Technician Evaluating Electronic Equipment Design

Electronics Design and Development That Reduces Risk, Controls Costs, and Brings Your Product to Market Faster

Electronics design and development is the stage where engineering, prototyping, and refinement come together to ensure your design is manufacturable, reliable, and cost-effective. By addressing challenges early, you save time, reduce risk, and improve quality before full-scale production begins. At TASC, we partner with you throughout this process—providing engineering expertise, hands-on prototyping, and continuous feedback—so your launch is smoother, your costs are controlled, and your product is built to perform.

Reverse Engineering for Electronic Equipment includes recreating missing schematics, printed circuit boards (PCBs), and components to bring older equipment back into dependable operation. Extend the life of your products and regain full control over future upgrades and replacements.

Our Process: From Concept to Market-Ready Products

Whether you are at an early stage with a rough concept or have detailed technical drawings, move your product idea from concept to reality with confidence. Our process reduces risk, controls costs, and accelerates your production timeline. Your design and development services are tailored to your needs with your goals front and center from start to finish.

Clear Requirements = Aligned Goals

We begin by reviewing your Statement of Work (SOW), early designs, or project ideas to fully understand your technical, functional, and business objectives. We address compliance early by guiding component selection during the schematic design phase. Our team builds to the standards you request—including UL (with client interface), ISO, and RoHS, so you can be confident that your design will meet regulatory requirements and be ready for the markets you serve. This upfront clarity reduces risk later and sets the stage for a smoother process and a stronger final product.

Smarter Concept Design for Cost and Durability

Our team creates an electronic schematic and a complete and accurate Bill of Materials (BOM) that fulfills all elements of your SOW. We carefully select components not only for compliance, but also based on your product’s cost targets and end-of-life longevity requirements. We also review designs for manufacturing efficiency, including component availability, robustness, suitability for automatic pick-and-place, and overall ease of production. The result is a design that is both practical and efficient, and built to perform reliably in its intended environment.

Precision Engineering with CAD

Using advanced CAD tools, we translate concepts into detailed electronic and mechanical 2D and 3D designs. Our engineers work with all CAD programs, ensuring seamless collaboration with your team and flexibility across all platforms. This precision reduces errors, accelerates development, and improves reliability right from the start.

Collaborative Reviews Keep You in Control

At every stage, you stay informed and involved. TASC communicates progress through clear technical drawings and documentation, incorporating visual updates to help you see exactly what has changed. This transparent process makes it easy to give feedback, keeps your project on track, and ensures the final design reflects your goals.

Prototyping and Testing That Reduce Risk

Working samples bring your design to life and undergo thorough testing to ensure performance, reliability, and compliance before moving to full-scale production. TASC tailors testing to your needs—whether proof-of-concept, functional, compliance, cosmetic, or design for test (DFT)—and provides as many prototype iterations as you require. This hands-on approach saves time, prevents costly redesigns, and ensures you have full confidence in your design before production.

Rigorous Validation for Peace of Mind

Every prototype undergoes thorough performance, compliance, and durability testing. This step ensures your design is ready for the real world and is built to perform reliably throughout its full lifecycle.

Production Readiness with Confidence

Whether you need preproduction runs, demo units, or full-scale manufacturing, we prepare your design for a seamless launch. The result: a smoother path to market and a product you can stand behind.

Reverse Engineering Your Legacy Equipment — Preserve, Restore, and Modernize

When you have legacy equipment or older products whose original design data is lost, incomplete, or outdated, we can reverse-engineer them to bring them back to life or upgrade them for current needs.

  • Recreate Missing Documentation and Design Data
    When original schematics, CAD files, or bills of materials (BOMs) are unavailable, we can reverse-engineer your existing hardware to reconstruct the full technical data package needed for manufacturing. This ensures you retain full design ownership and control moving forward.
  • Revive Obsolete or Unsupported Products
    Do you have unsupported OEM equipment or obsolete components? Instead of replacing the whole system, you can restore or remanufacture only the needed parts, often at a fraction of the cost and time of full replacement.
  • Modernize and Improve Legacy Designs
    Reverse engineering gives you a base to update components, meet newer regulatory standards, including compliance and materials, or optimize design for manufacturability, cost, reliability, or performance — breathing new life into older products in a smarter, more efficient form.
  • Reduce Downtime and Supply-chain Dependency
    For legacy systems in critical use (industrial equipment, medical devices, infrastructure, etc.), having a trusted partner who can reproduce parts when OEMs are no longer available can minimize disruption, avoid long lead times, and protect your investment.

Reverse-engineering gives you control, flexibility, and a path to restoring or evolving legacy electronics — so that aging equipment remains viable, upgradeable, and supported for years.

Reverse Engineering Use Cases

  • Restore legacy industrial equipment when OEM support ends or documentation is missing.
  • Re-create obsolete Printed Circuit Boards (PCBs) or assemblies to keep older systems operational without full redesign.
  • Reproduce replacement parts or subassemblies that are no longer manufactured or have long lead times.
  • Upgrade outdated components to modern, cost-effective, and compliant alternatives.
  • Recover lost or partial design files (schematics, BOMs, CAD data, etc.) to regain full control of a product.
  • Support maintenance and service teams who need ongoing access to parts for long-life systems.
  • Modernize legacy designs to improve reliability, manufacturability, or performance.
  • Prepare aging products for new compliance or regulatory requirements with updated materials and components.

Why Partner with TASC: Expertise, Reliability, and Designs You Can Trust

When you work with TASC, you gain a team of dedicated Engineers who bring decades of experience, proven processes, and a customer-first approach to every project. From smart component selection to rigorous testing, our focus is on reducing your risk, controlling costs, and delivering a design that performs reliably in the real world.

  • Decades of engineering expertise—expert-level capabilities honed across industries and products.
  • Smart component selection that keeps costs under control while extending product longevity.
  • Continual training in the latest components and technologies, so your design benefits from the most current solutions.
  • Design ownership—you retain full rights to the design work once paid for, avoiding the legal pitfalls some companies create by holding copyrights.
  • Company stability—TASC is a solid, long-standing organization you can rely on for support today and in the future.
  • Proudly Made in the USA—Your products are designed and developed domestically, ensuring quality, reliability, and faster communication throughout the process.

The result is a design and development process backed by trusted expertise, customer-first practices, and long-term reliability.

Custom Fabrication

What Our Clients Are Saying

“…TASC has been an absolutely stellar partner. Not only on the technical side, but with many valuable suggestions, help in many forms, clear and open communication, attention to detail, speed of delivery, and excellent execution.

“I am very grateful for the work they have done for us. It has allowed EnTox to bring our product to market. TASC gets a 5-star rating from me and my entire crew.”

Ian Sweet, PhD, Founder
EnTox Sciences
Seattle, Washington

Complete Support for Your Electronic Manufacturing Needs

Need more than design and development? TASC offers a full suite of CEM services so you can streamline sourcing, ensure compatibility, and keep your entire build under one roof—all with the same high standards of quality and service. Contact us to discuss your project.

Located in Greater Seattle?

We are honored to work with companies across the United States on large and small projects. If you are in the greater Seattle area, you are welcome to stop by our shop (just north of Lake Union) to discuss your project, drop off materials, and pick up your completed orders.

Committed to Your Success

Whatever your design and development needs are, you can count on your team at TASC to deliver customized services to meet your needs, provide high-caliber technical engineering throughout your project, and deliver excellent quality products that help you achieve your business goals.

Ensure smooth production, on-time delivery, and field-ready quality.

Get a quote or contact us to talk with a design and development expert about your project.