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Bill Predebon, Chair, Board on Student Programs Madhu Rangi, Program Manager, Student Development
Farzad Rayegani, Chair, Additive Manufacturing
Nearly $80,000 in Student/Faculty Awards & Travel Support
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$45,000 in Student/Faculty & Travel Support
IAM3D Challenge provides mechanical and multi-disciplinary undergraduate students around the world an opportunity to:
• Show their creativity and ingenuity by leveraging sound design principals and additive manufacturing technologies
• re-engineer existing products or create new designs that minimize energy consumption and/or improve energy efficiency
• demonstrate the value added to address a broad spectrum of industrial, manufacturing, and humanitarian challenges
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$45,000 IN STUDENT/FACULTY & TRAVEL AWARDS
10 STUDENT/FACULTY AWARDS
5 Student Award Categories – ($2,000 EACH)
• Best Overall Design
• Best Innovation
• Best Re-engineered/Multidisciplinary Collaboratively Designed Product
• Best Freshman Design
• Best Verbal Presentation
• 5 Faculty Member Advisor Awards ($1,000 EACH) plus
• 5 years complimentary ASME Membership
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ENTRY• Open to ME and Multidisciplinary Engineering students worldwide
– Students may enter as individuals or as 2-3 person teams
– No limit on number of individuals or teams from a university
INITIAL ROUND:
• Students upload:
– Introductory video of up to 3 minutes
– business case pdf file
– a zipped file containing an image of the current product design
– STL and CAD file
• 30 submissions selected and invited to compete in Montreal
• Winning submissions printed and shipped to Montreal at no cost to the students
FINAL ROUND- IMECE- MONTREAL, CANADA
• 5 winners selected based on demonstration of the functional prototype, Oral presentation and Q&As
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MATERIALS AND PRINTERS
• Each selected submission printed with 150 cu inch construction material.
• The available 3D production system for the competition has a manufacturing maximum build envelop of 3 ft x3 ft x 2 ft.
• Printers
– Fortus-400mcFortus-900mcDimension-1200es
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• Efficiency and Feasibility 30%
– Practicality using contemporary engineering standards and practices in additive manufacturing?
– Consideration for (Energy savings, material cost, Manufacturability, assembly, sustainability)?
– alternatives evaluated with realistic constraints?
• Communication and Presentation 20%
– project objective clearly identified?
– sufficient background information provided to introduce the audience to the design?
– effectively convey the context the design?
– engage with spectators with sufficient knowledge, confidence and clarity?
– interaction and effectiveness of visual aids?7
EVALUATION CRITERIA
EVALUATION CRITERIA
• Business case (Context and Relevance)20%
– Value proposition for the proposed design?
– Address a real and specific design need?
– Address a specific challenge or serve a wide base of end users?
– Social, environmental, economic impact?
– Competitive advantage over existing products or solutions?
• Innovation and Creativity 30%
– Novel approach to the subject or problem that inspired this design?
– Evidence of creativity in form and function. independent and original?
– Leverage the unique capabilities of additive manufacturing?8
CHALLENGE ENTRY
http://go.asme.org/IAM3D
Registration Period: November 18, 2013 – May 31, 2014
Finalists announced: by August 31, 2014
Finals at the IMECE in Montreal, Canada
November 14 -20, 2014
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10 http://go.asme.org/IDSC
$27,000 in Student/Faculty Awards &Travel Support
The inaugural ASME Innovative Design Simulation (IDS) Challenge is designed to give mechanical and multi-disciplinary undergraduate students around the world an opportunity to
– showcase their modeling and simulation skills
– demonstrate sound engineering design and operation principles
– address a broad spectrum of academic, industrial, manufacturing, and humanitarian challenges.
