Tishk International University in Sulaymaniyah is pleased to announce an intensive three-day training program on “Mastering Rhino 3D for Sustainable Developments.” This workshop is designed for architects, engineers, designers, and students who are ready to elevate their skills using cutting-edge digital tools. The training will provide hands-on experience in computational design, parametric modeling, and sustainable architectural solutions, using Rhino 3D—one of the most powerful tools in the industry for creating complex forms and optimizing designs. The sessions will be led by Ms. Soma Hadad, a respected expert in computational design and sustainability, who will integrate her extensive experience from both academia and professional practice to help participants develop essential digital modeling skills while integrating sustainability principles into their projects.

Why Join This Training?

As the fields of architecture and design evolve, digital tools like Rhino 3D have become essential for designing efficient, sustainable, and aesthetically compelling structures. This training offers a unique opportunity for professionals, educators, and students alike to gain practical skills that will advance their work in computational design, sustainable architecture, and innovative form-finding techniques. By the end of the program, participants will understand the fundamentals of Rhino 3D and its advanced capabilities, learn how to create efficient and sustainable design models, and master parametric modeling techniques using tools like Grasshopper and Ladybug. They will also apply real-world case studies to their design projects and develop a strong foundation for using Rhino 3D in both professional and academic settings.

Workshop Details

  • Trainer: Ms. Soma Hadad (Kurdish-British architect and lecturer)
  • Dates: April 19, 20, and 21, 2025
  • Time: 9:00 AM to 4:00 PM daily
  • Location: Conference Room, TIU/Sulaymaniyah

This interactive training will help participants unlock the full potential of Rhino 3D and parametric design tools. We encourage all interested individuals to register today and take their design skills to the next level.

Keywords: Rhino 3D, Sustainable Development, Computational Design, Parametric Modeling, Architectural Training, Tishk International University