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Curriculum Virtae

Name                      Lei Yu

Email:                      lei.yu@archi-solutions.com

Website:                  www.archi-solutions.com

                                                                    

EDUCATION

09/2013 - 09/2019 Doctor of Architecture (Engineering Focus), School of Architecture, Tsinghua University, Beijing China.

09/2002 - 06/2004  Master of Architecture, Graduate School of Design, Harvard University, Cambridge USA.

09/1994 - 06/1999  Bachelor of Architecture, School of Architecture, Tianjin University, Tianjin China.

WORKING EXPERIENCE

02/2010 - 02/2022  Principal, Archi-Solution Workshop Ltd. (ASW), Beijing China.

08/2007 - 09/2009  Senior architect, Steffian Bradley Architects (SBA), Boston USA.

06/2006 - 07/2007  Senior digital artist, NeoScape Inc., Boston USA.

10/2004 - 06/2006  Assistant architect, Skidmore Owings & Merrill LLP (SOM), Washington DC USA.

09/1999 - 07/2002   Architect, Beijing Institute of Architectural Design Group (BIAD), Beijing China.

TEACHING EXPERIENCE

12/2020 - 02/2022: Landscape Architecture Design - Industrial Robot Programing and 3D Printing Technology, Design Studio for Undergraduates. Course developer, instructor, and coordinator. School of Landscape Architecture at Beijing Forestry University, Beijing China

07/2021 – 08/2021: Advanced Workshop for Robotic 3D Spatial Printing Nodes. Role: Instructor; School of Landscape Architecture at Beijing Forestry  University, Beijing China

2015 ~ 2019        Summer Robotic Workshop at Tsinghua University,  Course developer & Workshop instructor.

Started in 2015, this workshop focused on digital design and fabrication as a profound update to the Summer Parametric Design Workshop at Tsinghua University, an annual event of workshops and lectures for digital architectural design since 2010. Inspired by advanced manufacturing, my workshop encouraged students to expand design subjects to making and putting things together through the latest technologies, specifically in 3d printing and robotic automation. For instance, the automatic construction of timber structure in 2015, the smart nodes for structural performance design in 2016, the massive timber structure by structural optimization in 2017, and the machine learning for 3D printing in 2019. This workshop had worldwide attracted over 150 attendees including students and tutors over time.

02/2015 - 06/2015   Thesis for graduation on Digital Fabrication in Computation Architecture Design, Design Studio for Undergraduates. Instructor; School of Architecture at Tsinghua University, Beijing China

06/2015 - 07/2015  Silky Pavilion - 3D Printed Concrete, Workshop for Digital Future Conference, instructor; School of Architecture Design and Urban Planning at Tongji University, Shanghai China.

09/2014 - 02/2015   Digital Fabrication and Design in Robotic Technology, Design Studio for Undergraduates. Studio instructor; School of Architecture at Tsinghua University, Beijing China

09/2014 - 02/2015   Student Research Training - Interactive Window Shade Based on Scissor Mechanism, Design Studio for Undergraduates, Instructor; School of Architecture at Tsinghua University, Beijing China

04/2014 - 06/2014   3D Spider - Robotic Spatial 3D Printing, Workshop for Digital Future Conference, instructor; School of Architecture Design and Urban Planning at Tongji University, Shanghai China

05/2013 - 06/2013   Parametric & Interactive Technology in Architecture Design, design studio for undergraduates, instructor,School of Architecture at Tsinghua university, Beijing China.

03/2013 - 05/2013   Body Without Organ - 3D Printed Fashion Design，design studio for postgraduate and Ph.D., instructor, School of Art & Design at Nanjing Art Institute, Nanjing China.

02/2013 - 04-2013  Resinance – Interactive Installation Design, design studio for graduate, instructor, CAAD department, School of Architecture at ETH Zurich, Switzerland.

05/2012 - 06/2012   Parametric & Interactive Technology in Architecture Design, Design Studio for Undergraduates, instructor. School of Architecture at Tsinghua university, Beijing China.

