... Gaussian processes, including kernels, acquisition functions, and batch, multi-objective, and constrained settings. • Experience designing and running experiment campaigns or closed-loop ...
... Gaussian processes, including kernels, acquisition functions, and batch, multi-objective, and constrained settings. • Experience designing and running experiment campaigns or closed-loop ...
Linear Algebra Tutor
Cincinnati, OH · Remote
$18 - $40/hr
Skilled at breaking down Gaussian elimination, matrix factorization, and eigenvalue computation procedures. Guides students through proving linear independence, constructing orthonormal bases via ...
Linear Algebra Tutor
Cincinnati, OH · Remote
$18 - $40/hr
Skilled at breaking down Gaussian elimination, matrix factorization, and eigenvalue computation procedures. Guides students through proving linear independence, constructing orthonormal bases via ...
Linear Algebra Tutor
Columbus, OH · Remote
$18 - $40/hr
Skilled at breaking down Gaussian elimination, matrix factorization, and eigenvalue computation procedures. Guides students through proving linear independence, constructing orthonormal bases via ...
Linear Algebra Tutor
Columbus, OH · Remote
$18 - $40/hr
Skilled at breaking down Gaussian elimination, matrix factorization, and eigenvalue computation procedures. Guides students through proving linear independence, constructing orthonormal bases via ...
Linear Algebra Tutor
Cleveland, OH · Remote
$18 - $40/hr
Skilled at breaking down Gaussian elimination, matrix factorization, and eigenvalue computation procedures. Guides students through proving linear independence, constructing orthonormal bases via ...
Linear Algebra Tutor
Cleveland, OH · Remote
$18 - $40/hr
Skilled at breaking down Gaussian elimination, matrix factorization, and eigenvalue computation procedures. Guides students through proving linear independence, constructing orthonormal bases via ...
Demonstrated expertise in Bayesian optimization and Gaussian processes, including kernels, acquisition functions, and batch, multi-objective, and constrained settings. * Experience designing and ...
Demonstrated expertise in Bayesian optimization and Gaussian processes, including kernels, acquisition functions, and batch, multi-objective, and constrained settings. * Experience designing and ...
Demonstrated expertise in Bayesian optimization and Gaussian processes, including kernels, acquisition functions, and batch, multi-objective, and constrained settings. * Experience designing and ...
Demonstrated expertise in Bayesian optimization and Gaussian processes, including kernels, acquisition functions, and batch, multi-objective, and constrained settings. * Experience designing and ...
Demonstrated expertise in Bayesian optimization and Gaussian processes, including kernels, acquisition functions, and batch, multi-objective, and constrained settings. * Experience designing and ...
Demonstrated expertise in Bayesian optimization and Gaussian processes, including kernels, acquisition functions, and batch, multi-objective, and constrained settings. * Experience designing and ...
Select, train, and evaluate models across families such as regression, tree ensembles, Gaussian processes, neural networks including physics-informed architectures, and chemistry foundation models.
Select, train, and evaluate models across families such as regression, tree ensembles, Gaussian processes, neural networks including physics-informed architectures, and chemistry foundation models.
Select, train, and evaluate models across families such as regression, tree ensembles, Gaussian processes, neural networks including physics-informed architectures, and chemistry foundation models.
Select, train, and evaluate models across families such as regression, tree ensembles, Gaussian processes, neural networks including physics-informed architectures, and chemistry foundation models.
Select, train, and evaluate models across families such as regression, tree ensembles, Gaussian processes, neural networks including physics-informed architectures, and chemistry foundation models.
Select, train, and evaluate models across families such as regression, tree ensembles, Gaussian processes, neural networks including physics-informed architectures, and chemistry foundation models.
Research Engineer - Computational Electromagnetics
Beavercreek, OH · On-site
$117K - $156K/yr
Gaussian elimination, data-sparse approximations, finite element methods, ray tracing, or numerical integration * Ability to work independently and collaboratively with a team * Excellent ...
