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Senior Python Developer Jobs in Evansville, IN (NOW HIRING)

As a senior technical leader, you will drive the end-to-end development, enhancement, maintenance ... Experience in multiple programming languages, including R and Python. * Deep understanding of GLMs ...

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Senior Python Developer information

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$52.4K

$135.4K

$185.9K

How much do senior python developer jobs pay per year?

As of Sep 6, 2026, the average yearly pay for senior python developer in Evansville, IN is $135,374.00, according to ZipRecruiter salary data. Most workers in this role earn between $115,800.00 and $155,900.00 per year, depending on experience, location, and employer.

What are the main responsibilities of a senior Python developer?

A Senior Python Developer is responsible for designing, developing, and maintaining complex software applications using the Python programming language. They lead the technical aspects of projects, mentor junior developers, and ensure code quality through code reviews and best practices. Additionally, they collaborate with cross-functional teams to gather requirements, solve technical challenges, and deploy scalable and efficient solutions. Senior Python Developers are also expected to stay updated with the latest trends and advancements in Python and related technologies.

What are the key skills and qualifications needed to thrive as a senior Python developer?

To thrive as a Senior Python Developer, you need advanced proficiency in Python programming, experience with software architecture, and a solid understanding of algorithms and data structures, usually backed by a degree in computer science or related fields. Familiarity with frameworks like Django or Flask, version control systems such as Git, and containerization tools like Docker are typically required, alongside knowledge of modern CI/CD pipelines. Strong problem-solving abilities, effective communication, and leadership skills help you collaborate with teams and mentor junior developers. Mastery of these skills ensures the delivery of scalable, maintainable software solutions and the ability to drive technical excellence within development teams.

What are some common challenges faced by senior Python developers when leading a development team?

Senior Python Developers often encounter challenges such as balancing hands-on coding with mentoring junior team members and ensuring code quality across the team. They are also responsible for making architectural decisions, which requires staying updated on best practices and emerging Python frameworks. Additionally, coordinating collaboration between cross-functional teams (like DevOps, QA, and front-end developers) can be complex, especially in agile environments where requirements may shift rapidly. Overcoming these challenges helps foster a productive and innovative team culture.

What is the difference between Senior Python Developer vs Python Developer?

AspectSenior Python DeveloperPython Developer
Required ExperienceTypically 5+ years, with leadership and complex project experienceUsually 1-3 years, focusing on core Python skills
ResponsibilitiesDesigning architecture, mentoring, handling complex systemsWriting code, debugging, implementing features
CertificationsOptional but beneficial (e.g., Python certifications, cloud certs)Often not required
Work EnvironmentCollaborative teams, project planning, code reviewsDevelopment-focused, task-oriented

The main difference between a Senior Python Developer and a Python Developer lies in experience, responsibilities, and leadership. Senior developers handle complex projects, mentor others, and often participate in architecture decisions, while Python Developers focus on coding and feature implementation. Both roles are essential in tech companies, but the senior role requires more experience and broader skills.

Are senior Python developers still in demand?

Senior Python developers remain in high demand due to the language's versatility in web development, data analysis, machine learning, and automation. Companies seek experienced developers with skills in frameworks like Django or Flask, and proficiency in cloud platforms and APIs enhances job prospects.

How much does a senior Python developer make?

A senior Python developer typically earns between $100,000 and $150,000 annually, depending on experience, location, and industry. They often possess strong skills in frameworks like Django or Flask and may hold certifications or advanced degrees that influence salary levels.

What does a senior Python developer do?

A senior Python developer designs, develops, and maintains complex software applications using Python. They often lead projects, review code, optimize performance, and collaborate with cross-functional teams, requiring strong problem-solving skills and knowledge of frameworks like Django or Flask. Additionally, they may mentor junior developers and ensure code quality through testing and best practices.

What are the most commonly searched types of Python Developer jobs in Evansville, IN?

The most popular types of Python Developer jobs in Evansville, IN are:

What are popular job titles related to Senior Python Developer jobs in Evansville, IN?

For Senior Python Developer jobs in Evansville, IN, the most frequently searched job titles are:

What job categories do people searching Senior Python Developer jobs in Evansville, IN look for?

