ProtoForge Academy | Digital Design & CNC Education

Digital Design Fundamentals

Master the core principles of modern 3D modeling and digital fabrication

Basics of 3D Modeling

Understand geometry, topology, and parametric design. Learn how mathematical principles translate into physical forms through vertices, edges, and faces.

Design Workflow in CAD

Explore professional CAD tools and workflows. From initial sketches to fully constrained assemblies, master the engineering design process.

From Digital to Physical

Bridge the gap between virtual models and physical prototypes. Learn export formats, tolerances, and manufacturing considerations.

From Code to Craft

CNC machining is where digital precision meets physical reality. Through G-code programming, coordinate systems, and tool path optimization, we transform CAD models into tangible objects with micron-level accuracy.

Understanding the relationship between CAM software and machine controllers is essential for modern fabrication. Every line of code represents a precise movement, speed, and operation that shapes raw material into finished parts.

CAD/CAM Systems Comparison

Software	Best For	Learning Curve	License
Fusion 360	Integrated CAD/CAM	Moderate	Commercial
SolidWorks	Professional Design	Steep	Commercial
FreeCAD	Open Source Projects	Moderate	Free

Learn CNC Programming

Automation & Innovation

The future of manufacturing lies in intelligent automation systems

Industrial Robotics

Explore collaborative robots, multi-axis manipulators, and automated assembly systems. Learn about kinematics, path planning, and safety protocols in robotic manufacturing.

Sensor Systems

Understand how proximity sensors, force gauges, and vision systems enable real-time feedback and quality control in automated production environments.

Process Controllers

Master PLCs, PACs, and industrial computing systems. Learn ladder logic, structured text, and modern control algorithms for manufacturing automation.

Educational Labs

Discover how automation transforms technical education. From desktop CNC mills to collaborative robot cells, modern labs prepare students for Industry 4.0.

Explore Automation

Team & Research

Meet our experts and explore cutting-edge research projects

Alina Yessimova

Robotics Engineer

Specializing in collaborative robotics and human-machine interfaces. Currently researching adaptive control systems for educational robot cells.

Nurlan Aitkazin

CNC Specialist

Expert in 5-axis machining and tool path optimization. Leading research on AI-assisted G-code generation for complex geometries.

Dana Mukasheva

Software Developer

Developing open-source CAM software and simulation tools. Focused on making advanced manufacturing accessible to educational institutions.

Our research focuses on three key areas: 3D path optimization algorithms, real-time G-code parsing and simulation, and intelligent automation logic for adaptive manufacturing systems.

Get in Touch

Have questions? Want to collaborate? We'd love to hear from you.

Address

Al-Farabi Ave 71, Almaty, Kazakhstan

Phone

+7 (727) 350 21 45

Email

[email protected]

Working Hours

Mon–Fri, 09:00–18:00 (UTC+6)