Changyu Ma

California State University--Northridge

Affiliations

NASA Autonomy Research Center for STEAHM

NoneChangyu Ma is currently serving as a Nasa Autonomy Research Center For Steahm faculty at California State University--Northridge.

Honors

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Experiences

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Education

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Changyu Ma

California State University--Northridge

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manufacturing engineering materials science additive manufacturing advanced manufacturing technologies biomedical engineering manufacturing technology 3d printing biomaterials advanced materials materials engineering biological engineering tissue engineering biopolymers biomaterials design bioactive materials biocompatible materials regenerative medicine coatings metals thermal engineering alloy design manufacturing engineering advanced manufacturing advanced laser processing laser processing technology directed energy deposition powder metallurgy computer-integrated manufacturing human-computer interaction controlled release polymer composites pharmaceutics clinical chemistry biomedical analysis implant dentistry precision engineering bone research digital fabrication computational fabrication wire arc additive manufacturing augmented intelligence augmented reality game augmented reality visual modeling drug delivery systems surface engineering material machining laser-assisted deposition biopolymer gel oxidation resistance high-performance metal material performance high-performance materials future perspectives recent trends augmented reality training biomedical applications natural latex serum recent advances polylactic acid scaffolds bone tissue engineering aluminum alloy laser powder nanoparticle-enabled additive manufacturing bone cells oxide dispersion powder processing critical turbine components ded additive manufacturing

Notable Scholarly Works

Notable Federal Grants

Collaborators

New Era Towards Autonomous Additive Manufacturing: A Review of Recent Trends and Future Perspectives. International Journal of Extreme Manufacturing (2025)

manufacturingadditive manufacturing3d printingfuture perspectivesadvanced manufacturing technologiesengineeringdigital fabricationmanufacturing technologycomputer-integrated manufacturingadvanced manufacturingrecent trendsdesignsmart manufacturingwire arc additive manufacturingcomputational fabrication

Process Parameters Optimization for Haynes 282 Fabricated by Pulsed Wave Laser Powder Bed Fusion. Progress in Additive Manufacturing (2025)

manufacturingpowder metallurgymaterials engineeringfusion engineeringadvanced manufacturing technologiesmanufacturing sciencefusionengineeringlasersmechanical engineeringindustrial engineeringmanufacturing technologyadvanced manufacturingprocess parameters optimizationadvanced laser processinglaser processing technologydirected energy depositionmaterials science

3D Printing and Surface Engineering of Ti6Al4V Scaffolds for Enhanced Osseointegration in an in Vitro Study. Biomimetics (2024)

Changyu MaNatan Roberto de BarrosTianqi ZhengAlejandro GomezMarshall DoyleJianhao ZhuHimansu Sekhar NandaXiaochun LiAli KhademhosseiniBingbing Li

additive manufacturing3d printingadvanced materialsengineeringbiomedical engineeringmaterials sciencesurface engineeringtissue engineering

Achieving Uniform Distribution of Nanoparticles in Oxide Dispersion Strengthened (Ods) Ss316L Through Laser Powder Bed Fusion (L-Pbf). Manufacturing Letters (2024)

Changyu MaTianqi ZhengYu-Keng LinPhilip MalloryXiaochun LiY. Morris WangBruce KangBingbing Li

nanoparticlesmanufacturingmaterials scienceoxide dispersion

Additive Manufacturing of Polylactic Acid Scaffolds Dip-Coated With Polycaprolactone for Bone Tissue Engineering. Materials Today Communications (2024)

biological engineeringadditive manufacturing3d printingpolylactic acid scaffoldsbioactive materialsbiomaterials designbiopolymersbiocompatible materialsbiomedical engineeringbiomanufacturingbone tissue engineeringimplant dentistrybiomaterialstissue engineering

Directed Energy Deposited Ss316L With Nano-Y2O3 Additions: Powder Processing, Microstructure, and Mechanical Properties. Progress in Additive Manufacturing (2024)

Changyu MaManikanta GrandhiPhilip MalloryZhichao LiuBingbing LiBruce Kang

manufacturingengineeringadditive manufacturingpowder processing

Effect of Viscosity of Gelatin Methacryloyl-Based Bioinks on Bone Cells. Biofabrication (2024)

biological engineeringbiopolymer gelregenerative medicinebioactive materialsbiomaterials designbiopolymersbiocompatible materialsbiomedical engineeringmechanobiologybone cellsbiomaterialsbiomolecular engineeringtissue engineeringbone research

Enhancing Metal Additive Manufacturing Training With the Advanced Vision Language Model: A Pathway to Immersive Augmented Reality Training for Non-Experts. Journal of Manufacturing Systems (2024)

manufacturingvisual modelingaugmented reality trainingadvanced manufacturing technologiesaugmented intelligencetechnologyaugmented reality gamehuman-computer interactionvirtual realitydesignextended realityaugmented reality

Nanoparticle-Enabled Additive Manufacturing of High Strength 6061 Aluminum Alloy via Laser Powder Bed Fusion. Manufacturing Letters (2024)

Tianqi ZhengChangyu MaAlexander KillipsBingbing LiXiaochun Li

manufacturingadditive manufacturingadvanced manufacturing technologiesnanotechnologymechanical engineeringmaterial machiningnanomanufacturingmanufacturing technologyalloy designlaser-assisted depositionadvanced materialsmetalslaser powder3d printingaluminum alloynanoparticle-enabled additive manufacturingprecision engineeringadvanced laser processinglaser processing technologymaterials science

Natural Rubber Latex-Based Biomaterials for Drug Delivery and Regenerative Medicine: Trends and Directions. International Journal of Biological Macromolecules (2024)

controlled releaseregenerative medicinedrug deliverybioactive materialsbiomaterials designpharmaceuticsbiopolymersdrug delivery systemsbiomedical engineeringpolymer compositesbiomaterialsbiomolecular engineeringbiocompatible materials