FUNDING

  1. Industrial Collaborative Research – Robotic 7-Axis Stone Sculpting/Milling System. Collaborator: Deutsche Werkstätten Hellerau (dwh.de). Location: Slot H4, Ceramic Art Avenue, Jingdezhen in Jiangxi province. Leading applicant / Chief engineer / Chief investigator.Funding: 397,000 AUD / Successfully funded in 2020 / Completed in 2022
  2. Educational Collaborative Research – Robotic 3D Spatial 3D Printing and Landscape Installation. Collaborator: Landscape Architecture School, Beijing Forestry University. Leading applicant / Course developer / Chief investigator. Funding: 210,000 AUD / Successfully funded in 2020 / Completed in2022
  3. Industrial Collaborative Research – Robotic Fabrication for Design Industry of Architecture. Collaborator: Beijing Institute of Architectural Design Group.Location: Future Design Center at Tongzhou, Beijing China. Leading applicant / Chief investigator / Lab founder. Funding: 628,800 AUD / Successfully funded in 2019 / Completed in 2021
  4. Industrial Collaborative Research – On-Site Robotic Construction for Complicated Steel Structure. Collaborator: Beijing Capital Land Ltd. - Stock No.: 02868.HK. Location: Dongfeng Park, Beijing China. Leading applicant / Leading architect / Chief investigator. Funding: 185,000 AUD / Successfully funded in 2019 / Completed in 2021
  5. Educational Collaborative Research – Digital Fabrication in Art Design. Collaborator: Beijing Institute of Fashion Technology. Leading applicant / Chief investigator. Funding: 106,000 AUD / Successfully funded in 2020 / Completed in 2022
  6. Educational Collaborative Research – Digital Fabrication for Architectonics. Collaborator: School of Architecture and Urban Planning, Beijing Architecture University. Leading applicant / Chief investigator. Funding: 85,800 AUD / Successfully funded in 2019 / Completed in 2021
  7. Design Advancement Grant - Promotion for Industrial Design and Architecture from Beijing Municipal of Science and Technology. Leading applicant / Chief investigator. Funding: 150,000 AUD / Successfully funded in 2018 / Completed in 2019
  8. Industrial Collaborative Research – Robotic Slip-Forming Technology in Concrete and Substantial Building Façade for Design and Manufacturing. Collaborator: SANY Group - Stock No.: 600031.SH. Location: SANY Headquarter, Beijing China. Leading applicant / Chief investigator. Funding: 98,000 AUD / Successfully funded in 2017 / Completed in 2018
  9. Industrial Collaborative Research – 3D Printed Pavilion for Auction Accommodation.Collaborator: Hanhai Auction Group. Location: Four Seasons Hotel, Hongkong China. Leading applicant / Leading architect / Chief investigator. Funding: 150,200 AUD / Successfully funded in 2017 / Completed in 2017
  10. Industrial Collaborative Research – Design and Fabrication of Building Façade by 3D Printing Technology. Collaborator: Hongkong Yuexiu Group – Stock No.: 00123. HK). Location: New Trend Property, Foshan China. Leading applicant / Leading architect / Chief investigator. Funding: 397,000 AUD / Successfully funded in 2016 / Completed in 2019
  11. Industrial Collaborative Research – Design and Fabrication of Architecture Pavilion by 3D Printing Technology. Collaborator: ParkviewGreen Group. Location: ParkviewGreen Plaza, Beijing China. Leading applicant / Leading architect / Chief investigator. Funding: 43,500 AUD / Successfully funded in 2015 / Completed in 2015