Research Engineer - Computational Electromagnetics
Beavercreek, OH · On-site
$117K - $156K/yr
Gaussian elimination, data-sparse approximations, finite element methods, ray tracing, or numerical integration * Ability to work independently and collaboratively with a team * Excellent ...
Post Doc Fellow, A&S College of Arts and Sciences
Cincinnati, OH · On-site
$47K - $63K/yr
Familiarity with advanced statistical methods, especially using hybrid Poisson and multivariate Gaussian likelihoods, like the PISCES method. Required Education Doctoral Degree in the appropriate ...
Post Doc Fellow, A&S College of Arts and Sciences
Cincinnati, OH · On-site
$47K - $63K/yr
Familiarity with advanced statistical methods, especially using hybrid Poisson and multivariate Gaussian likelihoods, like the PISCES method. Required Education Doctoral Degree in the appropriate ...
3D/4DGS Frontend Graphics Engineer
$90K - $110K/yr
For frontend 3D/4D Gaussian Splatting tools specifically, you need WebGL/WebGPU expertise including custom shader development and GPU compute pipelines. You should understand the GS rendering ...
Quick apply
3D/4DGS Frontend Graphics Engineer
$90K - $110K/yr
For frontend 3D/4D Gaussian Splatting tools specifically, you need WebGL/WebGPU expertise including custom shader development and GPU compute pipelines. You should understand the GS rendering ...
Post Doc Fellow, A&S College of Arts and Sciences
Cincinnati, OH · On-site
$47K - $63K/yr
Familiarity with advanced statistical methods, especially using hybrid Poisson and multivariate Gaussian likelihoods, like the PISCES method. Required Education Doctoral Degree in the appropriate ...
Post Doc Fellow, A&S College of Arts and Sciences
Cincinnati, OH · On-site
$47K - $63K/yr
Familiarity with advanced statistical methods, especially using hybrid Poisson and multivariate Gaussian likelihoods, like the PISCES method. Required Education Doctoral Degree in the appropriate ...
Post Doc Fellow, A&S College of Arts and Sciences
Cincinnati, OH · On-site
$47K - $63K/yr
Familiarity with advanced statistical methods, especially using hybrid Poisson and multivariate Gaussian likelihoods, like the PISCES method. Required Education Doctoral Degree in the appropriate ...
Post Doc Fellow, A&S College of Arts and Sciences
Cincinnati, OH · On-site
$47K - $63K/yr
Familiarity with advanced statistical methods, especially using hybrid Poisson and multivariate Gaussian likelihoods, like the PISCES method. Required Education Doctoral Degree in the appropriate ...
Gaussian information
See Ohio salary details
$35.7K - $49.4K
2% of jobs
$49.4K - $63.1K
3% of jobs
$63.1K - $76.9K
6% of jobs
$76.9K - $90.6K
9% of jobs
$95K is the 25th percentile. Wages below this are outliers.
$90.6K - $104.4K
15% of jobs
The median wage is $113.5K / yr.
$104.4K - $118.1K
22% of jobs
$125.7K is the 75th percentile. Wages above this are outliers.
$118.1K - $131.8K
32% of jobs
$131.8K - $145.6K
3% of jobs
$145.6K - $159.3K
4% of jobs
$159.3K - $173.1K
1% of jobs
$173.1K - $186.8K
2% of jobs
$35.7K
$116.7K
$186.8K
How much do gaussian jobs pay per year?
What is the difference between Gaussian vs Chemist?
| Aspect | Gaussian | Chemist |
|---|---|---|
| Required Credentials | Typically a degree in chemistry, chemical engineering, or related field; familiarity with computational chemistry software | Degree in chemistry or related field; may include certifications in laboratory techniques |
| Work Environment | Research labs, computational centers, pharmaceutical or chemical industries | Laboratories, research institutions, manufacturing plants |
| Industry Usage | Used for quantum chemical calculations, molecular modeling, and simulations | Involved in experimental research, synthesis, and analysis |
Gaussian is a software tool used primarily for computational chemistry and molecular modeling, while a Chemist is a professional who conducts experiments and research in chemistry. Both roles often require similar educational backgrounds, but Gaussian focuses on software-based analysis, whereas Chemists work hands-on in labs. Understanding these differences helps clarify career paths and job expectations in the chemistry industry.
