DESIGN & ENGINEERING
I am a versatile designer, a detail oriented and driven person. working everyday to obtain the best results
I believe that is the way to achieve the greatest personal and professional growth, enhancing the working environment.
I am of the idea that innovation is always the first tool.
In the workplace, I like to be involved from the birth of a concept and work with the latest approaches to turn a product into reality.
Stuttgart, Baden-Württemberg
https://www.linkedin.com/in/javierskorupski
Education
(2018-2019) Ms. Science Usability Engineering.
Rhein-Waal University of Applied Sciences.
(2007-2013) Diploma of Industrial Design.
(2003-2006)
Languages
University of Buenos Aires.
Industrial Engineering.
University of Buenos Aires (Undergraduate).
(2017-2017) Deutsch Courses
Goethe Institut Buenos Aires
(2017-2017) IELTS Test - C1
The British Council
Experience
(08/2020-Present)
(05/2019-03/2020)
Project Leader and Design Specialist.
Silony Medical GmbH
Medical devices & Spine prosthesis & Instruments.
Master thesis Student & Intern.
ABB Corporate Research.
Ux Design, Unity and C# Development for Augmented Reality
(11/2013-Present)
SILEST
(11/2013-02/2018)
(12/2010-12/2013)
Medical devices & (08/2018-04/2019)
(04/2010-11/2010)
Technical Training Specialist.
FabLab Kamp-Lintfort - HSRW.
Support staff in Prototyping.
Project Development.
Freelance Industrial Designer. Specific clients.
Keymed devices. Medical devices consulting.
SILEST Orthopedics.
3d printed custom solutions.
Project and Design Leader.
Implantes Fico - Alemana.
Medical devices & orthopaedics prosthesis.
Senior Product Designer. Implantes Fico - Alemana.
orthopaedics prosthesis.
Junior Industrial Designer. 5mil5.
Software skills.
Dassault systemes Solidworks. Professional level. Advanced level.
Rhinoceros 5. Autodesk AutoCAD. Advanced level.
Keyshot. Advanced level.
Adobe Illustrator. Advanced level.
Adobe Photoshop. Intermediate level.
Adobe XD. Intermediate level.
Languages Level.
Unity 3d Intermediate level.
Spanish (native)
English
Medical devices, plastic shell development, POP & Retail
German
POP & Retail Designer
INDUSTRIAL & PRODUCT DESIGN
MEDICAL DEVICES
#1
DEVELOPMENT:
“DESIGN & MANUFACTURE OF STATE OF THE ART MEDICAL DEVICES”
>> HIP & KNEE PROSTHESIS AND THEIR INSTRUMENTS
ONEPRODUCT AWARDEDON INNOVAR2013 NATIONALPRIZE OFINNOVATION
PROFESSIONAL PROJECTS
KEY CHALLENGES:
- Human anatomical understanding for orthopaedic prosthesis
- Mechanical Design and Optimization
- Project Managment
THE PROSTHESIS:
DESIGN, 3D MODELLING & TECHNICAL DOCUMENTATION.
TECHNICAL DRAWIGS
SPINE PROSTHESIS
KNEE PROSTHESIS
HIP PROSTHESIS
THE INSTRUMENTS:
DESIGN, 3D MODELLING & TECHNICAL DOCUMENTATION.
TECHNICAL DRAWIGS
HIP INSTRUMENTS
KNEE INSTRUMENTS
HIP UNCEMENTED PROSTHESIS:
COMPLETE DEVELOPMENT AND FOLLOW UP OF TOTAL HIP UNCEMENTED & CEMENTED SYSTEMS.
TOTAL HIP UNCEMENTED CORAIL TYPE STEM REPLACEMENT
MODULAR HIP HEADS
CERAMIC & POLYETHILENE LINERS
ACETABULAR UNCEMENTED CUP
FEMORAL CORAIL TYPE STEM REPLACEMENT
ACETABULAR HIP UNCEMENTED CUP WHIT THEIR CERAMIC & POLYETHILENE LINERS
HIP MEDICAL INSTRUMENTS:
COMPLETE DESIGN, DEVELOPMENT, RENDERING AND MANUFACTURE FOLLOW UP OF TOTAL HIP UNCEMENTED & CEMENTED SYSTEMS.