PUBLICATIONS

  1. Dan Luo and Lei Yu (2021). From Factory to Site - Designing for Industrial Robots Used in On-Site Construction. Automating cities: Design, construction, operation, and future impact. Advances in 21st Century Human Settlements. Singapore: Springer Singapore, (pp.87-109).doi:10.1007/978-981-15-8670-5_4
  2. Lei Yu , Dan Luo, and Weiguo Xu (2018). Dynamic Robotic Slip-form Casting and Eco-friendly Building Façade Design. Robotic Fabrication in Architecture, Art and Design 2018. Cham, Switzerland: Springer International Publishing (pp. 421-433). doi:10.1007/978-3-319-92294-2_32
  3. Lei Yu , Yijiang Huang, Zhongyuan Liu, Sai Xiao, Ligang Liu, Guoxian Song, Yanxin Wang (2016). Highly Informed Robotic 3D Printed Polygon Mesh: A Novel Strategy of 3D Spatial Printing. POSTHUMAN FRONTIERS: Data, Designers, and Cognitive Machines - Proceedings of the 36th Annual Conference of the Association for Computer Aided Design in Architecture (ACADIA) ISBN 978-0-692-77095-5, Ann Arbor 27-29 October 2016,（ 298-307）https://doi.org/10.52842/conf.acadia.2016.298
  4. Yijiang Huang, Juyong Zhang, Xin Hu, Guoxian Song, Zhongyuan Liu, Lei Yu , Ligang LIu (2016). FrameFab: Robotic Fabrication of Frame Shapes. ACM Transactions on Graphics Volume 35 Issue 6 November 2016, Article No.: 224（ 1-11）https://doi.org/10.1145/2980179.2982401
  5. Lei Yu , and Dan Luo (2018). Mesh Optimisation for Spatial wireframe robotic 3D printing. International Journal of Rapid Manufacturing, 7 (2/3), 169-185. doi: 10.1504 / IJRAPIDM.2018.092904
  6. Philip F. Yuan, Hao Meng, Lei Yu , Liming Zhang (2016). Robotic Multi-Dimensional Printing Based on Structural Performance. Robotic Fabrication in Architecture, Art and Design 2016. Cham: Springer International Publishing (pp. 92-103). doi:10.1007/978-3-319-26378-6
  7. Lei Yu (2019). Digital Flex Wall - A Robotic Fabricated Multimedia Art Installation in Concrete. ECADI – A+, 2019 (1) (pp.36-43). 于雷（2019）数字柔墙 – 大型机器臂混凝土数字建造与互动多媒体艺术装置. 华东院A+, 2019年第一期 (pp.36-43).
  8. Lei Yu , Yue Tong, Xiaofeng Zhu (2018). CAADRIA2018 Workshop: The 23rd International Conference on Computation-Aided Architectural Design and Research in Asia. Architecture Technique, 2018 (08) (pp. 26-31). 于雷，同悦，朱小风（2018）. 记CAADRIA2018清华亚洲数字设计年会之工作营. 建筑技艺，2018年第八期 (pp. 26-31).
  9. Lei Yu (2018). Arachne: A 3D Printed Building Façade. Architecture Technique 2018 (08) (pp. 46-49). 于雷 (2018). Arachne – 三维打印装饰幕墙. 建筑技艺，2018年第八期(pp.46-49).
  10. Lei Yu (2018). Arachne: A long Wait for a 3D Printed Building. Industrialized Construction, 2018(9) (pp. 7-13). 于雷 (2018). Arachne – 一个经历漫长等待的三维打印建筑. 建筑工业化，2018年第九期(pp. 7-13).
  11. Lei Yu (2018). Digital Architecture- A Point on the Number Line of Architecture Design. Proceedings of 2017 National Conference on Digital Technologies in Architectural Education and DADA 2017 International Conference on Digital Architecture, Chinese Architecture Industry Press (pp. 300-307) 于雷 (2018). 数字建筑 – 建筑设计“数轴”上的一个自然点. 2017全国建筑院系建筑数字技术与教学研讨会暨DADA2017数字建筑国际学术研讨会论文集, 中国建筑工业出版社(pp.300-307).
  12. Lei Yu (2016). Vulcan Pavilion – Before and After. Progress in Steel Building Structure and Market, 2016 (01) (pp.30-35) 于雷 (2016). Vulcan展亭的前世今生. 钢结构进展与市场, 2016 (01）(pp.30-35)
  13. Lei Yu (2016). A Brand-new Three-Dimensional World – Digital Handcrafts vs Traditional Handcrafts. Chinese Arts, 2016(03) (pp. 41-44) 于雷 (2016). 一个全新的三维世界-数字手工艺vs传统手工艺. 中国美术, 2016(03) (pp.41-44)
  14. Jiong Xu, Feng Xu, Lei Yu (2015). Body Without Organ: The Workshop of Experimental Teaching on 3D Printing Beyond Architecture. Urbanism and Architecture, 2015 (10) (pp. 70-72). 徐炯，徐丰，于雷（2015）. 无器官身体 – 建筑之外的3D打印工作坊实验教学. 城市建筑, 2015年第十期（pp.70-72）
  15. Weiguo Xu, Weixin Huang,Lei Yu (2015). Digital Architectural Education in Tsinghua University. Urbanism and Architecture, 2015 (10) (pp. 34-38). 徐卫国，黄蔚欣, 于雷（2015）.清华大学数字建筑设计教学. 城市建筑, 2015年第十期 (pp.34-38）
  16. Lei Yu (2014). A latent Principle – Digital Methodology of Form and Construction Based on Structure Performance. Journal of Human Settlements in West China, 2014.29 (06) (pp.43-50). 于雷 (2014). 一种潜规则 – 浅谈基于结构性能的数字化形式生成及建造. 西部人居环境学刊, 2014年第六期 总第110期 第29卷（pp.43-50）.
  17. Lei Yu (2014). Digital Design – A New Way of Translation from Architecture Design to Building. Architecture Technique, 2014 (4) (pp.44-49). 于雷 (2014). 数字设计-从设计到建造的新途径. 建筑技艺, 2014年第4期（pp.44-49）
  18. Lei Yu (2014). Intersection or Complementation - Robotic Technology in the Autonomy of Digital Tectonics. Architectural Journal, 2014 (08) (pp. 30-35). 于雷 (2014). 交集亦或补集 – 关于机器人参与下的数字建构自主性讨论. 建筑学报,  2014 (08) (pp.30-35）
  19. Lei Yu (2013). Interactive Design Workshop – Interdisciplinary Practice of Architectural Education. Community, 2013 (06) (pp.88-93). 于雷 (2013). 互动设计工作营 – 建筑教育中的交叉学科实践. 住区, 2013 (06）（pp.88-93）
  20. Lei Yu (2013). The Inter-Feedback of 3D Printing Technology in the Process of Architectural Design. Community, 2013 (06) (pp.65-70). 于雷 (2013). 三维打印技术再建筑设计中的互为反馈作用. 住区, 2013 (06) (pp.65-70)

