- AI-Powered Engineering Tools
Engineering Intelligence for RF Design
to Design Faster Iterate Smarter Build Better
HFSS Copilot is an AI-powered assistant that accelerates HFSS workflows through automation, Python scripting, and real-time optimization — helping RF engineers design faster without losing control.
HFSS Copilot
001.
WORKFLOW AUTOMATION
Automates repetitive HFSS tasks, scripting, and tuning loops.
002.
PYTHON
GENERATION
Generates HFSS-ready Python scripts directly from engineering intent.
003.
RADIO FREQUENCY OPTIMIZATION
Accelerates iterations while keeping full engineering control.
- HOW IT WORKS
From Engineering Intent to Automated Execution
HFSS Copilot translates engineering intent into automated actions inside HFSS.
Through natural language interaction, it generates Python scripts, manages optimization loops, and provides real-time feedback during simulation workflows — all while keeping engineers in full control.
- Core Capabilities
What HFSS Copilot Can Do
001.
Workflow Automation
Automates repetitive HFSS tasks such as project setup, parameter sweeps, tuning loops, and simulation management -reducing manual effort without hiding critical steps.
ENGINEERING IMPACT
Faster Iterations.
Less Friction.
HFSS Copilot reduces scripting overhead, manual tuning, and repetitive setup — enabling engineers to iterate faster and focus on design decisions that matter.
002.
Custom Python Generation
Generates HFSS-ready Python scripts directly from engineering intent, allowing full review, modification, and integration into existing automation workflows.
003.
Institutional RF Knowledge
Encapsulates RF design best practices, optimization heuristics, and domain knowledge — providing consistent guidance while preserving full engineering control.
004.
Real-Time Optimization Feedback
Analyzes simulation results during active design iterations, providing actionable feedback to refine parameters and geometries in real time.
ENGINEERING IMPACT
Faster Iterations.
Less Friction.
HFSS Copilot reduces scripting overhead, manual tuning, and repetitive setup — enabling engineers to iterate faster and focus on design decisions that matter.
AI-assisted workflows. Engineer-driven decisions.
- WHY HFSS COPILOT
The Problem — and the Shift
Powerful Tools.
Friction-Filled Workflows.
Manual Automation Everywhere
Advanced HFSS workflows still rely heavily on custom scripts, manual setup, and repetitive tuning tasks that slow down everyday engineering work.
Slow Iteration Cycles
Long simulation runs and manual optimization loops increase iteration time and delay validation, even when the underlying tools are extremely powerful.
Knowledge Locked in Individuals
Critical RF expertise often lives inside personal scripts and senior engineers’ experience, making reuse and knowledge transfer difficult across teams and projects.
AI Assistance, Embedded
Where Work Happens
Automation Without Black Boxes
HFSS Copilot automates setup, tuning, and scripting tasks directly inside HFSS — without hiding steps or removing engineering control.
Institutional Knowledge, Preserved
RF best practices, optimization heuristics, and workflow experience are captured inside the tool, making expertise reusable across projects and teams.
Faster, More Informed Iterations
By providing real-time feedback during active simulations, HFSS Copilot helps engineers converge faster while maintaining full visibility into every decision.
- Who Is it For ?
Built for RF Engineers and Teams
HFSS Copilot is used by engineers and teams working on complex RF and electromagnetic design challenges across multiple industries and research environments.
- Testimonials
What Engineers Are Saying
Feedback from engineers exploring HFSS Copilot in early access environments.
- Get HFSS Copilot
Bring AI Assistance
Into Your HFSS Workflow
HFSS Copilot integrates directly into HFSS to automate repetitive tasks, generate Python scripts, and accelerate RF optimization — all while keeping engineers fully in control of every decision.
Access is provided through a controlled early access program.