Apex Engineering
Contact
Automotive R&D

Engineering
Reality.

Physics
Simulation
Validation
Manufacturing

Connected into one engineering ecosystem — software, hardware, manufacturing and motorsport, feeding a single source of physical truth.

Explore the Ecosystem→See Current Projects
N 44°25′56.1″ · E 26°06′22.5″
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00 / WHATWhat We Build & Deliver

Bring the engine parameters.
We return the validated assembly.

Apex Engineering is an automotive R&D lab. We engineer induction, exhaust, turbocharging and fluid systems for performance and motorsport engines — defined in simulation, fabricated on our own floor and validated by test before delivery.

One engineering chain, one roof: design, fabrication and validation are not split between suppliers. Every project returns measured data into the same loop, so each next system starts from evidence, not from rules of thumb.

MaterialsAl · Stainless
WeldingBack-purged TIG
Final QCHydrostatic
D/01STEP

System definition

We start from the engine, not the part: operating targets, packaging envelope and boundary conditions. Intake, exhaust, turbocharging, cooling and fuel are sized as one system in simulation before any tube is cut.

  • Intake & exhaust manifold design
  • Turbo matching & gas sizing
  • Cooling & fuel system sizing
  • Structural & FEA checks
You getA frozen, simulation-validated design
D/02STEP

Controlled fabrication

Tubes formed mandrel-bent or pie-cut, located on dedicated fixtures and back-purged TIG welded to CAD nominal. Aluminum alloys and stainless steel alloys only. Every revision is traceable to its design state.

  • Back-purged TIG welding
  • Mandrel-bent or pie-cut
  • Fixture & jig development
  • Revision-traceable builds
You getA physical assembly, built in-house
D/03STEP

Validation dossier

Each assembly is hydrostatically pressure-tested with a test pump and calibrated gauge, weld-inspected and dimensionally verified against CAD. The results are issued as a written technical file — measured data, not a promise.

  • Hydrostatic pressure testing
  • Weld & dimensional inspection
  • Engineering documentation
  • Validation report
You getA validated assembly with its technical file
01 / WHYApex Exists

Stop guessing.
Start engineering.

The automotive industry still leans on empirical formulas, inherited rules of thumb and repeated prototyping. Decisions are made by intuition, and problems are found on the dyno.

Apex inverts the order. We replace trial-and-error with physics-driven engineering — simulated first, built once, proven by test — and we keep the data.

01
Simulation first
02
Built once
03
Proven by test
02 / LOOPThe Engineering Loop
PhysicsSimulationEngineeringManufacturingValidationReal-World DataAPEX · LOOPPhysics

One loop.
Continuously improving.

Physics informs simulation. Simulation informs engineering. Engineering becomes manufactured parts. Parts are validated on track. Track data refines the physics models — and the loop tightens again.

  1. 01Physics
  2. 02Simulation
  3. 03Engineering
  4. 04Manufacturing
  5. 05Validation
  6. 06Real-World Data
03 / ECOSYSTEMOur Ecosystem

Four divisions. Nothing exists independently.

01

Software

Engineering infrastructure. Simulation, optimization, calculators, license control.

FeedsEngineering →
02

Engineering

Physics-driven design of intake, exhaust, fluid, thermal and turbocharging systems.

FeedsManufacturing →
03

Manufacturing

Prototype assembly, functional parts, rapid iteration with full revision traceability.

FeedsMotorsport →
04

Motorsport

Validation environment. Telemetry, iteration and data — fed back into Apex Suite.

FeedsSoftware →
04 / SWSoftware · Engineering Infrastructure

Physics-based tools,
built from first principles.

Computational tools built for powertrain R&D: Apex Suite in production, with a 1D gas-dynamics solver and a telemetry toolkit in development.

Apex Suite
Sizing for intake, exhaust, forced induction, fuel and thermal systems: pressure-wave runner tuning, Helmholtz plenum sizing
Production
v2.3.0
LIVE
Vertex Pro 1D
Coming soon. 1D gas-dynamics / wave-action solver for transient pressure-wave propagation, scavenging and valve-overlap effects. Modern C++ core, parallelized with OpenMP and a thread pool.
In development
—
COMING SOON
Engineering Documentation & Validation Reports
PDF engineering reports generated from Apex Suite projects
Production
—
LIVE
Telemetry Analysis Toolkit
Coming soon. Session ingestion, channel math and lap/segment analysis, so measured track and dyno data can be compared against the sizing models.
In development
—
COMING SOON
License Management
Per-workstation license files for Apex Suite (Founders licenses cover two)
Production
—
LIVE
05 / ENGEngineering · Capabilities

Capabilities, documented like systems.

Every capability is a discipline with inputs, methods and validation criteria — not a service line.