EDITORIAL AND JOURNAL REVIEWS

04/2018 - Now                  Member of Peer Review Committee of ACADIA, the Association for Computer Aided Design in Architecture.

04/2018 - 03/2019           Member of Peer Review, Architect Journal, Chinese Architectural Industry Press.

05/2020 - 04-2021           Member of Peer Review, Architectural Journal, Chinese Architect Society Association.

AWARDS

06/2021          Special Mention in Architecture + Glass, Trees-Parency: A Workspace Expansion for Robotic Fabrication Lab. Architizer A+Awards Design Competition, New York USA. www.architizerawards.com

06/2021          Finalist in Architecture + New Technology, Trees-Parency: A Workspace Expansion for Robotic Fabrication Lab. Architizer A+Awards Design Competition, New York USA. www.architizerawards.com

10/2020           Golden Award in Architecture and Glass, Trees-Parency: A Workspace Expansion for Robotic Fabrication Lab. World Architecture News Design Competition (WAN2020), London Great British. www.wanawards.com

06/2019           Finalist in Pop-Ups and Temporary, Rabbit Dens – 3D Printed Children Playground. Architizer A+Awards Design Competition, New York USA. www.architizerawards.com

09/2018           Newcomer Award, Conference of Association for Robot in Architecture, ETH Zurich, Switzerland. www.robotsinarchitecture.org

08/2018           Design China Award , 2018 Creative Business Cup. Special Exhibition for China and Denmark 10th Anniversary, Copenhagen Denmark.

10/2018           Outstanding Design Figure of the Capital - Top Five Designers of the Year. Design Promotes Industries and Achieves Advancement, Beijing Municipal Science & Technology Commission, Beijing China

06/2017          Jury Selected Award in Building Technology, Arachne – 3D Printed Building Façade. Architizer A+Awards Design Competition, New York USA. www.architizerawards.com

04/2017          Golden Award, Arachne – 3D Printed Building Façade. A Design Award International Competition in Architecture, Milan Italy. www.adesignaward.com

10/2016          Runner-up of Emerging Project, Vulcan Pavilion – 3D printed vault structure. Conference of the Association for Computer Aided Design in Architecture, University of Michigan, Ann Arbor USA. www.2016.acadia.org

10/2015          Guinness World Record - The World Largest 3D Printed Structure, Vulcan Pavilion - 3D printed vault structure in Beijing International Design Week 2015. Guinness World Record Ltd., London Great British.

09/2015          Design Figure of the Year, Beijing International Design Week 2015 Committee, Beijing China.

EXHIBITIONS

08/2018-09/2018        Main Contributor, Arachne – Digital Architecture, Special Exhibition for China and Denmark 10th Anniversary, Copenhagen Denmark.

