CAD-independent CAE platform
Connect your CAD workflow
to your engineering analysis.
UGPIA connects analysis preparation in CAD, job management, and web-based result review. With cloud deployment as the default and on-premises options for closed networks, it helps build an analysis environment around your performance and cost requirements.
Start in your familiar design environment. Deploy around your business needs.
Sign in or create an account to explore sample analysis results.
Stage 1, Prepare in CAD
Freedom of CAD choice
Build an analysis workflow around the CAD tools you use.
A connected analysis workflow
Connect setup in CAD, job management, and result review on the web.
Deployment that fits your business
Choose an environment around your security, performance, and cost requirements, from cloud to closed-network deployment.
CAD-INDEPENDENT PIPELINE
The goal of UGPIA is to build an analysis pipeline independent of any specific CAD or solver. It connects design geometry and selections, analysis conditions, execution, and result validation through one common Analysis Model.
ANALYSIS SOLUTIONS
Explore our
analysis areas.
Learn the objectives and review workflows behind UGPIA structural, thermal, drop and impact, and fluid analysis.
01 / STRUCTURAL
Structural analysis
Evaluate stress, deformation, stiffness, buckling, and structural integrity against engineering criteria.
Learn more → 02 / THERMALThermal analysis
Calculate temperature and heat transfer, then connect results to deformation and thermal stress.
Learn more → 03 / DROP & IMPACTDrop / impact analysis
Review time-dependent deformation and response under drop and impact loading.
Learn more → 04 / FLUIDFluid analysis
Review fluid flow, pressure distribution, and coupled heat transfer phenomena.
Learn more →THE PLATFORM
Solver가 아니라,
Engineering을 연결하는 platform.
UGPIA owns the engineering model at the center: geometry, materials, constraints, loads, meshes, and results. It is a foundation for analysis that is not tied to a specific CAD API or solver input format.
COREUGPIAANALYSIS MODEL
CAD AdapterSelection · STEP · Topology
PhysicsStructural · Thermal · Modal
Solver AdapterNative · External Solver
Result & ValidationPost · Verification · Insight
- 01
CAD Independent
서로 다른 CAD의 Geometry와 Selection을 공통 Analysis Model로 변환합니다.
- 02
Unified Workflow
해석 조건과 결과를 CAD, Physics, Solver를 넘어서 일관된 흐름으로 관리합니다.
- 03
Engineering Validation
결과를 단순 숫자가 아닌, 검증 가능한 엔지니어링 의사결정으로 연결합니다.
FROM CAD TO INSIGHT
복잡한 해석의 흐름을
명확한 하나의 과정으로.
UGPIA reduces the gaps from design data to validated results. Each stage remains connected through one shared model.
Capture
CAD Geometry와 Selection을 정확하게 가져옵니다.
Configure
Material, Load, Constraint와 Mesh 조건을 구성합니다.
Analyze
필요한 Physics와 Solver를 통해 해석합니다.
Validate
결과를 검증하고 설계 판단으로 전환합니다.
INDUSTRY SOLUTIONS
실제 산업의 문제를 위한
CAE workflow.
범용 메뉴가 아닌, 현장의 장비와 부품 그리고 업무 단위에 맞춰 설계되는 산업별 해석 경험을 지향합니다.
02 / BATTERY & EV
배터리 / 전기차
Pack 강도와 열-구조 연성 검토.
03 / ROBOTICS
로봇 / 자동화
강성, 진동, TCP 오차로 이어지는 변형 평가.
04 / MEDICAL
의료기기
Implant 및 Surgical Instrument의 구조 건전성 평가.
05 / PLANT
플랜트 / 압력장비
압력, 열응력, 좌굴을 고려한 장비 검토.
ENGINEERING CAPABILITIES
Today’s core.
Tomorrow’s range.
핵심 구조·열 영역을 중심으로 시작해, 산업의 요구와 함께 더욱 깊은 Physics로 확장합니다.
01Linear StaticStructural strength and stiffness
02Steady ThermalThermal field and temperature distribution
03Thermal StressThermo-mechanical response
04Modal / BucklingDynamic behavior and stability
LET'S BUILD ENGINEERING CLARITY
CAD를 넘어,
해석의 다음 기준을 함께 만듭니다.
Contact us about UGPIA, industry-specific CAE workflows, and technical partnerships.
Discuss platform adoption