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JULY 15 - 17, 2024
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JULY 15 - 17, 2024
Mike is Senior Scientist at Skyward Ltd, located in Dayton, Ohio. Mike has been active in the field of optics and photonics for over 37 years. Mike has significant experience in laser physics specializing in high power (above 100KW) laser systems development, optical system design, electro-optical sensing solutions, laser-materials interaction testing and characterization, and laser-based additive manufacturing. Mike has developed and enhanced multiple high power laser systems applied to laser-materials interaction testing, and laser-systems engagement testing. Mike has developed related testing methods, laboratory and range laser safety practices, materials response sensing systems, and commercial additive manufacturing products relating to laser powder bed fusion (LPBF) processing and process monitoring. Mike’s most recent work at Skyward Ltd involves fire protection for air and ground vehicles, and interaction with Skyward’s multi-disciplined engineering and scientific teams dedicated to scanning and reverse engineering for additive manufacturing design, advanced modeling and simulation, machine learning, and ordinance range testing activities.
Mike received the BS in Physics from Earlham College in 1985 and the MS in Electro-Optics from the University of Dayton in 1987.
We are excited to announce the 12th year of the Laser Additive Manufacturing workshop (LAM) will include an emphasis on three key technology areas (Lasers, Optics, and Sensors) relating to the advancement and validation of Laser Additive Manufacturing. The event will be held 15-17 July 2024 in Dayton, Ohio, with a kickoff reception planned the evening of July 15th. This unique workshop will dive deeply into the latest technology advancements relating to laser/multi-laser processing, operational wavelengths, beam shaping, and process event sensing with related technology demonstrations accompanying presentations. The workshop will highlight:
Lasers: Advancements in laser operational modes, wavelength generation, and multibeam implementation considerations for Laser Additive Manufacturing including effects resulting from temporal pulse shaping, operational wavelength, wavelength variation, and multi-beam processing/interactions.
Optics: Laser resonator-based and post-laser optical beam shaping options effecting spatial energy distribution including resonator-based modulation, multi-beam interference modulation, and optical energy redistribution.
Sensors: Imaging and thermal sensing technologies providing measurements and/or representations of pre-melt powder state, post melt process state, and in-situ melt pool temperature/profile characterization including material heating, melt, consolidation, and cooling.
In addition, the LAM 2024 Workshop will highlight regional workforce training initiatives relating to the incorporation of educational materials covering Advanced Photonics Manufacturing from 6th grade through college-level academic and licensing/ certification programs. Don’t miss this opportunity to meet up with other professionals from around the world to learn, share, and to make new friends.
See you in Dayton!
Dayton is a city located in southwestern Ohio, in the United States. It is the sixthlargest city in the state, with a population of over 140,000 residents. Known for its rich aviation history and contributions to science and technology, Dayton has become a hub for innovation and entrepreneurship. It also has a rich aviation history and is often referred to as the “birthplace of aviation” due to the Wright brothers’ work on powered flight. Orville and Wilbur Wright lived in Dayton and conducted much of their research and experimentation on flight here. Whether you’re interested in aviation, history, science, the arts, or simply looking for a welcoming community, Dayton is a city worth exploring.
Dayton’s Don’t Miss List:
National Museum of the United States Air Force; Dayton History Museum; Dayton Aviation Heritage National Historical Park; Cox Arboretum and Gardens
Marriott at the University of Dayton
1414 S Patterson Blvd Dayton, OH 45409
+1 (937) 223-1000
Discover the newly re-energized and refreshed Marriott at the University of Dayton. Nestled in a picturesque park-like setting on the University of Dayton’s campus and just minutes from downtown and major corporate and government facilities, this hotel seamlessly combines spacious comfort with convenience. The hotel’s design pays homage to Dayton’s rich history of flight, with tributes to Orville and Wilbur Wright’s pioneering aircraft.
When booking through LAM, attendees receive a discounted group rate! Deadline for Group Rate: Friday, June 14th
Registration for this event is done through eventbrite and can be found on the Attend page on our website: lam.ngo/attend. Registration will also be available on site for those who need it.
Early Bird: $645 (Ends May 17, 2024)
Standard: $750 (Begins May 18, 2024)
EMI Symposium Only: $50
We recommend all non-US participants apply for their visas at least 3 months before the congress. However, some consulates may have backlogs in scheduling visa interviews, so you should first contact the consulate to find out how long the wait is for an interview. For more information, visit lam.ngo/travel-information.