10/2017-11/2017         Main Contributor, Arachne – 3D Printed Building Façade, project exhibition of Association for Computer Aided Design in Architecture at MIT, Cambridge USA.

09/2016-10/2016         Main Contributor, video exhibition of Rob|Arch2016, Association for Robot in Architecture at Sydney University, Sydney Australia.

06/2016-09/2016         Main Contributor, Silky Concrete Pavilion, project exhibition of digitalFUTURE at Tongji University, Shanghai China.

10/2016-11/2016         Main Contributor, Vulcan Pavilion, project exhibition of Association for Computer Aided Design in Architecture at University of Michigan, Ann Arbor, Michigan USA.

09/2015-10/2015         Main Contributor, Vulcan Pavilion, Beijing International Design Week 2015, Beijing China.

06/2014-09/2014         Main Contributor, Robotic 3D Spatial Printing, project exhibition of digitalFUTURE at Tongji University, Shanghai China.

09/2013-10/2013         Main Contributor, City Image – Interactive Architectural Installation, Beijing International Design Week and the exhibition of Digital Architecture Design Association opening ceremony.

KEYNOTE SPEAKERS, CONFERENCES CHAIRS

09/2021          Keynote Speaker, forum for Digital Architecture and Intelligent Construction, Beijing International Biennale Architecture Exhibition, Beijing China.

06/2021          Critique, final review of master’s design studio - Human Migration Plan: Mar’s Settlement Design, invited by Prof. Weiguo Xu, the executive dean of the Institute of Future Human Habitats at Tsinghua University in Shenzhen Branch, Shenzhen China.

09/2020          Co-chair, Conference for the Association of Robots in Architecture, Art and Design - Rob|Arch (cancelled due to the global pandemic of Covid19) at Tsinghua University, Beijing China.

03/2019          Keynote Speaker, forum for Technology and Culture, invited by Prof. Ali Rahim at University of Pennsylvania Warton China Center, Beijing China.

02/2019          Keynote Speaker, TCT ASIA - 3D Printing Technology EXPO, Shanghai China.

12/2018          Keynote Speaker, Smart Future - forum for Digital Fabrication, ECADI+Design of Shanghai, China.

09/2018          Paper presentation, Conference for Association of Robots in Architecture, Art and Design- Rob|Arch at ETH Zurich, Switzerland.

06/2018          Curator, forum for 3D Printing Technology in Design Industry, Shanghai 3D Printing Carnival, Shanghai China.

05/2018          Conference Workshop Chair, Conference for Computer Aided Architecture Design in Asia – CAADRIA at Tsinghua university, Beijing China.

05/2018          Lecture, invited by partners Jonathan Bell and Young Chiu at Foster + Partners, London Great British.

03/2018          Lecture, Practice of Digital Architecture Design and Construction, invited by Prof. Benjamin Dillenburger, principal investigator of NCCR Fab lab, the Institute of Technology in Architecture at ETH Zurich, Switzerland.

03/2018          Critique, final review of 3D Printing and Metal Casting, the master’s design studio in technology of architecture, invited by Prof. Benjamin Dillenburger, principal investigator of NCCR Fab lab, the Institute of Technology in Architecture at ETH Zurich, Switzerland.

11/2017          Keynote Speaker, Solidthinking Converge 2017 - Exploring the Intersection of Design and Technology, Global Event Serials. Altair Global, Shenzhen China.

10/2017          Lecture, invited by Xiuguo Tang, CEO of SANY Construction Group and Guang Chen CTO of SANY Construction Group, SANY headquarter, Stock No.: 600031.SH, Beijing China.

04/2017          Lecture, invited by Prof. Yi Zhu at College of Art and Design, Nanjing Forestry University, Nanjing China.

03/2017          Curator, forum for Unban Renovation in Digital Age. Beijing International Design Week, Beijing, China.

10/2016          Lecture, invited by Prof. Caitlin Mueller at School of Architecture, Massachusetts Institute of Technology, Cambridge USA.

10/2016          Paper presentation, Conference of Association for Computer Aided Design in Architecture (ACADIA), University of Michigan, Ann Arbor, USA.

08/2016          Lecture, invited by Prof. Guanqiu Zhong at School of Architecture, South China University of Technology, Guangzhou China.

