We are seeking a research-oriented Software Engineer with advanced Python and C++ capabilities to develop algorithms, backend services and data-processing components across AI-assisted document-processing and enterprise financial-planning applications.
The role combines applied research in document analysis and sensitive-information detection with the implementation of financial calculations and enterprise data pipelines. The common focus is translating complex mathematical and business requirements into accurate, efficient and maintainable software.
You will take ownership of technical problems from investigation and prototyping through experimental validation, optimisation and production deployment.
Essential skills and research background
Original research and innovation
Demonstrated experience conducting original applied research and developing algorithms relevant to computer vision, machine learning, document processing or related computational methods. Applicants must substantiate their research experience with verifiable references and clearly describe their individual research and technical contributions.
Python and modern C++
Advanced commercial software-development experience in both languages, including implementing, testing, debugging and optimising computationally intensive algorithms. Experience using Python for research, AI or data-processing development and C++ for performance-critical components, with the ability to translate prototypes into maintainable production software.
Mathematical algorithm development
Demonstrated ability to apply linear algebra, geometry, numerical methods, optimisation, probability and statistics to practical engineering problems. Experience independently evaluating existing methods, developing original approaches and validating results through reproducible experiments.
Computer vision and image/video analysis
Experience developing algorithms that locate and track documents or regions of interest in images and video. Ability to identify and match visual features, use projective geometry to align different views and correct perspective, and combine information across frames. Experience maintaining accuracy and computational efficiency under motion, distortion, partial visibility and variable image quality.
AI-assisted sensitive-information detection and redaction
Experience combining machine learning, spatial analysis and deterministic rules to detect, classify and locate sensitive information. Experience implementing human-in-the-loop workflows, including confidence-based review, correction of missed or incorrect detections, approval controls, reliable removal of content selected for redaction and audit trails. Experience testing and improving the accuracy and reliability of detection algorithms.
Financial software and calculation systems
Commercial experience implementing financial calculations and processing financial data in enterprise applications, including budgeting, forecasting or driver-based cost allocation. Working knowledge of general-ledger and planning data, including actuals, budgets, forecasts, accounts, cost centres, projects and reporting periods. Ability to translate requirements agreed with finance stakeholders into testable, auditable calculation rules, investigate discrepancies and reconcile outputs to source records.
Enterprise software and data engineering
Strong SQL, database modelling, backend/API development and data-pipeline experience. Proficiency in automated testing, version control, deployment, access controls and technical documentation. Ability to integrate data from multiple enterprise systems and maintain traceability across source records, transformations and calculated outputs.
How to apply
Submit your CV and a brief summary of relevant projects, research outcomes and your personal technical contributions. Include verifiable references to relevant patents or peer-reviewed publications.
Turium offers the world's first secure, private, and the most powerful version of Enterprise AI. A fully managed hybrid solution that spans across the entire enterprise data and AI lifecycle.
Our commitment is unwavering: to develop safe Artificial General Intelligence (AGI) technology that serves all of humanity. By aligning our goals with the collective interests of our customers, partners, and the overall society, we consistently prioritize groundbreaking innovation over mere profit.
Turium's technology are the virtual twins of distributed neurons in the brain, linking historically siloed, disconnected systems to power smarter, more informed operations. By simulating the biological neural networks (BNNs) found in living brains, we've developed Turium Neural Networks (TNNs), which embody advanced learning models capable of emulating different cognitive abilities. The unique architecture and learning capabilities of our products result in an unprecedented level of speed, interoperability, and security for AI and automation applications. This advances us closer to the ultimate goal of AGI — creating systems capable of autonomously learning from their environment and transferring that learning to novel situations. This bidirectional interchange paves the way for transformative advancements in AI-driven sectors, moving us a step closer to truly intelligent systems.
We envision a future where Artificial General Intelligence revolutionizes every facet of our lives. To turn this vision into reality, we are on the lookout for passionate individuals from across the globe. If you are driven by innovation and aspire to make a lasting impact, join us in sculpting the future of Enterprise AI.