Early Bird and Standard Registrations include all sessions, lunches, and receptions, as well as access to the Education Meets Industry Symposium on Monday. For more information on registration, please visit our website or email lam@lia.org.
Advancements in laser operational modes, wavelength generation, and multi-beam implementation considerations for Laser Additive Manufacturing including effects resulting from temporal pulse shaping, operational wavelength, wavelength variation, and multi-beam processing/interactions.
Imaging and thermal sensing technologies providing measurements and/or representations of pre-melt powder state, post-melt process state, and in-situ melt pool temperature/ profile characterization including material heating, melt, consolidation, and cooling.
Laser resonator-based and post-laser optical beam shaping options effecting spatial energy distribution including resonatorbased modulation, multi-beam interference modulation, and optical energy redistribution.
Symposium Chair:
Joe Sciabica
Talent Development Center
The Education Meets Industry (EMI) Symposium is kicked off by Dr. Larry R. Dosser (LIA Fellow) and promises insights into historical context, current workforce demands, and future trends in defense and industry.
EMI focuses on laser materials processing and additive manufacturing, highlighting the increasing need for skilled technicians with interdisciplinary expertise. Presentations advocate a return to fundamentals, emphasizing the importance of mastering basics like laser material interaction. Dayton’s integration of DRSS-CAMP with Clark State College’s Laser Material Processing Pathway ensures students access state-of-theart equipment, preparing them for industry demands. This collaboration represents a significant step in bridging the gap between education and industry, fostering a new generation of adaptable manufacturing professionals.
1:00 PM Welcome by LIA
Gilbert Haas, The Laser Institute
Education Meets Industry (EMI) Symposium
1:10 PM Welcome by Symposium Chair
Presentation 1
1:15 PM
Presentation 2
1:45 PM
Joe Sciabica, Talent Development Center
Opening Keynote: The Fundamentals: CAMP Project Based Learning Model
Dr. Larry Dosser
Lighting the Spark...
Valerie, Dayton STEM School; Tayla, Dayton STEM School
2:15 PM Break
Presentation 3
2:30 PM
Presentation 4
3:00 PM
Laser Focused: Advanced Manufacturing Pathways at Clark State College
Toni Overholser, Clark State University
Internships & Industry Skills Requirements
Patty Buddelmeyer, Strategic Ohio Council for Higher Education
3:30 PM Break
Panel: State of the Industry Driving Workforce Education Needs
Moderator: Dr. John Middendorf, Ohio State CDME
Approach to Filling/Developing Technical Talent TBD, TRUMPF
Panel
3:45 PM
State of the Laser Material Processing Industry
Kevin Hartke, Resonetics
Undergrad to Grad Programs
Dr. Jason Deibel, University of Dayton
Education and Workforce Development NCDMM_America Makes Dr. Josh Crammer, National Center for Defense Manufacturing and Machining
4:45 PM Closing Keynote
Debbie Holton, Converge Consult Group
5:15 PM Closing Remarks
Joe Sciabica, Talent Development Center
5:30 PM Reception
Program subject to change. More details will updated as they become available.
9:00 AM
Presentation 1 9:15 AM
Session I: Optics
9:45 AM
Presentation 2 10:00 AM
Presentation 3 10:30 AM
Presentation 4 11:00 AM
Tuesday, July 16, 2024
Welcome by LAM Chair
Mike Lander, The Laser Institute
Opening Keynote: Perspective on Lasers, Optics & Sensors in Additive Manufacturing of Metals—Defining Value
Abdalla Nassar, John Deere
Session Opening
John Taranto, Thor Labs
Upscaling Laser Powder Bed Fusion by Increasing the Deposition Rate with Beam-Shaping
Thibaut Atche, Cailabs
Advanced Beam Steering Scan Head with In-Situ Sensing for Metal Additive Manufacturing from Novanta
Tom Davis, Novanta
Advances in Non-Mechanical Beam Steering for Advanced Laser Manufacturing
Emily Fehrman Cory, Airship Consulting Dayton
11:30 AM Lunch
Session II: Lasers
12:45 PM
Presentation 5 1:00 PM
Presentation 6 1:30 PM
Presentation 7 2:00 PM
Session Opening
Rick Neff, Rick Neff, LLC
Increasing Productivity, Widening Process Windows, and Controlling Properties for Additive Manufacturing Enabled by AFX Fiber Lasers with Programmable Beam Quality
Tyson Lowder, nLight
Green Laser Directed Energy Deposition Additive Manufacturing With Powder and Wire
Eliana Fu, TRUMPF
Novel Additive Applications with IR and Visible High Power Diode Lasers
Wolfgang Todt, Laserline; Oleg Raykis, Laserline
2:30 PM Break
Session III: Optics
Presentation 8 3:00 PM
Presentation 9 3:30 PM
Presentation 10 4:00 PM
Antireflective Surface Properties – A New Biomimetic Approach
Martin Kohse, Fraunhofer IPT
Shaping Laser Beams for Improved Control in Metal 3D Printing
Thej Tumkur Umanath, Lawrence Livermore National Laboratory
Advancing Laser Additive Manufacturing through Holographic Beam Shaping
Kosta Falaggis, University of North Carolina Charlotte
4:30 PM Closing/Announcements
5:00 PM Exhibitor Reception
Program subject to change. More details will updated as they become available.
