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Engineering the Future of Mobility

Integrated engineering solutions for aerodynamics, thermal management, durability, e-mobility, NVH, and manufacturing optimization.

Engineering Solutions for Automotive OEMs and Tier‑1s

Automotive manufacturers are under intense pressure to deliver safer, more efficient, and smarter vehicles while compressing development cycles and controlling cost. Experiqs supports OEM and Tier‑1 engineering teams with simulation‑led and ML‑augmented vehicle and subsystem development, covering aerodynamics and thermal management, NVH and ride comfort, durability and fatigue, powertrain and e‑mobility systems, and manufacturing process optimization. Our capabilities span passenger cars, commercial vehicles, two‑wheelers, off‑highway platforms, and emerging EV architectures.

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Key Challenges We Help Solve

  • Meeting stringent fuel‑efficiency, emissions, and range targets without full platform redesign
  • Managing thermal loads in engines, batteries, inverters, and under‑hood components in compact spaces
  • Reducing drag, wind noise, and lift while maintaining styling and package constraints
  • Solving brake, powertrain, and road‑induced NVH and vibration issues that impact comfort and quality perception
  • Ensuring structural durability and fatigue life under real‑world duty cycles and road profiles
  • Integrating new EV, ADAS, and connected‑car content without compromising performance, weight, or manufacturability
  • Leveraging test and fleet data effectively to improve models and shorten CAE cycles
  • Reducing dependency on multiple prototypes, wind‑tunnel campaigns, and lengthy track testing
  • Accelerating variant development across trims, markets, and regulations while controlling engineering cost

Our Services

Aerodynamics & External Flow Engineering

Vehicle‑level CFD for drag and lift reduction, underbody and cooling‑airflow management, wind noise risk reduction, soiling and water management, and performance in cross‑wind and transient conditions.

Thermal Management & Under‑Hood Engineering

Simulation and optimization of engine bay, battery packs, inverters, e‑motors, HVAC and climate systems for efficient cooling, de‑rating control, and robust operation across ambient and duty cycles.

EV Powertrain & Battery Systems Engineering

Thermal, structural, and flow simulations for traction batteries, e‑axles, power electronics, and charging systems to improve safety, life, and range while minimizing weight and packaging volume.

Noise, Vibration & Harshness (NVH)

Vibration, acoustic, and structural‑borne noise analysis for powertrain, body‑in‑white, brakes, and interior to reduce buzz, squeak, rattle, and improve sound quality and ride comfort.

Structural Durability & Crash‑Relevant Simulation

Strength, stiffness, and fatigue assessment of chassis, suspension, BIW, and safety‑critical parts, enabling weight reduction, longer life, and better correlation to proving‑ground loads.

Thermal Comfort & HVAC Performance

Cabin airflow and temperature distribution studies, defrost/demist performance evaluation, and HVAC system optimization to enhance passenger comfort and reduce energy consumption.

Manufacturing & Process Engineering

Simulation support for forming, welding, joining, paint‑booth aerodynamics, and assembly tooling to improve quality, reduce rework, and stabilize production processes.

ML‑Augmented CAE & Digital Twins for Automotive

  • Data‑driven surrogate models built from high‑fidelity CAE and test data to enable rapid design space exploration, real‑time what‑if analysis, and fast optimization of aerodynamics, thermal systems, and NVH.
  • Reduced‑order models and physics‑informed ML that power digital twins of critical systems such as battery packs, cooling circuits, and powertrains for predictive maintenance and on‑board performance monitoring.
  • Automated parameter tuning, design screening, and sensitivity studies using ML optimizers tightly integrated with your existing CAE workflows.

Computer Vision for Vehicle and Component Insights

  • Image and video analytics to extract actionable information from test rigs, proving‑ground runs, and production lines (e.g., deformation tracking, crack/defect detection, paint and surface quality).
  • Vision‑based measurement of flow markers, spray patterns, icing, and soiling to calibrate and validate CFD and thermal models more efficiently.
  • In‑plant vision solutions for inline inspection of welded joints, assemblies, and surface finishes to close the loop between design, simulation, and manufacturing quality.

System Integration, Controls & Digital Twins

System‑level models and reduced‑order digital twins for thermal systems, battery packs, and powertrains to enable faster calibration, predictive maintenance, and real‑time performance monitoring.

Where We Apply Our Expertise

Data halls and
white spaces

Hot aisle / cold aisle containment environments

CRAC, CRAH, PAHU, and
FWU systems

Chiller yards and
cooling plants

DG yards and
exhaust systems

Chilled water and thermal storage systems

Liquid-cooled
high-density zones

Mission-critical utility and support infrastructure

What Clients Gain

  • Better thermal reliability across critical spaces
  • Reduced hotspots and airflow imbalance
  • Improved cooling efficiency and lower wasted energy
  • Stronger validation of redundancy and failure readiness
  • Lower risk from external heat interaction and environmental effects
  • Stronger infrastructure resilience and better engineering decision-making
Explore Our Capabilities

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Let’s Start an R&D Discussion

Whether you’re exploring a new R&D initiative, seeking advanced simulations, planning experimental validation, or evaluating product feasibility—our experts are ready to assist you.

Let’s Start an R&D Discussion

Whether you’re exploring a new R&D initiative, seeking advanced simulations, planning experimental validation, or evaluating product feasibility—our experts are ready to assist you.