Independent engineering practice

One accountable engineer across the complete technical chain.

BHC Engineering is an independent company based in Bucharest, providing hands-on expertise across infrastructure, high-performance computing, engineering applications and operational software.

The structure is intentionally direct: the person who understands the requirement is also the person who investigates, designs, implements, documents and supports the solution.

BASEBucharest, Romania
DELIVERYRemote & international
MODELDirect collaboration
Core expertise

A multidisciplinary profile with operational depth.

The value is not simply the number of technologies covered. It is the ability to understand how infrastructure, applications, tools and users affect one another.

01 / SYSTEMS

Infrastructure engineering

Linux, Windows Server, storage, networking, virtualisation and hybrid environments, from administration and migration to diagnostics and recovery.

02 / COMPUTE

HPC & scientific computing

Schedulers, application profiles, batch workloads, dashboards and the operational integration of demanding engineering applications.

03 / APPLICATIONS

Simulation software integration

Deployment, configuration, licences, debugging and user support for specialised CAE and numerical simulation environments.

04 / SOFTWARE

Automation & operational tooling

Launchers, scripts, APIs, dashboards and purpose-built software created to make complex workflows dependable and usable.

What this means in practice

Concrete work on systems people use every day.

The scope is broad, but the interventions are specific. Typical assignments combine system administration, application knowledge, software development and direct user support.

HPC OPERATIONSKeep engineering workloads available

Operate dashboards and application-launching environments across Linux and Windows while supporting the users who depend on them.

  • Configure and maintain HPC application profiles
  • Diagnose infrastructure and scheduler failures
  • Migrate launch environments to new versions
  • Document platform behaviour and recovery procedures
APPLICATION INTEGRATIONMake specialised software work reliably

Integrate demanding simulation applications into workstation and cluster environments, including licences and user-facing launch workflows.

  • Install and configure engineering licences
  • Debug failed numerical simulation workloads
  • Integrate electromagnetic simulation software
  • Support application users and technical teams
SOFTWARE DEVELOPMENTReplace friction with purpose-built tools

Develop practical software when legacy tools, manual work or generic platforms do not match the operational requirement.

  • Modernise legacy application launchers
  • Create scripts and utilities for technical users
  • Build APIs, dashboards and lightweight services
  • Automate repeatable operational workflows
ENABLEMENTLeave knowledge behind

Make sure the solution remains useful after delivery through documentation, training and clear operational ownership.

  • Train newcomers on HPC and simulation tools
  • Create implementation and support documentation
  • Explain system constraints in practical language
  • Help users adopt new workflows safely
Engagement flow

From requirement to usable outcome.

A lightweight process that keeps decisions visible and adapts to audits, incident support, fixed-scope delivery or longer technical partnerships.

01Understand

Map the environment, users, constraints and expected outcome.

02Diagnose

Identify the actual technical and operational friction.

03Implement

Configure, integrate, automate or develop the required solution.

04Transfer

Document the result and enable the people responsible for it.

Working principles.

Professional collaboration built around technical clarity, ownership and useful outcomes.

01Direct accountability

No hand-off between sales and delivery. The engineer discussing the problem remains responsible for the technical response.

02Whole-system diagnosis

Failures are followed across organisational and technical boundaries rather than being reduced to the first visible symptom.

03Proportionate engineering

Solutions are sophisticated when required and deliberately simple when additional complexity would create more operational cost than value.

04Transferable outcomes

Documentation, training and maintainability are treated as part of the solution, not as optional work after implementation.

Discuss a requirement

Bring the technical context.

Start a conversation