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ASME 2014 INTERNATIONAL DESIGN ENGINEERING TECHNICAL CONFERENCES
AND
COMPUTERS AND INFORMATION IN ENGINEERING CONFERENCE
Niagara Convention Center/Hyatt Regency
Buffalo, New York
August 17 -20, 2014
http://www.asmeconferences.org/idetc2014/
IDSC FINAL ROUND
http://www.asmeconferences.org/idetc2014/
• Design & Advanced Manufacturing (innovation & the global marketplace)
• Additive Manufacturing (novel processes, industrial applications, intellectual property challenges)
• Aerospace (materials & the supply chain, applications / technological / reliability developments
• Automotive (embedded software & vehicle connectivity, materials)
• Life Sciences & Medical Devices (new/novel devices, materials, global manufacturing, biocompatibility)
• Computer Aided Engineering (industrial internet, big data, consumer applications, simulation software)
• Robotics (Artificial intelligence, industrial, medical, drones, novel design, construction, and materials)
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$27,000 IN STUDENT AND FACULTY AWARDS12 STUDENT/FACULTY AWARDS
• 2 AWARD CATEGORIES
– Best Overall simulation Award
– Best Utility/Impact Award
• 3 SOFTWARE CATEGORIES (6 Awards)
– Commercial Software (2 awards, $2,000 each)
– Open Software (2 awards, $2,000 each)
– Custom-Developed software (2 awards, $2,000 each)
• 6 Faculty Awards ($1,000 each, plus 5 years complimentary ASME Membership)
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ENTRY• Open to ME and Multidisciplinary Engineering students worldwide
• Students may enter as individuals or as 2-3 person teams
• No limit on number of individuals or teams from a university
INITIAL ROUND:
– Students upload technical design zip file (Desktop Video Capture of Narrated Demonstration of Using the simulation or tool/framework)
– Students upload Business case (5 page or 1,000 words max)
– 12 submissions selected and invited to compete in Buffalo
FINAL ROUND:
– 6 winners selected based on Simulation demonstration and Oral presentation Q&As 16
INNOVATIVE DESIGN SIMULATION CHALLENGE
SOFTWARE AGNOSTIC
• Commercial Software: – Stand-Alone Commercial Engineering Software (ANSYS, ABAQUS,
COMSOL, ALTAIR, etc.)
• Open Software: – Stand-Alone Open Source Software (ELMER, Code-Aster, etc.)
• Custom Software
– Custom Developed Environments
– Symbolic, Numerical Scripting Environments, PDE Solvers, Mixed Workflow Environments, Discrete Solvers, Integrated CAD-CAE, Emerging and non-conventional interaction technologies (Virtual Reality-Augmented Reality-Tactile Feedback Interactivity) 17
EVALUATION CRITERIA
• Impact (Context and Relevance) 20%
– value proposition for the proposed simulation/simulation-environment?
– Address a real and specific design need?
– Address a specific challenge or serve a wide base of end users?
– Impact on social, environment, economic, etc.?
– Competitive advantage over existing approaches?
• Innovation and Creativity 40%
– Novel approach to the subject or problem that inspired this simulation/simulation-environment ?
– Independent and original? evidence of creativity in both form and function?
– Leverage the unique capabilities of contemporary and emerging technologies?
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EVALUATION CRITERIA • Efficiency and Feasibility 20%
– Practicality using contemporary engineering standards and practices
– Consideration of factors influencing the simulation /simulation-environment - (Breadth, efficiency, usability, deployability, user community reach)?
– Realistic evaluation of alternatives ?
• Communication and Presentation 20%
– Project objective clearly identified?
– Sufficient background information provided to introduce the audience to the design?
– Effectively communicate to convey the context to audience?
– Engage with audience with sufficient knowledge, confidence and clarity?
– Effective use of the visual aids and interaction 19
CHALLENGE ENTRY
http://go.asme.org/IDSC
Registration Period: January 15, 2014 – May 31, 2014
Finalists announced: by June 30, 2014
Finals at the IDETC/CIE in Buffalo, NY
August 17-20 2014
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