3D modeling for virtual and augmented reality.UV unwrap, texture, material creation, procedural shading, retopology, 3D mesh optimization for Unity and Unreal, CAD model optimization, photorealistic rendering, 360º rendering. WebAr.

3D modeling for virtual and augmented reality.UV unwrap, texture, material creation, retopology, 3D mesh optimization, photorealistic rendering, 360º rendering. WebAr.Virsabi delivers powerful and engaging virtual/augmented/mixed reality experiences to customers of inspired businesses.

Assignments:Spektrum Arkitekter (spektrumarkitekter.com)3D modeling and renderingFenrir Game Studio (fenrirgamestudio.dk)3D modeling, rendering and animationKvarterhuset Amagerbro (kvarterhuset.kk.dk)Teaching 3D modeling and renderingDiffus Design Aps (diffus.dk)3d modeling and renderingDesign and developmentCopenhagen Fire Brigade (hbr.dk)Illustrations of ambulancesLAND Designlab (dk.linkedin.com/company/land-designlab)3d modeling and rendering

3D modeling for an educational video game (low and high poly).Implementation into Unity.2D and UI design.

Preparation and submission of bids.Coordination of international shipment of goods.Supplier management.Design of labels.

Faculty of Design and Communication, Industrial Design http://www.palermo.edu/dyc/diseno_industrial/plan.htmlSubjects: INTRODUCTION TO TECHNOLOGY Understanding technology as a key variable of the design process. The student generates physical structures with low complexity materials that help to understand the forces at work and the physical phenomena they generate. Introduction to normalization and paper and cardboard technologies. MATERIALS AND PROCESSES I Ferrous and Non Ferrous Metals: Their characteristics and properties. In this course students learn to identify and use the various metallic materials and they get an understanding of the transformation processes of metal parts. MATERIALS AND PROCESSES II Wood, glass and ceramics: Their characteristics and properties. The main objective of this course is that students learn about wood, glass and ceramics for application in the realization of products and objects. Features and properties of each of these materials, experimenting with processing and manufacturing. MATERIALS AND PROCESSES III Plastics: Characteristics and properties. The main objective of the course is that students learn about industrial polymers, their processing technologies and their application areas, so they understand how to apply them in the design and development of new products. MATERIALS AND PROCESSES V Planning and development of industrial production. The main objective of this course is that students acquire the knowledge to handle different situations that occur when the design has to be put into production and commercialized, linking analysis of costs and production possibilities with manufacturing processes.

The task of the tutor was to assist students with specific course-related problems and help them preparing for their final exams through personalized monitoring. Students who participated in this system were generally students with learning difficulties and / or difficulties in the relationship with their teachers. Subjects: DRAWING I: Drawing Tools and representation. MORPHOLOGY I: The design of form and spatial organization. MORPHOLOGY II: Morphological systems: volumes, surfaces and polyhedra. MORPHOLOGY III: Morphology applied to the product - organization and construction. MORPHOLOGY IV: Advanced morphology and its connection to industrial design. PRODUCT DESIGN I: The world of objects and their creative possibilities. PRODUCT DESIGN II: Everyday objects - analysis of the relation between function and form. PRODUCT DESIGN III: The methodology and the stages of the design process. PRODUCT DESIGN IV: Product families and series. INDUSTRIAL DESIGN I: Symbolic aspects of an industrial product. INDUSTRIAL DESIGN II: Product development for social and public purposes. INDUSTRIAL DESIGN III: Development of highly complex products. INDUSTRIAL DESIGN IV: Author designs.

Corporate image design, website design, newsletter design, product launches, advertising campaigns, Industrial Design, 3D Modeling, 3D Rendering.

Design and development of chairs, benches and table bases Technical drawing of plans in the process of product design Product component coding Identifying production and functional problems about products from concept to manufacturing, suggesting different ways to solve problems Brochures Responsible for advertising graphics design Vehicle graphics design Web design

Design and development of desks for office and homeDesign of user´s manual Nationalization of products, import substitution Design and develop of mould for die-cast pieces, shaped pieces, products made from wood, steel pipe and sheet Product component coding Technical drawing of plans in the process of product design Identifying production and functional problems about products from concept to manufacturing, suggesting different ways to solve problems.

Design, 3D modeling, rendering and documentation of: - Stands and P.O.P. (point of purchase)- Furniture - Brochures