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Meteorology Python Jobs in Kennesaw, GA (NOW HIRING)

Air Modeler

Atlanta, GA ยท Remote

$80K - $119K/yr

Experience evaluating meteorological data, surface characteristics, terrain, background ... Programming and scripting experience in Python, R, BASH, or similar to automate modeling workflows ...

Modeler 1

Atlanta, GA

$70K - $78K/yr

D.) 2. Strong background in facility-level emission inventory development, meteorological modeling ... Python), database management (ACCESS, MYSQL), and Geographic Information System (GIS) Minimum ...

Meteorology Python information

See Kennesaw, GA salary details

$12

$54

$79

How much do meteorology python jobs pay per hour?

As of Jul 27, 2026, the average hourly pay for meteorology python in Kennesaw, GA is $54.17, according to ZipRecruiter salary data. Most workers in this role earn between $44.66 and $61.54 per hour, depending on experience, location, and employer.

How does a Meteorology Python specialist typically collaborate with meteorologists and data scientists on forecasting projects?

A Meteorology Python specialist often works closely with meteorologists to translate atmospheric data into actionable insights using Python-based tools. They collaborate with data scientists to develop, optimize, and maintain scripts for data analysis, visualization, and model automation. Regular interactions may include joint code reviews, sharing domain knowledge, and integrating meteorological models with advanced analytics pipelines. This teamwork ensures accurate forecasts and innovative solutions to complex weather-related challenges.

Do meteorologists use Python?

Meteorologists often use Python for data analysis, modeling, and visualization due to its extensive libraries like NumPy, Pandas, and Matplotlib. Proficiency in Python can enhance forecasting accuracy and streamline data processing in meteorology roles.

Is meteorology being replaced by AI?

Meteorology as a field is increasingly integrating AI and machine learning to improve weather prediction accuracy and data analysis. However, human meteorologists remain essential for interpreting complex data, making judgments, and communicating forecasts, so AI complements rather than replaces the profession.

What is the difference between Meteorology Python vs Meteorology Data Analyst?

AspectMeteorology PythonMeteorology Data Analyst
Required CredentialsBachelor's in Meteorology, Computer Science, or related; Python programming skillsBachelor's in Meteorology, Data Science, or related; proficiency in data analysis tools
Work EnvironmentResearch labs, weather agencies, tech companiesWeather services, research institutions, government agencies
Employer & Industry UsageDeveloping weather models, automation, data processingAnalyzing weather data, reporting, forecasting support
Common Search & Comparison IntentFocus on Python skills in meteorologyFocus on data analysis roles in meteorology

While both roles involve meteorology, Meteorology Python emphasizes programming and developing weather models using Python, whereas Meteorology Data Analysts focus on interpreting weather data and generating reports. Both careers often require similar educational backgrounds but differ in daily tasks and skill sets.

What is the highest paying job in meteorology?

The highest paying jobs in meteorology are often senior roles such as atmospheric scientists or meteorological managers, especially in government agencies, private industry, or research institutions. These positions typically require advanced degrees, specialized skills, and experience, and can offer salaries exceeding $100,000 annually.

What Python jobs are in demand?

Python jobs in demand include roles such as data scientist, software developer, machine learning engineer, and automation engineer. These positions often require skills in data analysis, scripting, and familiarity with frameworks like TensorFlow or Django, with many employers seeking candidates with experience in cloud platforms and version control tools.

What are the key skills and qualifications needed to thrive as a Meteorology Python Developer, and why are they important?

To thrive as a Meteorology Python Developer, you need strong programming skills in Python, a solid grasp of meteorological concepts, and a relevant degree in atmospheric science, computer science, or a related field. Experience with data analysis tools (such as NumPy, Pandas, and Matplotlib), weather modeling systems, and libraries like MetPy or PyNGL is typically required. Critical thinking, strong problem-solving abilities, and effective communication help translate complex weather data into actionable insights. These skills are crucial for accurate weather analysis, efficient data handling, and effective collaboration with scientific teams.

What is Meteorology Python?

Meteorology Python refers to the use of the Python programming language for meteorological data analysis, visualization, and modeling. Professionals in this area use Python to process large datasets from weather stations, satellites, and climate models, enabling them to analyze patterns, forecast weather, and visualize atmospheric phenomena. Python's powerful libraries, such as MetPy, xarray, and matplotlib, make it a popular choice for both research and operational meteorology. This skillset is valuable in meteorological agencies, research institutions, and private sectors that require weather-related data processing.
What job categories do people searching Meteorology Python jobs in Kennesaw, GA look for? The top searched job categories for Meteorology Python jobs in Kennesaw, GA are:
Lead Software Engineer, Meteorological Technologies

