Member Company Feature

Re:Build AppliedLogix

Solving Critical Engineering Challenges

Product development teams across industries face common obstacles: tight timelines, technical complexity, manufacturing constraints, and regulatory compliance requirements. When not addressed early and diligently, these challenges can derail even the most promising innovations. Re:Build AppliedLogix specializes in navigating these hurdles, providing the technical expertise needed to transform concepts into successful products throughout any stage in the development journey, from initial  all the way through to final design release to manufacturing.

For companies struggling with high-speed circuit designs, complex embedded software implementation, FPGA designs of any complexity, or precision mechanical engineering, Re:Build AppliedLogix offers a seamless solution: a deeply experienced team, averaging 29 years of engineering experience, that brings proven methodologies and cross-functional expertise to every project.

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Diverse Engineering Capabilities

Re:Build AppliedLogix has a wide range of capabilities spanning multiple disciplines, addressing the full spectrum of embedded systems development:

  • Circuit Board Design & PCB Layout – With over 1,000 circuit boards successfully designed and delivered, the team excels at everything from high-speed signal integrity optimization to multi-layer stack-ups and complex routing challenges. Their IPC-certified designers leverage decades of proprietary design process evolutions to deliver layouts that perform reliably on the first power-up. Their expertise extends to SOC-based solutions, high-frequency on- and off-board data transport applications, FPGA and GPU designs, and power-intensive systems.
  • Embedded Software Development – Re:Build AppliedLogix brings feature-rich firmware to life with expertise in requirements gathering, system definition and tradeoffs, hardware/firmware integration, real-time systems, and safety-critical design. From sophisticated motor control and digital power supply management to image processing and AI & ML integration, their developers work across diverse applications, tools, and languages. They emphasize well-structured, thoroughly documented code that’s built for long-term maintainability and production readiness.
  • FPGA Development – For applications requiring uncompromising performance, the team delivers sophisticated FPGA solutions for image processing, motion control, high-bandwidth data streaming with precision timing, real-time digital signal processing (DSP), SoC co-processor development, sensor integration, and highly adaptable testing frameworks including hardware in the loop (HIL) validation. Their expertise spans AMD/Xilinx, Intel/Altera, Lattice, and Microchip SoC and FPGA ecosystems.
  • Signal & Power Integrity – As design margins shrink with ever-faster data rates and more demanding power requirements, Re:Build AppliedLogix’s signal and power integrity engineering prevents costly board spins and extended debugging cycles. Their approach integrates electromagnetic fundamentals with advanced simulation tools throughout the development process, addressing SerDes channels, DDRx memory subsystems, and complex power delivery networks, never losing sight of a first-principles approach to robust and reliable designs.
  • Mechanical Engineering – Carefully integrating the electrical and mechanical domains, their engineers create custom, ruggedized enclosures that optimize thermal management, manufacturability, and user experience. Using advanced tools for analysis and rapid prototyping, they ensure designs move smoothly from concept to production.

Industry-Spanning Expertise

The team’s capabilities extend across numerous sectors including energy systems, robotics and automation, imaging systems, mobility, aerospace / DoD, and IoT/IIoT. This cross-industry experience enables them to leverage proven solutions while tailoring approaches to each client’s unique requirements. Their work with lithium-ion battery packs, custom robotics, and advanced sensors at a wide range of performance and power demands demonstrates their versatility in tackling diverse technical challenges.

The Re:Build Manufacturing Advantage

As part of the Re:Build Manufacturing ecosystem, Re:Build AppliedLogix combines specialized embedded systems engineering expertise with broader manufacturing capabilities. This integration creates a streamlined approach from concept to high-volume production.  

Customer-Driven Success

What truly distinguishes Re:Build AppliedLogix is their collaborative, customer-centric approach. They tailor their engagement model to each client’s needs, whether providing specialized expertise in key areas or supporting end-to-end development. Their flexible approach allows them to integrate with existing engineering teams or lead development efforts independently.

Across hundreds of successful customer engagements, they’ve established a reputation for technical excellence, on-time delivery, and collaborative problem-solving.

Access Senior-Level Engineering for Your Next Product

Re:Build AppliedLogix doesn’t just develop products; they enable innovation at the intersection of custom electronics, software, and mechanical design. With over 1,000 circuit boards designed, tens of millions of lines of code written, and hundreds of products successfully brought to market, their team provides the technical foundation that turns ambitious ideas into commercial successes.

Visit the Re:Build AppliedLogix website to discover how they can accelerate your product development, overcome technical obstacles, and provide your team with the engineering capabilities needed to advance your next project.

Re:Build AppliedLogix Contact

Tim Duffy
Senior Engineer & Business Development Manager
tduffy@appliedlogix.com

Brianna Curle
Customer Engagement Manager
bcurle@appliedlogix.com