Hands-On: Heat Exchanger Design & Analysis in nTop + ELISAVA — Barcelona, April 7

Key Takeaways

• Workshop limited to 20 participants, hands‑on heat exchanger modeling
• Led by nTop thermal simulation engineer Max Gaedtke
• Offers 50% discount code for CDFAM Barcelona registration
• Held at ELISAVA, Barcelona, April 7, 15:00‑18:00
• Targets thermal management, advanced manufacturing, computational design professionals

Summary

nTop is hosting a three‑hour, hands‑on heat‑exchanger design workshop on April 7 at ELISAVA in Barcelona, limited to 20 participants and led by thermal simulation engineer Max Gaedtke. Attendees will explore modeling workflows, simulation‑ready design techniques, and best practices directly within the nTop platform. The session offers a 50% discount code for the adjacent CDFAM Barcelona symposium (April 8‑9), encouraging participants to extend their learning at the industry event. Space is limited, and registration is required through the provided forms.

Pulse Analysis

Heat exchangers remain a critical component in sectors ranging from automotive to renewable energy, where efficiency gains translate directly into cost savings and lower emissions. Modern design relies heavily on computational fluid dynamics and parametric modeling to iterate rapidly, yet many engineers lack a unified workflow that bridges concept to simulation. nTop’s generative design platform addresses this gap by embedding physics‑based constraints into the modeling stage, allowing users to explore thousands of geometry variations while maintaining thermal performance targets. This capability is especially valuable for firms seeking to shorten product cycles and meet stringent regulatory standards.

Hands‑on training sessions like the ELISAVA workshop provide the experiential learning that online tutorials cannot replicate. By limiting the class to twenty participants, nTop ensures individualized instruction, immediate feedback, and collaborative problem solving. The partnership with ELISAVA—a leading European design and engineering school—adds academic credibility and exposes participants to interdisciplinary perspectives that enrich the thermal design process. Attendees leave with a reproducible workflow, ready to apply generative heat‑exchanger models to real‑world projects, thereby reducing reliance on legacy CAD tools.

Timing the workshop a day before CDFAM Barcelona maximizes its strategic impact. The symposium gathers experts in additive manufacturing, computational design, and advanced materials, creating a fertile environment for knowledge exchange and partnership formation. By offering a 50% discount code to workshop participants, nTop incentivizes continued engagement, turning a single training event into a multi‑day immersion. This approach not only drives immediate software adoption but also positions nTop as a thought leader in thermal management within the broader manufacturing ecosystem.