Lead Software Engineer, Meteorological Technologies

The Weather Company

Atlanta, GA โ€ข On-site

Full-time

Medical, Dental, Vision, Retirement

Posted yesterday


Job description

About The Weather Company:
The Weather Company is the world's leading weather provider, helping people and businesses make more informed decisions and take action in the face of weather. Together with advanced technology and AI, The Weather Company's high-volume weather data, insights, advertising, and media solutions across the open web help people, businesses, and brands around the world prepare for and harness the power of weather in a scalable, privacy-forward way. The world's most accurate forecaster globally, the company reaches hundreds of enterprise clients and more than 360 million monthly active users via its digital properties from The Weather Channel (weather.com) and Weather Underground (wunderground.com).
Job brief:
As a Lead Software Engineer of Meteorological Technologies at The Weather Company, you will transform meteorological operations by strategically building meteorological tools and applying intelligent workflow automation and AI where they deliver real value. You'll partner with our 24x7 Forecast Operations team to evaluate emerging automation tools, build practical solutions and unlock higher productivity from our meteorologists.
This is both a leadership and hands-on technical role requiring someone who can co-design, build, manage, sustain and rapidly evolve cloud-based technology solutions in an operational meteorological environment, co-architect AI workflows and assess cutting-edge tools with discernment, and influence-often across multiple projects simultaneously. You'll aggressively evaluate AI capabilities in partnership with science and technology colleagues while thoughtfully deploying them in trustworthy ways, knowing when AI adds value versus when traditional solutions are smarter, and building pragmatic intelligent systems that operational meteorologists actually use.
The impact you'll make:
  • Build, maintain, and leverage intelligent meteorological tools and workflow automation using AI and traditional software
  • Unlock value by adding capacity to meteorological operations through automation, capturing expertise, and integrating solutions across consumer and business verticals
  • Aggressively evaluate emerging AI tools and traditional software while thoughtfully assessing which platforms deliver trustworthy, practical value for our operations
  • Partner with meteorologists and developers to co-create solutions through collaboration, not top-down directives
  • Make pragmatic technology decisions balancing innovation with operational reliability, feasibility, simplicity, cost, and effectiveness
  • Manage multiple concurrent projects, advancing 3-5+ initiatives from assessment through production deployment and sustaining engineering
  • Influence technical direction across Science & Technology development and operational support teams beyond your direct scope
  • Champion thoughtful AI adoption, helping teams embrace intelligent automation while maintaining trust and reliability
  • Bring order where there is chaos, creating workflow efficiency where manual processes and inefficiencies currently exist
  • Modernize select legacy systems by proposing sustainable replacements when they block automation opportunities

What you've accomplished:
  • 7+ years in cloud-based (e.g., AWS) solutions architecture, software development, DevOps, or related technical roles
  • Domain experience in meteorology, weather forecasting, aviation, or scientific operations
  • Production software delivery across the full lifecycle from design to deployment to support
  • 24x7 operational environments - worked with mission-critical systems where trustworthiness and reliability matter
  • Multi-project execution - successfully managed 3-5+ concurrent technical initiatives to completion
  • AI-assisted development - practical experience using AI coding assistants such as V0, GitHub CoPilot, Cursor to accelerate development workflows.
  • LLM and modern AI integration - practical experience with APIs, prompt engineering, RAG, agentic workflows, or similar capabilities
  • Multi-language programming - proficiency in Python, JavaScript/TypeScript, Go, or similar languages
  • Modern web development - experience with React, Next.js, or similar frameworks for building production web applications
  • Both AI and traditional solutions - comfortable building with or without AI based on what the problem requires.
  • API design and integration - connecting AI or other systems with existing tools and building maintainable architectures
  • System modernization - successfully replaced or upgraded operational systems when needed
  • Bachelor's degree in Computer Science, Engineering, AI/ML, Meteorology, or a related field (or equivalent experience)

Working Style, Judgment, and Collaborative Skills:
  • Hands-on contributor - writes code and builds workflows, not just directs others
  • Pragmatic decision-maker - ships simple, effective solutions over complex, perfect ones
  • AI innovator with discernment - aggressively evaluates emerging tools but applies critical judgment about practical, trustworthy application
  • Systems thinker - understands dependencies, integration points, and how solutions fit into larger workflows
  • Customer-focused - treats internal teams as valued customers and solves real operational problems
  • Balanced risk-taker - pushes for innovation while ensuring solutions are reliable and maintainable
  • Comfortable with ambiguity - thrives when creating structure where little exists
  • Cross-functional partnership - delivered solutions by collaborating with non-technical domain experts
  • Influence without authority - achieved adoption and buy-in across organizational boundaries
  • Change management - helped teams successfully adopt new technologies while maintaining confidence

Nice To Have
  • Frontend/backend coordination: experience building or leading the development of full-stack web applications with API integrations using modern hosting platforms and serverless architectures
  • Experience deploying and managing web apps on Vercel or comparable hosting services
  • Practical AI deployment - built and shipped AI solutions that solve real operational problems with appropriate monitoring and safeguards
  • Advanced AI techniques - vector databases, embeddings, semantic search, RAG, or multi-agent orchestration patterns
  • DevOps practices - CI/CD pipelines, infrastructure as code, containerization, monitoring, and observability
  • Process mining and optimization - formal experience identifying and quantifying automation opportunities
  • Technology evaluation frameworks - made pragmatic build/buy/AI decisions using structured analysis balancing innovation with reliability
  • Master's degree or higher in Computer Science, Engineering, AI/ML, Meteorology, or a related field (or equivalent experience)

TWCo Benefits/Perks:
  • Flexible Time Off program
  • Hybrid work model
  • Variety of medical insurance options including a $0 cost premium employee coverage
  • Benefits effective day 1 of employment include competitive 401K match with no vesting requirement, national health, dental, and vision plans
  • Progressive family plan benefits
  • An opportunity to work for a global and industry-leading technology company
  • Impactful work in a collaborative environment