Internship: Advanced Algorithm Development for Composite Optimization in Amphora

Introduction

At Solico, we specialize in smart, fit-for-purpose composite engineering. A core component of our service is Amphora, our proprietary web-based calculation tool for the structural design of FRP (Fiber Reinforced Plastic) silos and tanks. While Amphora currently delivers robust calculations according to the EN 13121 standard, we aim to transition its capabilities from structural validation to automated structural optimization.

Objective

The primary objective of this internship is to engineer an advanced optimization routine within the Amphora ecosystem. You will develop computational logic designed to autonomously minimize the objective function (material weight and cost) while rigorously maintaining compliance with complex EN 13121 safety and performance parameters.

Assignment Scope

You will begin by defining the feasible design space, analyzing the governing structural constraints and failure criteria of composite vessels. Following this, you will identify and isolate the most highly sensitive design variables, such as laminate stacking sequences, layer thicknesses, and material properties.

Using these parameters, you will architect and deploy an algorithmic search routine (utilizing heuristic or gradient-based methods) capable of navigating the design space to converge on a global optimum. You will validate this computational logic against established manual engineering designs to quantify material savings and verify algorithmic stability under multi-axial loading conditions.

Deliverables

By the end of the internship, you will deliver:

• A functional optimization algorithm ready for backend integration into the Amphora application.
• A comprehensive validation report benchmarking the automated, optimized designs against traditional calculations.
• A parameter sensitivity matrix distinguishing highly influential variables from non-influential constraints.
• Technical documentation defining the mathematical logic, objective functions, and convergence criteria utilized.

Company

Founded over 30 years ago, Solico Engineering is Benelux’s largest composite engineering company, and proudly supports market leading composites manufacturers across a broad spectrum of Maritime, Defence, Civil & Architecture and Industrial markets. Always independent, and focused on smart, fit for purpose design, we commit to add value to every project we engineer.

** A VOG is required