Solution Architect | Mathematics & AI Algorithm Engineer

Starting at

$

35

/hr

About this service

Summary

I design and optimize AI-driven architectures with a strong foundation in mathematics, AI algorithms, and large-scale system engineering. Specializing in LLM fine-tuning, vector search, and medical AI, I craft high-performance solutions for complex data problems. My unique expertise bridges advanced AI research with real-world applications, ensuring scalable, efficient, and intelligent systems.

What's included

  • AI-Powered Predictive Analytics & Optimization

    1. Deliverable: Development of AI-driven predictive models and mathematical optimization solutions for business intelligence, risk assessment, and operational efficiency. 2. Purpose: Organizations need accurate forecasting and optimization techniques to enhance decision-making, reduce risks, and improve efficiency. 3. Impact: This service enables businesses to leverage data-driven insights for strategic planning, financial forecasting, inventory management, and demand prediction, leading to cost reductions and revenue growth. 4. Solution: Using advanced machine learning algorithms, statistical modeling, and mathematical optimization techniques (such as linear programming, reinforcement learning, and stochastic modeling), the service provides real-time, adaptive, and scalable predictive solutions. These models are fine-tuned to the client’s domain, ensuring high accuracy and actionable insights.

  • AI/ML Solution Architecture & Deployment

    1. Deliverable: Design and implementation of scalable, secure, and high-performance AI/ML architectures tailored for production environments. 2. Purpose: AI solutions require well-architected systems to ensure efficiency, scalability, and integration with existing enterprise infrastructures. 3. Impact: This service helps businesses deploy AI solutions efficiently while ensuring compliance, security, and cost-effectiveness. It minimizes downtime, maximizes performance, and enables seamless AI adoption. 4. Solution: By leveraging best practices in MLOps, cloud-native AI deployment (AWS, Azure, GCP), and distributed computing, this service provides end-to-end AI lifecycle management, from data ingestion to model deployment and monitoring. Custom architectures are designed based on specific business needs, ensuring robustness and scalability.

  • AI-Driven Knowledge Retrieval & Vector Search Solutions

    1. Deliverable: Development and deployment of vector search and knowledge retrieval systems for semantic search, recommendation engines, and intelligent chatbots. 2. Purpose: Traditional keyword-based search and retrieval mechanisms often fail to provide context-aware, meaningful results. Businesses need intelligent search solutions to improve user experience and efficiency. 3. Impact: Enhances information retrieval by delivering precise and contextually relevant results. This improves decision-making, accelerates knowledge discovery, and enhances customer engagement in AI-powered applications. 4. Solution: Using vector embeddings, semantic search (FAISS, HNSW, ANN), and LLM-driven retrieval-augmented generation (RAG), the service builds advanced knowledge retrieval systems. These solutions are fine-tuned for domains such as healthcare, finance, and legal, ensuring high accuracy and relevance in search results.

  • Custom AI Algorithm Development & Mathematical Modeling

    1. Deliverable: Design and implementation of specialized AI/ML algorithms and mathematical models for complex problem-solving across industries. 2. Purpose: Many industries require tailored AI algorithms beyond generic models to solve unique problems in optimization, automation, and decision science. 3. Impact: Enables businesses to leverage domain-specific AI solutions that provide higher accuracy, efficiency, and automation in tasks such as financial modeling, anomaly detection, and medical diagnostics. 4. Solution: This service involves crafting custom AI models using deep learning, probabilistic modeling, reinforcement learning, and mathematical simulations. Models are rigorously validated and optimized for performance, ensuring their effectiveness in real-world applications.


Skills and tools

Mathematician

Systems Engineer

Web Developer

KNIME

KNIME

MATLAB

MATLAB

PyTorch

PyTorch

Ray

Ray

TensorFlow

TensorFlow

Industries

Computer Software
Artificial Intelligence
Computer Software