09/2016          Keynote Speaker, Solidthinking Converge 2016 - Exploring the Intersection of Design and Technology, Global Event Serials. Altair Global, Beijing China.

09/2016          Keynote speaker, TEDx Beijing, Beijing China.

06/2016          Lecture, invited by Prof. Huaying Zhong at School of Architecture and Urban Planning, Nanjing University, Nanjing China

12/2015          Lecture, invited by Prof. Yufang Zhou and Prof. Wei He at School of Architecture, Central Academy of Fine Arts, Beijing China

02/2013          Lecture, Interactive Device Design and Education, invited by Michael Hansmeyer, researcher and digital architect at CAAD department, the Institute of Technology in Architecture, ETH Zurich, Switzerland.

COMMERCIAL PRODUCTS

  1. MPP – Desktop 3D printer (Small size), build volume 200*200*200mm.
  2. MEGA – 3D Printer (Middle size), build volume 500*500*800mm.
  3. GRANDY – 3D Printer (Large size), build volume 1200*1200*1200mm.
  4. Robotic Fused Deposition Modelling (FDM) Printing Workstation. Consumables: plastic pellets, filament and clay.
  5. Robotic 3D Milling Workstation. Consumables: foam, wood, steel, and stone.

PATENTS

  1. Invention Patent: A Type of Fused Deposition Modeling 3D Printer Nozzle and its 3D Printer, ZL201420643638.7
  2. Utility Model Patent: A Type of Fused Deposition Modeling 3D Printer, ZL201420675435.1
  3. Utility Model Patent: A Type of Flexible Connection of Fused Deposition Modeling 3D Printer, ZL201420675736.4
  4. Utility Model Patent: A Type of Slip Forming Concrete Manufacturing, ZL201721124591.9
  5. Design Patent: A Fused Deposition Modeling 3D Printer Design, ZL201430564965.4

PROFESSIONAL SKILLS, EXPERIENCES

Architecture Design:

  1. 20 years’ experience of architectural design and project management
  2. 8 years’ experience of design-build projects and delivery.
  3. 10 years’ research of building materials on timber, plastic, clay, concrete, steel, and glass.

Structural Engineering:

  1. Research/practice on free-form vault structure. Vulcan pavilion, a fully 3D printed vault installation, was certificated by the Guinness World Record as the largest 3D printed structure in 2015.
  2. Research/practice of on-site construction of steel structure in robotic technology.
  3. Research/practice on digital concrete and patented on concrete slip-forming technique in robotic technology.
  4. Research/practice on curtain wall system design and manufacturing in 3D printing technology and robotic technology.

Advanced Manufacturing

Digital Fabrication techniques on both:v Additive Manufacturing (3D printing technology of FDM and SLA) and Regular Manufacturing (Robotic & CNC 3D milling/cutting/lathing).

  1. Independent competence of developing Fused Deposition Modelling 3D printer and Stereolithography 3D printer with key patents.
  2. Independent competence of developing 3D printing Gcode and machine firmware.
  3. Independent competence of developing customized automatic system based on industrial robot technology and Siemens PLC + HMI
  4. Independent competence of KUKA robot’s programing and technical maintenance including end-effector design - build, additional axis design & installation, electronics maintenance, machine installation & calibration, and extend control cabinet design & installation.
  5. Independent competence of developing interactive project and embedded system with Atmel AVR Microcontroller (Arduino) and STM32 Microcontroller, including coding, Printed Circuit Board (PCB) Design, and peripheral integration.
  6. Independent competence of digital fabrication lab design, construction, and management

CAD Programming

  1. 3D modeling: Rhinoceros + Grasshopper (High Level)  Autodesk Revit, 3Ds MAX (Middle Level) Z-Brush (Basic Level)
  2. AVR Microcontroller: Arduino IDE, Microsoft VScode, Atmel Studio
  3. Industrial Robot: RobotMaster, KUKA WorkVisual, KUKA profinet, KUKA CNC, KUKA|prc.
  4. PLC: Siemens TIA Portal, STEP 7 MicroWIN Smart, Win CC Flexible Smart
  5. Printed Circuit Board (PCB) design: Autodesk Eagle
  6. Computer Programming: C and C#

CAM Programming

  1. 3D Printing: Cura, Utimaker Simplified 3D, Materialize Magics, GeoMagic Studio.
  2. 3D Milling: MasterCAM, Autodesk Powermill, AlphaCAM

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