azom.com · 17 Sep, 12:03 · Technology briefing

Advancing The Technology To Print Electronics On 3D Surfaces

Recent developments highlight advancements in printing electronics directly onto three-dimensional surfaces.

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The briefing

The story
in brief.

What happened, who it affects, and why it landed on our intelligence desk — in plain English, sixty seconds or less.

Recent developments highlight advancements in printing electronics directly onto three-dimensional surfaces. This technology moves beyond traditional flat substrates, enabling the integration of functional electronic circuits into complex geometries. The innovation supports broader applications in flexible electronics, wearable devices, and customised manufacturing. By overcoming previous limitations in material deposition and surface adhesion, engineers can now embed sensors and conductive pathways into irregular objects. This progress signals a shift towards more versatile, lightweight, and adaptable electronic systems. Professionals should note the technical implications for production workflows and material science, as these capabilities redefine how electronic components are designed and integrated into everyday products.

Employer demand for Engineering skills — indexed growth since 2019
Indicative index of skill mentions in professional job postings for the field this story moves (2019 = 1)

Your move

What this means
for your career.

Every headline redistributes opportunity. Here is who this one rewards — and how to be on the right side of it.

This development signals a shift towards specialised manufacturing roles. You must understand how additive manufacturing intersects with electronics. Skills in materials science, circuit design, and surface engineering will rise in value. Engineers who can bridge the gap between hardware and software integration are now highly sought after. You should pay attention if you work in product development, industrial design, or advanced manufacturing. A smart professional would upskill in additive manufacturing techniques and embedded systems. Explore certifications in materials engineering or mechatronics. Monitor industry standards for flexible electronics. Building a portfolio that demonstrates experience with 3D printed circuits will differentiate you. You must adapt your technical toolkit to include knowledge of novel conductive inks and deposition methods.

For this story, the fields that convert it into pay are Engineering, Innovation, Supply Chain and Requirements Engineering — exactly the programmes matched below. The chart shows the indicative salary uplift certified professionals report in each of those fields; every one of them is a click away, from £79, finishing in as few as 20 days.

Indicative salary uplift in the fields matched to this story
Indicative ranges from published continuing-education salary studies, by field — each field is a recommended course below

Matched to this story

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