Senior Python Developer Jobs in Kentucky (NOW HIRING)

OSC EdgeTech, LLC is seeking a talented Senior Python Developer to join the OSC EdgeTech team.

OSC EdgeTech is a wholly owned subsidiary of Cook Inlet Region, Inc. (CIRI), an Alaska Native Corporation proudly owned by over 9,400 Shareholders. OSC EdgeTech was created to deliver agile, responsive IT solutions to meet the evolving needs of federal and defense customers. As an SBA-certified 8(a) entity with a Facility Clearance (FCL), OSC EdgeTech streamlines the acquisition process while maintaining the trusted quality, security, and innovation that define OSC Edge.

Cook Inlet Region, Inc., also known as CIRI, is one of 12 land-based Alaska Native regional corporations created pursuant to the Alaska Native Claims Settlement Act (ANCSA). CIRI’s regional boundaries roughly follow the traditional Dena’ina territory of Southcentral Alaska. CIRI was incorporated on June 8, 1972, and is owned today by a diverse group of more than 9,500 Shareholders who live in Alaska and throughout the world.

OSC EdgeTech offers excellent benefits for eligible employees.Benefits include paid holidays, paid time off, 401K with employer match, dental, vision, health insurance plans, as well as life and disability benefits.

As part of the evaluation process, candidates under consideration may be asked to complete a standardized job-related programming assignment designed to assess technical capabilities relevant to the position. Completion of the assignment does not guarantee an interview.

The Senior Python Developer (AI/ML) is primarily responsible for driving continued development of Optica Security, the company’s DISA APL-listed STIG compliance and CORA readiness platform. This position is responsible for both Python-based security automation and production AI-enabled software. The position will design and deliver scalable scanner capabilities for large, federated network environments while also integrating local and cloud AI models to automate cybersecurity content ingestion, interpretation, validation, and other labor-intensive product workflows.

• Scanner development. Design, develop, test, and optimize Python-based scanning capabilities that deliver reliable operation and performance at scale across large, segmented, and federated network environments, including deployment in restricted government environments.
• AI-enabled product engineering. Design and implement production AI capabilities within Optica using local/self-hosted models and cloud-hosted AI services, selecting models and deployment patterns based on security, connectivity, performance, accuracy, and cost requirements.
• AI-assisted STIG ingestion. Develop and operationalize an AI-assisted process for ingesting and interpreting new and revised DISA STIGs; structuring STIG requirements for use within Optica; identifying and managing organizationally defined parameters; and validating cybersecurity content and mappings.
• AI-driven process automation. Identify and automate complex manual product and cybersecurity workflows using AI, including document ingestion, structured data extraction, classification, transformation, validation, exception handling, and human-in-the-loop review where appropriate. Establish measurable quality, throughput, accuracy, and cycle-time outcomes for automated workflows.
• Model integration and orchestration. Integrate and manage local/self-hosted models suitable for disconnected or air-gapped environments as well as cloud model APIs and managed AI platforms. Build maintainable abstractions and orchestration patterns that allow models to be selected or changed based on mission environment and technical requirements.
• Model evaluation and adaptation. Support the AI/ML model lifecycle, including dataset preparation, model selection, evaluation, prompt and retrieval design, fine-tuning or other model-adaptation techniques when appropriate, inference optimization, validation, and production monitoring.
• Coverage expansion. Extend Optica’s cybersecurity content coverage beyond operating systems into installed applications, databases, application servers, middleware, and other software layers to provide a more complete view of CORA readiness.
• Delivery ownership. Plan and execute development work through deployment, stabilization, and resolution of customer findings, communicating status, risks, technical trade-offs, and dependencies clearly to product leadership.
• Product engineering discipline. Contribute to architecture, code review, automated testing, documentation, observability, secure development practices, and production support consistent with the platform’s DISA APL listing and government compliance requirements.
• Technical leadership. Operate as a senior engineer on the Optica team, exercising independent technical judgment, informing architecture and prioritization decisions, mentoring developers, and raising engineering standards as the team grows. Work closely with Optica architecture, dashboard, cybersecurity content, product, and customer-facing teams to align scanner output, AI-generated or ingested content, validation workflows, and end-user reporting.
• Perform other duties as appropriate and as assigned.

• Understand OSC EdgeTech and mission, values and strategic focus areas and incorporate knowledge into daily activities.
• Knowledge of software engineering principles, Python development, network architectures, cybersecurity technologies, and regulatory or compliance requirements.
• Knowledge of DISA STIGs, SCAP content, or comparable cybersecurity compliance frameworks, including the interpretation, validation, and maintenance of compliance requirements.
• Knowledge of dataset preparation, model training concepts, validation, evaluation, inference, model selection, and model adaptation techniques such as fine-tuning.
• Strong understanding of prompting, retrieval-augmented generation, fine-tuning, or other approaches, including the ability to evaluate whether a model is fit for a production use case.
• Knowledge of workflow automation, intelligent document processing, data extraction, validation methodologies, and human-in-the-loop review processes.
• Knowledge of the operational trade-offs among local inference, managed cloud models, security boundaries, latency, cost, model capability, and disconnected or restricted deployment environments.
• Ability to deliver reliable, high-performance cybersecurity solutions that meet mission requirements in both connected and disconnected operational environments.
• Ability to analyze existing codebases, make sound technical and architectural decisions, and work independently with minimal supervision.
• Strong analytical and problem-solving skills with sound business judgment and the ability to assess customer needs, market conditions, and competitive factors.
• Ability to develop, maintain, and foster effective working relationships with customers to support business objectives and ensure customer satisfaction.
• Ability to provide business case development and identify opportunities that drive future growth.
• Ability to work efficiently and effectively, manage multiple priorities