What is a Gaussian job?
A Gaussian job refers to a computational task performed using the Gaussian software, which is widely used for quantum chemistry calculations. It involves preparing an input file that specifies molecular structures, computational methods, and basis sets. The software then calculates electronic structure properties, optimizing geometries, and predicting spectroscopic and thermodynamic properties. Researchers and chemists use Gaussian for simulations in fields like materials science, drug discovery, and theoretical chemistry.
What types of projects do professionals working with Gaussian software typically collaborate on, and how is teamwork structured?
What are Gaussian jobs?

Hexion rating
7.0
Based on 6 frontline employees who took The Breakroom Quiz
75th of 100 rated chemical manufacturers
Job description
Hexion Inc. is a company that pushes boundaries and creates impactful solutions through science. They are seeking an Applied ML Scientist to lead optimization and active-learning campaigns, collaborating with R&D and manufacturing to enhance processes and drive innovation.
Responsibilities:
• Lead the design and execution of optimization and active-learning campaigns across chemistry, formulation, and process development.
• Collaborate with R&D and manufacturing on framing optimization problems with design spaces, decision variables, objectives, and hard and soft constraints.
• Design and coordinate sequential experiment campaigns using Bayesian optimization and active learning, accounting for operational variabilities and constraints.
• Select and maintain surrogate models for acquisition, using model uncertainty to drive the search and respecting each model's domain of validity.
• Drive closed-loop optimization that connects surrogate models to experimentation, with emphasis on decision quality, exploration versus exploitation, and actionable recommendations.
• Partner with ML engineers, software engineers, and process engineers to deploy and monitor optimization systems.
• Explore and adopt emerging ML methods, including LLM and agentic approaches, to advance optimization.
• Communicate methods, results, and their limitations clearly to technical and non-technical audiences.
Qualifications:
Required:
• Bachelor's degree in Computer Science, Data Science, Statistics, Operations Research, or a related field, with substantial relevant experience in ML modeling or optimization experience for chemistry, formulation, process, or manufacturing problems.
• 7+ years experience.
• Demonstrated expertise in Bayesian optimization and Gaussian processes, including kernels, acquisition functions, and batch, multi-objective, and constrained settings.
• Experience designing and running experiment campaigns or closed-loop optimization.
• Experience in applied statistics and uncertainty quantification, with emphasis on calibrated posteriors that drive acquisition.
• Strong Python skills and experience with mainstream Python-based ML and Bayesian optimization frameworks and tools.
• Active use of AI-assisted coding and other AI tools in daily work, with familiarity with emerging ML methods including LLM and agentic approaches.
• Strong communication, collaboration, and stakeholder management skills for working with R&D, manufacturing, and business teams.
Preferred:
• Master's degree in Computer Science, Data Science, Statistics, Operations Research, or a related field.
• Experience with active learning and physics-informed approaches for optimization in chemical synthesis, formulation, or process development.
• Experience working with manufacturing, process, quality, or plant data, including issues such as batch-to-batch variability, raw-material variability, model drift, and changing operating conditions.
• Familiar with ML engineering core tasks and techniques, such as data and optimization pipelines, model deployment, and MLOps.
• Knowledge of chemistry ML core areas such as cheminformatics, molecular representation, predictive modeling, and chemistry foundation models.
Company:
Based in Columbus, Ohio, Hexion Inc. is a leading global producer of adhesives and performance materials. Founded in , the company is headquartered in Columbus, USA, with a team of 1001-5000 employees. The company is currently Late Stage.
About Hexion
Sourced by ZipRecruiter
Industry
Chemical manufacturing
Company size
10,000+ Employees
Headquarters location
Columbus, OH, US
Year founded
1899