HIP BROACHES & MODULAR NECK
HIP BROACHES HANDLE
MODULAR NECK
ACETABULAR REAMER
CEMENT RESTRICTOR INSERTER
GREATER TROCHANTER CHISEL
HIP BROACHES HANDLE
INSTRUMENTS CONTAINER
E-LOOP
#2
CONCEPT:
“BODY MOTION & ELECTRIC ENGINE = SUSTAINABILITY & TRAINING”
HUBLESS WHEELS IMPLEMENTATION = MAXIMIZE STABILITY (CENTER OF GRAVITY) AND VARIETY OF TERRAINS.
>> ELECTRIC URBAN VEHICLE
>> ELEMENTARY SCHOOL
ACADEMIC FINAL PROJECT
SUBJECT: TECHNOLOGY 4
KEY CHALLENGES OF THE PROJECT:
- Design and prototyping of a complex mechatronic product
- Mechanical design of hubless mechanism
DEVELOPMENT PHASE:
Flexion Behavior
BALL JOINT: more movement range - less control - less predictable
Flexion & Torsion Behaviour
Conclusion: UNSUITABLE FOR OUR DESIGN.
TEMPERED STEEL BELT: Stability - elasticity - Reliability & Control.
Conclusion: RELIABLE FOR OUR DESIGN.
Flexion Behavior
Torsion Behaviour
DESIGN DETAILS
FULL DESIGNED PROTOTYPE
Ergonomic, aesthetical & functional test.
PROTOTYPE DEVELOPMENT
DRAWINGS, ASSEMBLY AND PARTS STUDY
PROTOTYPE
H: 420mm
W: 920mm
w: 640mm
D: 230mm
RECONNECTING WITH THE REAL WORLD AND SOCIAL NETWORKING.
>>
ELEMENTARY SCHOOL
ACADEMIC FINAL PROJECT
SUBJECT: INDUSTRIAL DESIGN 4
KEY CHALLENGES OF THE PROJECT:
- Technologic development for mass production
- Design of System of furniture
DEVELOPMENT PHASE:
REINSERTION OF CLASSIC GAME DYNAMICS, ACT AGAINST SEDENTARY LIFESTYLES AND ESTIMULATE NON DIGITAL INTERACTION BETWEEN STUDENTS.
#FINAL DESIGN
PARTICIPATIVE BOARD
WORKING GROUPS ARRANGEMENT
#1 CONCEPT
HANGING PLACE OPTIMIZATION
NOTEBOOK HOLDER
STORAGE AREA
#2 CONCEPT
NEODIMIUM
MAGNET HDPE HDPE
MAGNETIC WHITEBOARD
EVA RUBBER
MAGNETIC MARKER
MAGNETIC ERASER & MARKER CONTAINER
PARTICIPATIVE BOARD
ERGONOMIC BODY
CHISEL TIP
STUDENTS TABLE:
DESIGN DETAILS
PARTICIPATIVE BOARD WITH THIER ERASER & MARKERS
ERASER & MARKERS CONTAINERS
CLASSROOM SYSTEM:
THE WHOLE SYSTEM CONSIST OF:
MAGNETIC WHITEBOARD, BOARDS, RAILS, SHELVES, MARKERS AND ERASER.
WHITEBOARD (CONTAINER) MARKERS & ERASER
HANGER & SHELVES
MARKERS CONTAINER, HANGER & SHELVES
ERASER CONTAINER, HANGER & SHELVES
BOARDS, RAILS, SHELVES POSIBLE COMBINATIONS
OTHER CLASSROOM DINAMICS: CLASSROOM DINAMICS: CLASSIC LECTURES
BASIC ARRANGEMENT FOR THEACHER’S EXPOSITION
COLABORATIVE TYPE TASKS
GROUP TYPE TASKS
STORAGE & ARRANGEMENT:
SYSTEMATIC DESIGN
improving arrangement and storage in minimum space
COLOR OPTIONS
Blue & Green
Green & Blue
Neutral Green
Neutral Blue
BASIC BLUEPRINTS:
WHITE BOARD
H: 900mm
W: 3900mm
D: 50mm
Magnetic Surface
SHELVES & HANGERS
H: 480mm
W: 300mm
D: 250mm
SHELVES RAILS
H: 350mm
W: 2450mm
D: 25mm
Magnetic Surface
MARKERS & ERASER CONTAINER
H: 315mm
W: 260mm
D: 48mm
BOARD
H: 400mm
W: 415m
D: 10mm Neodimium Magnets
#4
