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Applied Physicist Jobs in Washington (NOW HIRING)

Applied Physics

VP of Sales

Washington, DC · On-site

Applied Physics is seeking an experienced and dedicated VP of Sales to join our team. As the VP of Sales, you will be responsible for developing sales plans and strategies to achieve sales goals ...

Applied Physics

VP of Sales

Washington, DC · On-site

Applied Physics is seeking an experienced and dedicated VP of Sales to join our team. As the VP of Sales, you will be responsible for developing sales plans and strategies to achieve sales goals ...

Applied Physics

VP of Sales

Washington, DC

Applied Physics is seeking an experienced and dedicated VP of Sales to join our team. As the VP of Sales, you will be responsible for developing sales plans and strategies to achieve sales goals ...

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All JobsApplied Physicist JobsApplied Physicist Jobs in Washington

Applied Physicist information

See Washington salary details

$44.7K

$107.4K

$256.5K

How much do applied physicist jobs pay per year?

As of Jul 30, 2026, the average yearly pay for applied physicist in Washington is $107,375.00, according to ZipRecruiter salary data. Most workers in this role earn between $66,800.00 and $126,800.00 per year, depending on experience, location, and employer.

What is an applied physicist?

An applied physicist is a scientist who uses principles of physics to develop practical solutions, technologies, or products. They often work in research and development environments, applying experimental and computational skills to solve real-world problems across industries such as engineering, healthcare, and technology.

What can you do with applied physics?

Applied physicists use principles of physics to develop new technologies, improve existing systems, and solve practical problems in industries such as healthcare, electronics, energy, and manufacturing. They often work with laboratory equipment, simulation software, and interdisciplinary teams to translate scientific research into real-world applications.

What are applied physicists?

Applied physicists are scientists who use principles and theories of physics to solve practical problems and develop new technologies. Unlike theoretical physicists, who focus on understanding the fundamental laws of nature, applied physicists work on translating those principles into real-world applications. They may work in diverse fields such as engineering, materials science, electronics, medical technology, and energy. Their work often involves research, experimentation, and collaboration with engineers and other scientists to innovate and improve products, processes, or instruments.

What can applied physicists work as?

Applied physicists can work in research and development roles across industries such as aerospace, electronics, energy, and healthcare. They often analyze complex systems, develop new technologies, and use tools like laboratory equipment and computer simulations. Positions may require advanced degrees and strong problem-solving skills.

What are the key skills and qualifications needed to thrive as an Applied Physicist, and why are they important?

To thrive as an Applied Physicist, you need a strong background in physics, mathematics, and problem-solving, typically supported by at least a bachelor's or master's degree in physics or a related field. Familiarity with laboratory instruments, simulation software (such as MATLAB or COMSOL), and data analysis tools is commonly required, and additional certifications in specialized areas can be advantageous. Strong analytical thinking, creativity, and clear communication are vital soft skills for collaborating with interdisciplinary teams and presenting complex findings. These skills and qualities are crucial for developing practical solutions to real-world problems and advancing innovation in scientific and technological industries.

Are physicists highly paid?

Applied physicists often earn competitive salaries, especially those with advanced degrees and specialized skills in research, development, or industry. Salaries vary based on experience, location, and sector, with positions in technology and engineering typically offering higher compensation.

What are some common interdisciplinary collaborations involved in an Applied Physicist role?

Applied Physicists frequently work alongside engineers, material scientists, computer scientists, and industry specialists to develop practical solutions based on physical principles. These collaborations often involve joint research projects, product development, and troubleshooting complex technical challenges. Teamwork is essential, as applied physics projects typically require input from multiple fields to move from theoretical concepts to real-world applications, such as developing medical devices, renewable energy technologies, or advanced manufacturing processes.
What are popular job titles related to Applied Physicist jobs in Washington? For Applied Physicist jobs in Washington, the most frequently searched job titles are:
What job categories do people searching Applied Physicist jobs in Washington look for? The top searched job categories for Applied Physicist jobs in Washington are:
What cities in Washington are hiring for Applied Physicist jobs? Cities in Washington with the most Applied Physicist job openings:
Applied Physicist jobs near you
Infographic showing various Applied Physicist job openings in Washington as of July 2026, with employment types broken down into 76% Full Time, 22% Part Time, and 2% Contract. Highlights an 88% Physical, 3% Hybrid, and 9% Remote job distribution, with an average salary of $107,375 per year, or $51.6 per hour.

Physicist with Security Clearance

Alaire Technologies, Inc

Alexandria, VA • On-site

Other

Re-posted 18 days ago

Job description

Alaire Technologies is Hiring! Join Alaire to support our customers in pushing the limits on advanced sensors and processing technologies to give the Navy and Marines the edge they need in the battlespace.  Location: Alexandria VA // Washington D.C. Position summary We are seeking a motivated PhD-level Physicist to develop and validate advanced sensor signal- and image-processing algorithms with emphasis on atmospheric propagation effects, radiative transfer, and performance prediction in maritime and littoral environments. The scientist will lead algorithm development for electro-optical/infrared and active sensors, perform modeling and measurement-based characterization of atmospheric turbulence, scattering, and aerosol effects, and deliver software and analysis that enable operational sensor performance for Navy systems. Key responsibilities Research, design, implement, and validate sensor processing algorithms (detection, tracking, classification, change detection) for EO/IR and active sensors accounting for atmospheric propagation and platform motion. Develop and maintain atmospheric propagation and radiative-transfer models (theory and numerical implementation) and integrate them into system-level performance models. Analyze field and laboratory sensor datasets; calibrate/validate models against measurements and perform uncertainty quantification. Collaborate with systems engineers, experimental teams, and program offices to translate algorithms into deliverable code, provide test plans, and support at-sea/field experimentation. Publish peer-reviewed papers, prepare technical reports, and present findings to Navy stakeholders. Required qualifications PhD in Physics, Applied Physics, Electrical Engineering, Atmospheric Science, or closely related field. Demonstrated research/engineering experience in sensor algorithms (statistical detection, tracking, machine learning for sensors) and atmospheric propagation (turbulence, scattering, radiative transfer). Strong programming skills (Python, MATLAB, C/C++, or equivalent), experience with numerical modeling and data analysis. Experience with sensor calibration, experimental design, and full life-cycle algorithm validation. Preferred Prior experience with maritime or aerospace sensor programs, lidar/radar/EO test campaigns, or working in a government/DoD laboratory. Familiarity with high-performance computing, model-based systems engineering (MBSE), or ML frameworks applied to remote sensing.

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