, onboarding, and mentoring to build your skills as a future leader. You will accelerate your career while preparing for impactful, rewarding work at MITRE. Successful candidates will gain exposure and experience in topics of common interest to the entire national security community. Our goal is to prepare you to thrive in a technically rooted, mission-focused career at MITRE – one where the unique background, skill set, and experience you bring inspires creative and innovative solutions.
 

You will interact with a diverse group of program peers, MITRE national security leaders, and staff solving real-world problems. Over the course of this structured six-month program, you will hone your skills and develop strong professional networks in the national security sector and across our Innovation Centers, helping solve critical national challenges. Before transitioning to MITRE’s permanent national security staff, you will benefit from the following program pillars:
 

An intensive, experiential onboarding program  Focused mentoring with MITRE national security leaders and experts in your field  Opportunity to support at least two different national security work programs

Roles & Responsibilities:
 

Working alongside MITRE mission specialists and engineers, you will be supporting national security sponsors while helping to design, develop, and implement solutions and technologies to address the communications engineering challenges of our government sponsors. You will learn about MITRE sponsor missions and apply your technical knowledge and skills to problem-solving and innovation. At the culmination of the program, you will become part of MITRE’s National Security team focused on sponsor missions with a strong technical background enabling you to be a future leader in the company.

From military satellite communications to resilient networking solutions, you will utilize your communication engineering expertise, innovative thinking, and technical prowess to tackle a diverse array of challenges essential to our sponsor's mission success. Your role will encompass:

Military Satellite CommunicationsTactical Data Link MessagingDoD Data Links and Combat IdentificationAutomated Testing of Communications InfrastructureCommand, Control, and Communications (C2) SystemsProtected Communications NetworksRadio Frequency (RF) TechnologiesSoftware Defined Radios (SDRs)SATCOM Protocols and SystemsVSAT TechnologiesLegacy and Emerging Communication ConceptsNational Infrastructure Policy InfluenceInter-agency Collaboration and Working Groups

Join us as we shape the future of communication engineering, working at the forefront of technology to ensure accurate, integrated, and timely access to critical data, intelligence, and communications for our nation's defense and security.

Basic Qualifications:

Typically requires a Bachelor’s degree and a minimum of 2 years of related experience; or an advanced degree with relevant experience who can immediately contribute at this job step; or equivalent combination of related education and work experience.Demonstrated experience with RF technologies, including RF equipment, RF systems engineering, or RF communications.Proficiency in one or more of the following areas: RF circuit design and troubleshooting, software defined radios (SDRs), digital signal processing (DSP), electromagnetic propagation, or types of RF and Microwave antennas.Strong understanding of communication protocols, standards, and technologies relevant to military satellite communications, tactical data link messaging, DoD data links, and protected communications networks.Proven ability and eagerness to quickly learn and apply new technologies and concepts in communication engineering.Capacity to work effectively both independently and collaboratively within multidisciplinary teams, fostering innovation and collaboration.Experience engaging with senior government leaders and stakeholders.Excellent written and verbal communication skills, with the ability to convey complex technical concepts clearly and effectively to diverse audiences.Ability to obtain TS/SCI clearanceThis position requires a minimum of 50% hybrid on-site presence.

Preferred Qualifications:

Bachelor’s and 8 years of experience in communication engineering principles, tools, and systems, with a focus on defense or national security applications or Master’s and 6 years of experience.Proven track record of working on projects related to defense, homeland security, or aerospace for one or more government agencies.Demonstrated interdisciplinary background, showcasing continual learning and adaptation to new technologies and concepts.Active TS/SCIAdvanced expertise in communication engineering, including but not limited to:Digital Signal Processing (DSP)Wireless CommunicationsSensor FusionComputational ImagingElectromagneticsIn-depth knowledge of RF theory and concepts, with practical experience in RF system design, optimization, and troubleshooting.Experience with modeling and simulation design using tools such as MATLAB, Simulink, or similar software.Advanced coursework or extensive job experience in digital signal processing, with a focus on algorithm development, optimization, and implementation.Proficiency with GNU Radio for software-defined radio (SDR) development and experimentation.Strong programming skills in Python, C, C++, C#, or CUDA, with experience in developing communication algorithms, protocols, or software solutions.Familiarity with machine learning techniques and their applications in communication engineering.

This requisition requires the candidate to have a minimum of the following clearance(s):

None

This requisition requires the hired candidate to have or obtain, within one year from the date of hire, the following clearance(s):

Top Secret/SCI

Work Location Type:

Hybrid

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