E-01

Intake Systems

Pressure-wave runner tuning · Helmholtz plenum · CFD

REV · A
E-02

Exhaust Systems

Pulse tuning · backpressure

REV · A
E-03

Fluid Dynamics

Steady & transient CFD

REV · A
E-04

Turbo Matching

Compressor / turbine maps

REV · A
E-05

Cooling Systems

Heat rejection · thermal balance

REV · A
E-06

Custom Engineering

Bespoke component design

REV · A
E-07

Simulation-Driven Design

Topology · DoE · optimization

REV · A
E-08

Structural & FEA

Non-linear stress · modal harmonics · fatigue life

REV · A
06 / MFGManufacturing · Engineering-grade

Fabrication under
engineering control.

Fabrication is a controlled step of the engineering process, not a separate workshop. Every assembly in aluminum or stainless steel alloys is built to a frozen CAD revision, checked against nominal and pressure-tested — and the result is recorded in its technical file.

Fabrication Workflowin-house
FAB-01
Back-purged TIG welding — stainless & aluminum assemblies
CORE
FAB-02
Mandrel-bent architecture — constant-radius exhaust routing
CORE
FAB-03
Pie-cut fabrication — tight-radius geometry where mandrels can't reach
CORE
FAB-04
Fixture & jig development — repeatable prototype assembly
CORE
QC-01
Hydrostatic pressure testing — test pump & calibrated gauge
QC
QC-02
Weld inspection & dimensional verification against CAD nominal
QC
Materials
Al · SS
aluminum & stainless steel alloys
Joining
TIG
back-purged, full penetration
Pressure QC
Hydro
test pump & calibrated gauge
07 / MSMotorsport · Validation

The ultimate
validation environment.

Motorsport is not marketing. It is the fastest way to validate engineering assumptions under real load, temperature and time. Every lap is a data row. Every data row improves the next model.

01
Testing
02
Telemetry
03
Iteration
04
Validation
05
Data Collection
Telemetry · Lap 14
Speed
248
RPM
8,420
λ
0.88
→ Compared against Apex Suite predictions
08 / PHILEngineering Philosophy

Five principles. No exceptions.

  1. P/01

    Physics before opinion.

  2. P/02

    Simulation before manufacturing.

  3. P/03

    Validation before assumptions.

  4. P/04

    Documentation before memory.

  5. P/05

    Continuous improvement.

09 / PROJCurrent Projects

What we are building right now.

  1. P-01
    Apex Suite
    Engineering platform
    LIVE
  2. P-02
    Vertex Pro 1D
    1D thermodynamic & gas-dynamics solver — currently being built
    IN DEV
  3. P-03
    Engineering Platform
    Internal R&D systems
    ACTIVE
  4. P-04
    Manufacturing Infrastructure
    Traceable production stack
    IN DEV
  5. P-05
    Development Vehicle
    Rolling validation bench
    ACTIVE
  6. P-06
    Global Expansion
    International partnerships
    PLANNED
10 / RMRoadmap · By Phase

Phases, not dates.

PHASE 01
Apex Suite & first builds
NOW
PHASE 02
Expanded Simulation Models
PHASE 03
Manufacturing Automation
PHASE 04
Global Software Adoption
PHASE 05
International Engineering Partnerships
PHASE 06
Advanced Motorsport Validation
11 / TSTech Stack

The systems
behind the systems.

Selected for correctness, longevity and traceability. Boring where it should be boring.

Simulation & Physics
  • Dassault SIMULIA (CFD & FEA)OK
  • Apex Suite (Engine Systems Sizing)OK
  • Vertex Pro 1D (Gas Dynamics)DEV
  • In-house SolversOK
CAD & Modeling
  • SolidWorks PremiumOK
  • Parametric Surface ModelingOK
  • STEP / Parasolid FormatsOK
  • Technical Drafting & GD&TOK
Compute & Architecture
  • Modern C++ (Vertex Core Engine)OK
  • OpenMP & Thread PoolOK
  • Python (Scientific Computing & Qt GUI)OK
  • Local High-Performance WorkstationOK
Platform & Traceability
  • Git & GitHubOK
  • Local-First Physics DataOK
  • Edge Runtime & PostgreSQL (Tracker)OK
  • Cryptographic Job IDsOK
Fabrication Tooling
  • Back-purged TIG WeldingOK
  • Dedicated Fabrication FixturesOK
  • Mandrel-bent or Pie-cut AssembliesOK
  • Precision Cold Cutting & PrepOK
Validation & Metrology
  • Hydrostatic Pressure Test PumpOK
  • Calibrated Pressure GaugesOK
  • Weld Root & Penetration InspectionOK
  • Dimensional Verification JigsOK
12 / MFManifesto

We don't guess.

We simulate.

We don't follow trends.

We validate.

We don't chase horsepower.

We engineer performance.

Every project teaches us something.

Every validation improves our software.

Every improvement benefits every future project.

13 / CContact

Let's build better
engineering.

Direct linesergiugabriel@apexengineeringlabs.com

Support: support@apexengineeringlabs.com

Hours
Mon — Fri · 09 — 18 (Bucharest time)
Response
Within 2 business days
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