Resume

Professional Experience:

Present :

International – www.dv-concept.be /// Dorian Vanhorenbeeck
Dorian Vanhorenbeeck: Design, Interior Design, Robotics & Algorithmic Architecture

Active participation in international exhibitions, integrating cutting-edge robotics and algorithmic design into innovative projects. Creation of custom sculptures and design pieces using advanced technologies and parametric methods. Expertise in robotics programming, algorithm development, and their application in architectural and industrial contexts. Specialized in crafting tailored solutions that blend artistic vision, functional aesthetics, and technological precision for private and commercial projects.

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16/09/2024 – Present
 France

//Gestamp Prisma//Automotive industry

ROBOTICIST

Main Mission:
Responsible for planning and overseeing production for the development and improvement of robotic cutting processes.

Key Responsibilities:

1. Robot Programming:

• Program new cutting operations as requested by clients.
• Create and update associated databases using Excel and SAP.
• Develop quality documents for new cutting operations.
• Optimize existing cutting processes.
• Ensure maximum flexibility between different robots.

2. Maintenance of Robotic Cells:

• Ensure proper functioning of robot-associated elements (e.g., power sources, PLCs).
• Assist in troubleshooting robotic cells in collaboration with maintenance technicians.

3. Research and Implementation of New Projects:

• Participate in feasibility studies for new projects.
• Assist in identifying technical solutions.
• Define or review operating times during production launches or modifications of a part.
• Design specific fixtures: feasibility studies, drafting plans, consultations and/or internal production, plan reviews, and verification.

4. Definition of Standards and Manufacturing Processes:

• Define and draft operating procedures.
• Train personnel on operating procedures and/or new production tools.
• Prepare and formalize necessary documentation for project tracking.

5. Production Planning and Improvement:

• Implement productivity, quality, and safety improvement initiatives.
• Provide technical support to production teams.
• Contribute to the modification and improvement of installations.
• Lead problem-solving initiatives (short-loop problem resolution).
• Participate in Kaizen meetings.
• Analyze and resolve issues using structured problem-solving tools.

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04/2024 – 08/2024
Martigny, swiss
/// MISSION : LA CHARPENTERIE MARTIGNY ///
CNC programmer for architecture, Carpentry technician
Creation of macros for Morbidelli CNC and design drawing,carpentry drawings.
-CNC programmer for architecture,
-Carpentry drawing,
-Interior design drawing,
-Schedule management.

Responsibilities:
CNC / robotics Efficiency Boost,
Team Collaboration: Collaborated with designers and carpenters to streamline production processes,
Time Management: Handling the schedule effectively to meet tight deadlines in manufacturing processes.
CAM Software: Experience in using Computer-Aided Manufacturing (CAM) tools for CNC machines.
Material Knowledge: Understanding of materials commonly used in carpentry for better optimization of CNC paths.
Skills: CAM Software, Material Knowledge, CNC Programming, Team Collaboration, Time Management.

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08/2022 – 02/2024
brussels (post on the move), Belgium

///INNOVASOLUTION///
Consultant : End to End designer,Network engineering optimization
Planning of the copper network, carrying out studies and detection of anomalies.
-Strategic Planning Project,
-Network Design,
-Infrastructure Projects,
-Optimization

Responsibilities:
Problem Solving: Identifying and addressing network anomalies efficiently.
Critical Thinking: Evaluating network architectures and finding optimization opportunities.
Analytical Skills: Analyzing large sets of data to enhance network quality.
GIS Software: Familiarity with Geographic Information System (GIS) tools for mapping and planning
networks.

Documentation: Drafting comprehensive reports on network assessments and recommendations.
Network Optimization Success:
Optimized network infrastructure, reducing anomalies by 60% at InnovaSolution.
Skills: Data quality analysis , Data Analysis ,Analytical Skills, ,Network Design ,Network Architecture.

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10/2020 – 11/2021
Mainz, Allemagne

/// Work-study program : Hochschule Mainz – University of Applied Sciences / architecture & design///
University research assistant.
ROBOLAB / Computational Design & robotic development/// Installation of kuka prc for a kuka kr60 robot ///
Creation of a parametric machining algorithm to be used in architecture and interior architecture, CAD DAO ///
printing 3D.
research project  in collaboration with Robolab in Hochschule Mainz

Responsibilities:
Research Skills: Conducting detailed research to develop robotic solutions and architectural designs.
Technical Writing: Documenting research findings and tool development.
Innovation: Creating new tools and algorithms for architectural machining.
Collaboration: Working closely with other researchers and university staff.
Algorithm Development: Expertise in developing algorithms for parametric design and robotics.
Simulation Software: Experience with robot simulation environments for testing tool-paths.

