Engineering and Production Support for High-Performance Manufacturing

Helping aerospace, defense, automotive, and industrial manufacturers eliminate engineering bottlenecks, validate designs before tooling, and transition products into stable production—faster and with less risk.

Lets Work Together

Our Workflow Process

A laser scanner device projects light patterns onto a metallic surface with drilled holes.

Reverse Engineering & Digital Verification

We digitize physical components, legacy parts, and competitor products using high-accuracy 3D scanning and digital metrology. This creates verified reference geometry for redesign, tolerance validation, quality control, and reproduction.

Used for:
• Legacy aerospace & automotive parts
• Tooling validation
• Supplier quality verification
• Obsolete component replacement

A 3D model of a metal scoop with a curved top and flat bottom, featuring multiple holes along the sides for attachment or reinforcement.

Engineering Design & Production Modeling

We convert scanned data and concepts into fully parametric, manufacturable CAD systems—optimized for machining, molding, casting, composites, or fabrication.

Includes:
• DFM optimization
• Assemblies & interfaces
• Tolerance strategy
• Material selection & cost control

Color-coded 3D model of a cylindrical structure showing static structural deformation with a color scale from blue (least) to red (most), indicating maximum deformation of 22.45 units.

Simulation & Engineering Validation

All critical designs are validated digitally before tooling or capital investment.

Validated through:
• Structural analysis
• CFD airflow & pressure drop
• Thermal analysis
• Impact & transient loads
• Lightweighting optimization

This stage reduces rework, tooling failure, and production uncertainty.

Close-up of a black metal third-party 3D printer filament guide on a table, with a 3D printer in the background.

Prototype, Fabrication & Production Launch

We transition designs into physical reality—supporting:

• Functional prototyping
• Composite tooling
• Investment casting patterns
• Fixtures, jigs & gauges
• Vendor sourcing & production scaling
• Quality control systems & traceability

We don’t disappear after prototyping—we stay through stable production.

Check out our latest projects

Industries served

Small white and red private airplane taxiing on an airport runway with grassy fields and a cloudy sky in the background.

  • Engineering design and CAD modeling for brackets, housings, and structural components

  • FEA and airflow simulation to validate part performance under real-world loads

  • Aftermarket part support for panels, seats, and custom avionics enclosures

  • Composite manufacturing using fiberglass and carbon fiber for lightweight structures

Close-up of a Ford racing car engine with a large round air filter and various hoses and components.

  • Custom intake and body kit design with airflow and structural simulation

  • 3D printed and composite parts for mounts, panels, and accessories

  • CAD development for fabrication shops, racing teams, and restorations

  • Styling visualization and engineering for spoilers, scoops, and custom bodywork

An industrial machine inside a workshop or manufacturing space with tools and shelves in the background.

  • Manufacturing and production engineering for tooling, fixturing, and workflows

  • Design for manufacturability (DFM) and rapid prototyping support

  • Quality and audit readiness for ISO 9001 and AS9100 standards

  • Simulation and validation of product strength, impact resistance, and functionality

A series of rusted industrial pipes and valves attached to a building exterior.

  • Custom structural and interior design for dynamic, movable, and modular builds

  • Mechanical and HVAC routing with performance validation for tight or complex spaces

  • Custom jigs, tools, and retrofit accessories for jobsite and equipment support

  • 3D-printed site models and concept structures for planning or presentations

A small wooden side table with two drawers and a shelf, decorated with a miniature vase, a small sculpture, and a decorative vessel. To the left, there is a blue upholstered chair with wooden legs, and to the right, a large colorful vase with black, red, yellow, and white patterns and elephant motifs. The scene has a plain white wall and wooden floor.

  • Custom furniture and decorative structure design for events, interiors, and retail

  • Mold development for wax, plaster, concrete, and composites

  • 3D signage, logos, and artistic castings for branding or installations

  • Artistic and functional decor pieces including vases, bowls, and sculptural items

Meet: Mark Nosov

Mark Nosov is the Founder and Lead Engineer of NOS Manufacturing, LLC, a product development and manufacturing engineering firm built around one core idea: turning complex problems into practical, buildable solutions. With over 10 years in the manufacturing industry, Mark has worked across commercial, aviation, and automotive sectors, gaining firsthand experience with how real parts are designed, built, tested, and improved in demanding environments.

What sets Mark apart is his ability to move comfortably between engineering and hands-on manufacturing. From early concepts and broken legacy parts to production-ready systems, he maintains full control of the process—ensuring designs don’t just look good on a screen, but work in the real world. His approach blends technical precision with practical decision-making, keeping projects efficient, cost-aware, and grounded in how things are actually made.

NOS Manufacturing was built to feel less like a traditional engineering firm and more like a true development partner—collaborative, fast-moving, and deeply invested in the success of every build. Whether supporting small shops, custom builders, or growing companies, Mark’s focus remains the same: clear communication, reliable execution, and engineering that serves real production—not just theory.