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Embedded Rust Developers in Sweden

Designed and implemented high-performance cross-platform applications using Rust and C++. Specialized in IoT devices with a focus on optimizing firmware for resource-constrained environments.

• Developed a custom GUI framework using Qt
• Optimized ESP-IDF firmware for low-latency communications
• Led a team in creating a scalable IoT platform

Designed firmware for IoT devices using Rust and C++, focusing on resource management and low power consumption. Developed embedded systems for automotive applications with real-time constraints.

• Optimized embedded systems for minimal memory footprint
• Implemented real-time operating systems in C
• Developed communication protocols for sensor networks

Developed low-latency embedded systems for IoT applications using Rust and C++. Built cross-platform full-stack applications with a focus on seamless user interfaces.

• Created custom hardware drivers in C
• Developed TypeScript-based web applications
• Optimized Python scripts for data analysis

Conducted research in functional programming languages, focusing on Haskell and Rust. Developed formal verification techniques using Agda and Idris. Specialized in parallel computing with Futhark.

• Research in functional programming
• Formal verification with Agda
• Parallel computing with Futhark

Engineered REST APIs in Go for a cloud-based logistics platform. Developed high-performance backend services with Rust for data-intensive applications.

• Optimized C++ code for compute-heavy tasks
• Integrated Python scripts for data processing
• Implemented concurrent systems with C

Develops neural-network methods for statistical downscaling of European climate data using fully convolutional architectures. Research includes dimensionality reduction for identifying significant events in air-transport controller video.

• Climate-model data transformation
• Neural-network methodology presentations
• Air-transport video analytics publication

Worked across multiple programming languages to build versatile software solutions. Developed complex systems using Rust and C++ with a focus on high performance.

• Implemented Java-based applications for enterprise environments
• Designed TypeScript tools for improved developer productivity
• Developed Python scripts for data analysis and processing

Designs Rust and Python distributed services around PostgreSQL, cryptographic protocols, and auditable storage. Recent work includes a protocol workspace for verifiable inter-organisation healthcare data exchange with deterministic binary formats, explicit trust boundaries, replay protection, and crash recovery.

• Ed25519 signatures and BLAKE3 hashing
• Append-only audit trails with fail-closed authorization
• PostgreSQL query optimization and schema migrations
• Healthcare interoperability using ICD-10-SE and KVÅ

Developed a Python pipeline for real-time industrial log anomaly detection, replacing a legacy Splunk machine-learning component with BERT-based analysis. Used Kafka for streaming ingestion and Kubernetes for scalable orchestration, while also building embedded sensor monitoring with Arduino and cloud synchronization.

• Next.js and TypeScript web features
• Kotlin production mobile application
• Flask sensor-data synchronization backend
• C++ hardware-software integration

Designed REST APIs for microservices architecture using Rust and Python. Developed data analysis tools with SQL and Java.

• Implemented C++ algorithms for data processing
• Optimized backend services for high concurrency
• Managed cloud deployments for scalability

Specialized in graphics programming with Vulkan, developing rendering engines using C++ and Rust. Utilized GLSL for shader development.

• Optimized rendering pipelines with RenderDoc analysis
• Implemented Python scripts for automated testing
• Developed C++ tools for real-time 3D graphics

Conducted in-depth vulnerability analysis and secure architecture design for enterprise systems. Led penetration testing efforts, identifying critical security flaws using Python and Rust.

• Developed threat models for financial applications
• Automated security audits with custom Python tools
• Designed secure APIs for cloud services
• Trained teams on secure coding practices

Architected scalable backend systems using Rust and TypeScript. Led DevOps initiatives to streamline CI/CD pipelines.

• Implemented web front-end components with modern frameworks
• Designed software architecture for distributed systems
• Integrated cloud services for seamless operations

Developed backend infrastructure in Rust and Go for high-performance computing. Optimized shell scripting for system operations and automation.

• Developed Rust backend infrastructure
• Focused on high-performance computing
• Optimized shell scripting