////PROJECT :
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WOODBEE / Rhino Grasshopper
The tool can automatically detect different features (AFD) in the input geometry and suggest suitable milling
strategy based on the given tool and machine type (3 axis to 6 axis machines). Once the tool path is generated
it can be simulated in Rhino viewport in real time. After a successful simulation, the tool path can be
converted to GCODE or KUKA command using the specified postprocessors.
•
BIBER / RHINO GRASSHOPPER
Biber is a plug-in for Rhino-Grasshopper which enables parametric joinery. this plug-in was developed in
collaboration with university of applied science in Mainz, Germany.
•
Robotic tool-path optimizer
Kuka|prc is a collection of grasshopper components which enables users to control the KUKA robots
parametrically. While you are able to solve inverse kinematics for different models of robots and control the
robot arms by setting up a predefined tool-path, you may not able to avoid collisions if they arise during the
simulation.
Skills: Basic Research ,3D Modeling Design, Robotics Robotic Process Automation (RPA), Robot Operating System
(ROS), Robot Programming, Robot Framework, Architecture ,Architectural Design, RHINO 3D,Architecture,
Architectural Plan interior , Network design , Network architecture , Infrastructure projects , Digital communication.

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01/2022 – 06/2022
Luxembourg

///MISSION : Steinmetzdemeyer///
3D Modeler / Int. architect / designer
Pavilion for the 2025 Osaka World Expo – Large apartment residential project.
•-Computational Geometry, Computational Design,
•-Plan Architecture, Architectural Plan, Interior Design.

Responsibilities:

Communication: Effectively communicating design ideas to clients and team members.
Teamwork: Collaborating with a multidisciplinary team to bring architectural visions to life.
Construction Knowledge: Understanding construction standards for better coordination during the
design phase.
Skills: 3D Modeling ,Design ARCHICAD,Digital Communication, Construction Interior Design, CAD , CAD
Computational Modeling.

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07/2018 – 11/2021
Ettelbruck, Luxembourg

/// MOLA///
Head Sculptor / Stone carver
Luxembourg historical monuments. Restoration and knowledge of the stones used and recreation of the
techniques.

Responsibilities:
Craftsmanship: High level of precision and skill in traditional carving techniques.
Problem Solving: Resolving challenges in restoration by applying innovative carving solutions.
Leadership: Guiding a team of assistants or apprentices in stone carving projects.
Restoration Planning: Experience in planning and executing stone restoration projects.
Historical Monument Restoration :
Restored successfully +-300-year-old monuments, ensuring historical accuracy in Luxembourg.
Skills: Optimization , Construction, Renovation, Sculpture ,Computational Modeling, geology.

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07/2017 – 12/2017
Drôme, France
/// Work-study program : Le grain d’orge///
Mission : Stone cutting / robotics
Use of Digital wire; digital debtor; 5 axes; 8 axis robot for stone. 3D design. Knowledge of geology .

Responsibilities:
Technical Curiosity: Enthusiasm for exploring new technologies like multi-axis robotics.
Hands-on Learning: Quickly learning how to operate complex robotic machinery.
Adaptability: Switching between different stone cutting methods based on project requirements.
Skills: Analytical Skills, Process Improvement, Digital Communication ,CAD , CAD Computational Modeling,
Computational Geometry, Computational Design. SOLIDWORKS

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08/2014 – 07/2016
Frasne, France
/// Work-study program : Pierre et Ouvrage ///
Stone carver / Compagnon du devoir AOCDTF
CAD DAO, Digital machine, sculpture
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Tradition-Oriented Learning: Dedication to learning traditional techniques in craftsmanship.
Discipline: Strong work ethic required in the rigorous training of Compagnon du Devoir.
Traditional Tools Mastery: Advanced use of traditional stone carving tools.
CAD/CAM: Knowledge of CAD for designing elements to be cut in stone using digital methods