Computer Scientist
Beavercreek, OH · On-site +1
Develop and integrate custom physics-based models under the guidance of phenomenology subject ... Optimize computational performance for CPU- and GPU-based applications. * Contribute to software ...
Computer Scientist
Beavercreek, OH · On-site +1
Develop and integrate custom physics-based models under the guidance of phenomenology subject ... Optimize computational performance for CPU- and GPU-based applications. * Contribute to software ...
Computer Scientist
Beavercreek, OH · On-site +1
Develop and integrate custom physics-based models under the guidance of phenomenology subject ... Optimize computational performance for CPU- and GPU-based applications. * Contribute to software ...
Computer Scientist
Beavercreek, OH · On-site +1
Develop and integrate custom physics-based models under the guidance of phenomenology subject ... Optimize computational performance for CPU- and GPU-based applications. * Contribute to software ...
Remote Computational Physicist information
What is the difference between Remote Computational Physicist vs Remote Data Scientist?
| Aspect | Remote Computational Physicist | Remote Data Scientist |
|---|---|---|
| Required Credentials | Physics degree, advanced math, programming skills | Statistics, programming, often a degree in data science, CS, or related fields |
| Work Environment | Research labs, academia, tech companies, often focused on simulations and modeling | Business, tech firms, healthcare, analyzing large datasets for insights |
| Industry Usage | Research institutions, aerospace, defense, academia | Finance, tech, healthcare, marketing |
| Common Search/Comparison | Remote Computational Physicist vs Remote Data Scientist |
While both roles involve data analysis and programming, Remote Computational Physicists focus on physical modeling and simulations using physics principles, often in research or scientific environments. Remote Data Scientists analyze large datasets to derive insights, typically in business or tech sectors. The key difference lies in their core expertise and application areas, though both require strong programming skills and analytical thinking.
What are the key skills and qualifications needed to thrive as a remote computational physicist, and why are they important?
To thrive as a Remote Computational Physicist, you need a strong background in physics, mathematics, and computer science, usually supported by an advanced degree such as a master's or PhD. Expertise in programming languages (like Python, C++, or Fortran), simulation software, and high-performance computing environments is typically required. Strong problem-solving abilities, self-motivation, and effective remote communication skills help you collaborate and innovate from a distance. These skills ensure accurate modeling, efficient research progress, and seamless teamwork in a remote scientific setting.
What is a remote computational physicist?
A Remote Computational Physicist is a scientist who uses computer simulations, mathematical models, and computational techniques to solve complex physical problems, all while working from a location outside a traditional laboratory or office. This role typically involves developing algorithms, running simulations, and analyzing data to advance research in fields like materials science, quantum mechanics, or astrophysics. Remote computational physicists often collaborate with other researchers and institutions virtually, making use of high-performance computing resources and specialized software. The work can support both academic research and industrial applications, such as developing new materials or optimizing physical processes.
How does a remote computational physicist typically collaborate with research teams and manage communication challenges?
As a Remote Computational Physicist, collaboration often happens through digital platforms such as video conferencing, collaborative coding environments, and project management tools. Clear, proactive communication is essential to keep research aligned and ensure that computational models or simulations are integrated smoothly with experimental or theoretical work. Regular virtual meetings, shared documentation, and version control systems are commonly used to bridge the gap caused by physical distance. While working remotely offers flexibility, it also requires strong self-management and the ability to coordinate across time zones and disciplines.
What are the most commonly searched types of Computational Physicist jobs in Ohio? The most popular types of Computational Physicist jobs in Ohio are:
What are popular job titles related to Remote Computational Physicist jobs in Ohio? For Remote Computational Physicist jobs in Ohio, the most frequently searched job titles are:
What job categories do people searching Remote Computational Physicist jobs in Ohio look for? The top searched job categories for Remote Computational Physicist jobs in Ohio are:
What cities in Ohio are hiring for Remote Computational Physicist jobs? Cities in Ohio with the most Remote Computational Physicist job openings:
Full-time
Medical, Dental, Vision, Life, Retirement
Re-posted 8 days ago
Job description
Radiance Technologies is an employee-owned company with benefits that are unmatched by most companies in the Dayton OH area. Employee ownership, generous 401K, full health/dental/life/vision insurance benefits, interesting assignments, educational reimbursement, competitive salaries and a pleasant work environment combine to make Radiance Technologies a great place to work and succeed.
Radiance is seeking a talented Software Engineer to support the development, integration, and optimization of advanced scientific computing applications and Electro-Optical & Infrared (EO/IR) sensor Modeling and Simulation (M&S) technologies. This role will contribute to the evaluation, development, and integration of capabilities within an existing MATLAB and Rust software environment. In this role you will work closely with a team of software engineers and subject matter experts to extend and integrate physics-based M&S capabilities.
The ideal candidate will have strong scientific programming experience, proficiency with compiled languages, and experience working in Linux and Windows environments. Experience with Rust, CUDA, and high-performance computing is highly desirable. This position is ideal for a software engineer interested in scientific computing, high-performance software development, and next-generation sensing technologies.
Responsibilities
Develop and maintain scientific computing software applications.
Evaluate existing EO/IR camera models developing improvements for accuracy and efficiency.
Design, develop, and integrate solutions into existing software frameworks.
Develop and integrate custom physics-based models under the guidance of phenomenology subject matter experts.
Collaborate with multidisciplinary teams to integrate capabilities into existing Rust codebases.
Convert and optimize existing MATLAB code bases into compiled RUST applications for CPU and GPU processing.
Optimize computational performance for CPU- and GPU-based applications.
Contribute to software testing, validation, and continuous integration and deployment (CI/CD) efforts.
Utilize version control and software development best practices throughout the development lifecycle.
Support deployment and operational use of developed algorithms and software solutions.
Required Qualifications
US Citizen, eligible and willing to obtain a TS/SCI Security Clearance.
Bachelor's degree in Computer Science, Software Engineering, Electrical Engineering, Physics, Mathematics, or a related technical field.
Experience with scientific programming and computational software development.
Proficiency with one or more compiled programming languages (such as C++, Rust, or similar).
Experience developing software in both Linux and Windows environments.
Experience with one or more scientific computing tools, including MATLAB and or Python.
Experience using Git or other version control systems.
Preferred Qualifications
Rust software development, including at least two years of experience developing and deploying operational Rust applications or algorithms.
GPU acceleration and optimization using CUDA.
CPU performance optimization and high-performance computing techniques.
Continuous Integration/Continuous Deployment (CI/CD) pipelines and DevOps practices.
Real-time signal processing, sensor modeling, or simulation environments.
Event-based cameras or event-based sensing technologies.
Experience working with EO/IR sensor data and radiative transfer models.
Understanding of EO/IR sensor phenomenology and atmospheric effects.
Active Secret or Top-Secret Security Clearance.
Desired Technical Skills
Rust
MATLAB
Python
CUDA
Git
Scientific computing
GPU and CPU performance optimization
CI/CD pipelines
Remote Sensing Fundamentals
Radiance Technologies is an Equal Opportunity Employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, or protected veteran status.