Wednesday, July 17, 2024
9:00 AM Welcome by LAM Chair
Mike Lander, The Laser Institute
Session IV: Sensors
Presentation 12
9:15 AM
Presentation 13 10:00 AM
Presentation 14
10:30 AM
Presentation 15 11:00 AM
Session Opening Keynote: In-Situ Sensing in Additive Manufacturing
John Middendorf, Ohio State CDME
Development of Relationships between Melt Pool and Global Thermal Conditions with Material Quality and Properties
James Craig, Stratonics
In-Situ Sensor Fusion for Defect Detection
Dr. Tom Spears, Open Additive
Additive Manufacturing using Adaptive and AI-based Process Control
Markus Kogel-Hollacher, Precitec GmbH
11:30 AM Lunch
Session II: Lasers
Presentation 16
1:00 PM
Presentation 17
1:30 PM
Presentation 18 2:00 PM
Metal Additive Manufacturing using Blue Lasers
Andrew Dodd, Nuburu
High Power Lasers and Light Valve Technology for Rapid, High Resolution Metal 3D Area Printing®
Selim Elhadj, Seurat
Recent Advancements in Lasers for Additive Manufacturing Applications
Shailesh Patkar, Coherent
2:30 PM Break
Session III: Sensors
Presentation 19 3:00 PM
Presentation 20 3:30 PM
Presentation 21 4:00 PM
Fast and Non-Destructive Characterization of Moving Laser Beams
Attila Werner, PRIMES GmbH
Linking L-PBFAM Process Monitoring to Conventional NDE
Ted Reutzel, Pennsylvania State University
Layer-wise Long Exposure Signals from Near Infrared Cameras for Laser Powder Bed Fusion Processes
Shuchi “SK” Khurana, Addiguru
4:30 PM Closing by LAM Chair
Mike Lander, The Laser Institute
4:45 PM Ice Cream Social and Close
Program subject to change. More details will updated as they become available.
Give your company a spotlight at this year’s conference! Our conference partners are invaluable and receive recognition throughout the conference, as well as networking opportunities and a 4-hour vendor reception.
Exhibition is for the duration of the 2-day workshop giving you time to connect with attendees, with exclusive networking opportunities during the vendor reception.
As a sponsor or exhibitor, you’ll have the unique opportunity to:
• Exhibit Space: Showcase your products and services to a targeted audience of industry professionals during the two-day event.
• Exclusive Networking: Connect with decision-makers and industry influencers at the four-hour vendor reception on Tuesday night.
• Recognition: Gain visibility and recognition as a valued sponsor/exhibitor through event materials, signage, and digital platforms.
Opportunities are still available!
Don’t miss your chance to elevate your brand and connect with leaders of the additive industry. Email marketing@lia.org if you are interested.
Overall Conference Sponsor
Choice of Attendee Gift, Welcome Reception, Sponsor Reception, Event Lunches, or Conference Bags
LEVEL: $5,000
Choice of Lanyards or Conference Program
$4,000
Choice of Morning Breaks, Afternoon Breaks or Panel Discussion
All Exhibitors receive...
• Tabletop in prominent location for the duration of the 2-day workshop
• Exclusive networking opportunities during the vendor reception on July 16
• Company logo and listing in the Workshop Program
All Sponsors receive everything above, plus...
• Company logo/signage displayed throughout workshop and at sponsored event
• Workshop registration(s*)
• An ad in the Workshop Program and the LIA Today newsletter*
• Hyperlink to company on the LAM website
• Social Media Promotion
*Dependent on sponsor level
Special Thanks to our Platinum Sponsor