NeoFab Academy | Innovate. Create. Fabricate.

Understanding Digital Fabrication

The foundational principles that power modern manufacturing

Principles of 3D Modeling

Master the fundamentals of three-dimensional design, from basic geometric primitives to complex parametric modeling techniques. Learn industry-standard workflows used by engineers worldwide.

CNC Machine Logic

Understand how computer numerical control systems translate digital designs into precise physical objects through automated machining processes and toolpath optimization.

Automation and Precision

Explore how automation technologies enhance manufacturing accuracy, reduce human error, and enable reproducible results at scale in industrial production environments.

Hands-on 3D Modeling Techniques

Practical approaches to digital design and prototyping

CAD-based Modeling for Engineering

Learn to create precise technical drawings and 3D models using professional CAD software. Develop skills in parametric design, assembly modeling, and engineering documentation that meet industry standards.

Organic Design Using Blender

Discover the art of sculpting and creating organic shapes with powerful 3D software. Perfect for artistic projects, character design, and visualization work that requires fluid, natural forms.

Industrial Prototyping

Transform conceptual designs into manufacturable prototypes. Learn about material selection, design for manufacturing principles, and rapid prototyping techniques used in product development.

3D Scanning & Reverse Engineering

Capture real-world objects digitally and convert them into editable 3D models. Master photogrammetry, laser scanning techniques, and the reverse engineering workflow for legacy part reproduction.

CNC and Robotics

The intersection of mechanical engineering and intelligent automation

Fundamentals of CNC Milling

Computer Numerical Control (CNC) milling represents one of the most precise manufacturing methods available today. By controlling cutting tools through programmed instructions, CNC machines can produce complex parts with micron-level accuracy.

Students at NeoFab Academy learn to program G-code, select appropriate cutting tools, and optimize machining strategies for different materials including metals, plastics, and composites.

Integration with Robotic Arms

Modern manufacturing increasingly relies on robotic automation to handle repetitive tasks, improve safety, and increase production efficiency. Our curriculum covers robotic arm programming, motion planning, and integration with CNC systems.

Learn to coordinate multi-axis movements, implement pick-and-place operations, and develop automated inspection routines that enhance quality control.

Advanced Control Systems

Understanding feedback loops, sensor integration, and real-time control algorithms is essential for next-generation manufacturing. We explore PID controllers, servo systems, and the software architecture that powers intelligent machines.

Our Team of Experts

Meet the educators and researchers driving innovation in digital fabrication

Aidar Nurpeisov

Mechanical Engineer

Almaty, Kazakhstan

Zhanara Abdrakhmanova

CAD/CAM Specialist

Astana, Kazakhstan

Daulet Toktarov

Automation Researcher

Karaganda, Kazakhstan

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