Masters & Young provides professional PCB design and manufacturing services in Australia, helping engineers and product developers bring electronic concepts to life with precision and reliability. Our experienced team designs circuit boards that are efficient, manufacturable, and built to meet your performance and compliance requirements.
With over 40 years of combined experience in PCB design, prototyping, and production, we ensure every board is engineered for accuracy from component placement and trace routing to material selection and testing. Whether you need a custom PCB design for a prototype or full-scale manufacturing for ongoing production, Masters & Young delivers dependable solutions from concept to completion.
PCB design is the process of planning how electronic components connect and communicate on a printed circuit board. Instead of using wires, copper tracks are laid out to carry signals and power between parts.
A well-designed PCB ensures the circuit runs efficiently, avoids overheating or interference, and can be produced reliably at scale. At Masters & Young, our engineers create designs that are accurate, practical to manufacture, and built to perform under real-world conditions.
Masters & Young provides a complete range of PCB design services to support everything from early-stage prototypes to complex production runs. Our engineers combine advanced design software with manufacturing insight to ensure every board performs as intended and meets all compliance requirements.
We specialise in:
Multilayer PCB Design – Compact, high-performance boards ideal for modern electronics where space and signal integrity are critical.
Flexible PCB Design – Lightweight, bendable circuits suited for compact devices and applications where flexibility and durability are essential.
HDI PCB Design – High-density interconnect layouts that maximise component efficiency and improve signal speed for advanced technologies.
High-Speed PCB Design – Designs optimised for fast data transfer, controlled impedance, and minimal noise for communication and computing systems.
Every PCB design is carefully reviewed for manufacturability, reliability, and long-term performance, ensuring your project moves smoothly from concept to production.
Created Using Advanced Design Tools and Software
We use industry-leading design software and simulation tools to ensure every PCB layout is accurate, efficient, and compliant with modern engineering standards.
Created in both Single-Layer and Multi-Layer PCBs
From simple single-layer boards to complex multi-layer PCBs, our team is equipped to handle designs of varying complexities.
Optimised With a Focus on Performance and Cost-Effectiveness
Every PCB design focuses on achieving superior functionality and efficiency while adhering to cost-effective manufacturing principles.
Designed to Meet & Exceed Client Specifications
Our designs consistently meet and exceed client specifications, ensuring satisfaction and reliability in every project.
Subheading
Our team continually pushes the boundaries of technology, leveraging the latest advancements to deliver innovative, efficient, and reliable PCB solutions tailored to diverse industries, including aerospace, defence, medical, and industrial sectors.
Through collaboration with industry leaders and ongoing investment in cutting-edge research, we ensure our designs meet stringent quality standards and exceed client expectations. Backed by extensive experience and a commitment to customisation, we create solutions that align with specific functional needs and budgets, revolutionising electronics with every project.
Electronics R&D, Design & Engineering
We take a synergistic, collaborative approach. We partner with you at any stage; from brainstorming fuzzy front-end concepts, through R&D, design, development, software & firmware to finished and tested product.
Pre-production prototypes through to finished PCBs
Our state of the art SMT & PTH Technology production lines are operated by highly experienced production teams that produce with excellence to AS9100D and IPC Class 3.
Mission critical quality
Industry leading quality management Whether prototypes, batch or high volume production, our obsession with accuracy and quality has earned us a reputation for excellence. AS9100D certified our production team members are trained and qualified to the highest level.
Full end to end ISO 9001:2015 Quality Management System
Our highly experienced certified assembly team has extensive experience for all fields of industry; most notably Aerospace, Medtech, Industrial, and Communications.
In-house high performance team
Together, we work with innovation seeking companies to find ingenious solutions to complex problems, and we deliver with excellence to empower our customers to realise exciting commercial opportunities.
PCB design is the process of creating the electronic layout that connects components on a printed circuit board. It includes schematic capture, component placement, and routing of copper traces to ensure stable signal flow and power distribution.
At Masters & Young, our engineers combine advanced CAD software with manufacturing knowledge to design production-ready boards that perform reliably and meet industry standards.
PCB design and manufacturing are essential in sectors where performance and reliability are critical.
Our clients span various industries with needs such as medical device pcb design, defence and aerospace technology, LED lighting, and industrial automation.
For example, we have designed compact multilayer boards for medical devices, high-density interconnects for defence systems, and durable power boards for industrial machinery. Each design is tailored to meet the specific compliance, environmental, and operational requirements of its industry.
PCB design refers to the process of creating the schematic and board layout — defining how each component connects to form a functioning circuit. PCB assembly is the next stage, where those components are physically placed and soldered onto the manufactured board.
At Masters & Young we offer both design and PCB assembly solutions, ensuring consistency from concept to production. You can explore the full process in our article; the PCB Assembly Process Explained
Several factors influence the overall cost of PCB design and production. These include the board size and complexity, number of layers, material type, and component density. Additional considerations include turnaround time, testing requirements, and production volume.
Masters & Young helps clients optimise costs by balancing performance with manufacturability. For more detail, see our guide on Understanding PCB Assembly Costs or reach out to our experienced team for more information.
Yes. We offer PCB prototyping to validate your design before large-scale manufacturing. Prototyping allows us to test functionality, confirm layout integrity, and make data-driven adjustments early in the process. This stage reduces production risks and ensures the final boards meet both performance goals and quality standards.
Masters & Young’s prototype testing replicates real-world operating conditions to deliver reliable outcomes at scale.
Yes. Our engineers design both multilayer and flexible PCBs to suit complex, high-performance systems. Multilayer designs are ideal for compact electronics with dense circuitry, while flexible boards are used in applications that require lightweight, bendable layouts, such as wearable, aerospace, or medical technologies.
