Backend and web delivery
Production work across services, internal applications, and product-facing tooling.
Victor Anderssén
Senior full-stack engineer with low-level strengths
Backend platforms · Internal products · Infrastructure automation · Systems performance
I build production software across backend services, internal web applications, automation, and performance-oriented systems work. My background combines full-stack product delivery with infrastructure ownership, security-conscious operations, and hands-on work in compute, graphics, and low-level software.
Capabilities
Infrastructure and operations
Hybrid environments, automation, and reliability-focused operational ownership.
Systems and performance
Low-level implementation, validation tooling, and performance-minded engineering.
Compute and graphics
Hands-on work with graphics APIs, GPU tooling, and performance-sensitive software.
Where I deliver.
Broad range is only useful if it turns into shipped systems, stable operations, and concrete outcomes.
Backend services and internal products
Built .NET Core, SQL, and React-based tools for user access auditing, network device management, and internal operations.
Platform automation and infrastructure ownership
Operated hybrid Azure and on-prem environments while automating deployment and operational workflows under ISO 27001-aligned controls.
Systems validation and performance-minded engineering
Designed deterministic validation tooling, concurrency-aware services, and low-level software where reliability, observability, and repeatability matter.
Graphics, compute, and applied HPC work
Worked across C, C++, OpenGL, Vulkan, CUDA, and HIP on projects involving GPU portability, visualization, and performance-sensitive computation.
Full-stack deliveryOperational ownershipPerformance and correctnessAutomation at scaleInfrastructure fluencySystems-minded product work
Career snapshot
Senior engineer.
Broad across the stack.
My background spans backend services, internal web applications, Linux-first automation, and production infrastructure, with additional depth in systems programming, graphics, and GPU-oriented work. That mix lets me move between product delivery, platform needs, and performance-sensitive engineering without treating them as separate careers.
At a glance
- Software Engineer and systems administrator background, 2017-2023
- M.Sc. in Computer Engineering, completed in 2024
- Built services, tooling, automation, and infrastructure for security-sensitive operations
Breadth across the stack
- Full-stack delivery for internal and customer-facing tools
- Backend APIs, data models, and service integration
- Infrastructure, automation, and operations-minded engineering
- Systems programming, graphics, and performance work
What teams get
- Clear ownership from implementation to operations
- Measured performance and reliability, not hand-wavy claims
- Pragmatic automation that reduces manual effort
- Broad technical range without losing delivery focus
Featured projects
Selected work
Recent projects spanning validation tooling, compute, backend systems, and practical engineering execution.
View allGame Engine, Tools, Runtime28-02-2026
My Game Engine
C++23 engine with SDL3, Vulkan 1.3, and a modular gameplay library.
- Vulkan 1.3 renderer with SDL3 windowing and input handling
- Modular gameplay library with hot-reloadable state and scene/controller gameplay
C++23SDL3VulkanMesonNinjaGLM
Embedded Systems + Test Automation26-02-2026
Engine Control Validation & HIL-Style Test Rig Simulator
A deterministic C11 engine-control validation simulator engineered with industrial software discipline and CI workflows that mirror key concepts of hardware-in-the-loop (HIL) validation.
- Deterministic, tick-stepped engine-control validation with reproducible artifacts
- CI-enforced verification: tests, coverage, static analysis, sanitizers, determinism replay
CMISRA C:2012-guided (documented deviations)GitHub Actionscppcheckclang-tidylcovValgrindRaylibDoxygenJSON Schema
Technical writing
Engineering notes
Writing on systems engineering, software architecture, and lessons that come from building and operating real systems.
View allWriting01-05-2026
Linux IPC Shootout: Shared Memory versus Unix Domain Sockets
A rigorous C benchmark comparing shared memory, Unix Domain Socket (UDS) stream, and UDS datagram for latency and throughput across embedded-relevant payload sizes.
CLinuxIPCPerformanceEmbedded
Writing14-02-2026
HIP Deep Dive: 10B Galaxy-Pair Angles on AMD (~0.15s)
Full spoiler deep dive of my native HIP solution: kernel structure, symmetry math, LDS design, mmap I/O, tuning workflow, and correctness checks.
HPCGPUHIPCUDAAMD