The top searched job categories for Senior Python Developer jobs in Evansville, IN are:

What cities near Evansville, IN are hiring for Senior Python Developer jobs?

Cities near Evansville, IN with the most Senior Python Developer job openings:

Technical lead of enterprise Network

1 point system

Evansville, IN • On-site

Contractor

Re-posted 24 days ago


Job description

Requirement - Technical lead of enterprise Network

Location- Evansville, IN or Baltimore MD

Contract W2

Job Summary:
• This is a senior individual contributor role serving as the technical lead for enterprise network operations across cloud, hybrid cloud, on-premise, and application delivery infrastructure.
• This is not a traditional routing and switching role. The focus is on application delivery, reliability, redundancy, and optimization — making sure traffic gets where it needs to go, stays available, and performs well.
• When a system fails and no one documented the original design, this is the person who reverse-engineers the communication path and restores service.
• The role requires an automation-first mindset, treats documentation as non-negotiable, and expects someone who can navigate ambiguity without waiting for a playbook.
• This position typically operates as a team of one, but for larger initiatives you'll coordinate with engineers borrowed from DevOps, Network Security, and other teams for periods ranging from weeks to months.
• You'll need to delegate effectively, maintain quality oversight, and keep projects on schedule.
• The split is roughly 85% proactive work (architecture, automation, roadmaps, standards) and 15% reactive incident response.
• When incidents happen, time-to-resolution is the metric that matters.
Core Responsibilities
Technical Leadership & Architecture
• Serve as the organization's subject matter expert for network infrastructure across AWS, Azure, and on-premise environments.
• Own application delivery and reliability strategy with a focus on DNS, global traffic management (GSLB), and load balancing — this role is more about ensuring applications are reachable, redundant, and performant than configuring switch ports.
• Take abstract business requests and translate them into detailed technical roadmaps with clear milestones and deliverables.
• Evaluate network products and platforms to prevent overlapping tool purchases or redundant capabilities. Know your open-source alternatives — they frequently outperform commercial products in flexibility.
• Maintain working relationships with vendor sales engineers and stay current on product roadmaps, forecasts, and industry trends without treating analyst reports as gospel.
Automation & Engineering
• Develop and maintain automation using Python, Bash, Ansible, Terraform, and GitHub Actions following a GitOps model.
• Manage secrets and credentials across HashiCorp Vault, Azure KeyVault, and AWS Secrets Manager.
• Build and improve self-service tooling and workflows that reduce manual effort and improve operational consistency.
• Use emerging tools, including AI-assisted development, to accelerate complex task completion.
Troubleshooting & Incident Response
• Troubleshoot from Layer 7 backward through the full network stack, particularly in environments where the original design was undocumented. When a developer or engineer failed to document a service and it breaks, you will likely be the first person called to reverse-engineer the communication.
• Read and interpret packet captures (Wireshark) and browser HAR files to isolate issues at the application and transport layers.
• Work through problems when standard troubleshooting tools are unavailable due to security controls. We need someone who can find the next link in the chain using whatever tools are at hand, not someone whose toolkit stops at ping and traceroute.
• Approach troubleshooting methodically: observe symptoms, form a hypothesis, test one variable at a time, document findings, and iterate. No shotgun debugging.
• Serve as secondary on-call (24/7/365) when the primary on-call engineer is blocked or unable to resolve.
Cross-Functional Leadership & Communication
• Lead borrowed engineers (senior and junior) from adjacent teams on project-based work, maintaining quality standards and keeping deliverables on schedule.
• Mentor junior engineers and contribute to their professional growth by leading through example.
• Translate technical jargon into business benefits and outcomes for non-technical stakeholders.
• Maintain thorough documentation of designs, decisions, and operational procedures. Documentation is not optional.
Strategic Awareness
• Keep a pulse on where network technology is heading and make sure the organization is prepared for what's coming.
• Independently explore and map the existing network to understand true design intent. No single document can fully encapsulate this environment — the expectation is that you can crawl the network and discover it yourself.
• Spend the time to understand the products available and their capabilities to prevent the purchase of overlapping tools or redundant products.