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New Jersay Institute of Technology has morethan 60 research labs and centers. Comprised ofcore and transdisciplinary basic, applied andtranslational research interests, the five clustersin NJIT research enterprise include: Bioscience and Bioengineering Data Science and Management Environment and Sustainability Material Science and Engineering Robotics and Machine Intelligence
NJIT Research CentersOtto H.York Center for EnvironmentalEngineering and Science (YCEES)Somenath Mitra somenath.mitra@njit.eduThe York Center offers core laboratory facilities as a resource forthe university and for contract research. It has diversified intomany other areas with research projects in nanotechnology, drugdelivery, particle engineering, microfluidics, membrane science,environmental science and engineering, and biomedicalengineering.Agilent 6470 Triple Quadrupole LC/MS system at York fabrication Innovation Center (MIC)Xiaotian Wang xiaotian.wang@njit.eduThe NJIT Microfabrication Innovation Center provides cutting edgenanofabrication and characterization facilities for research in fieldsranging from bio-sensing, drug delivery to microfluidics and MEMSfabrication. The multi-user cleanroom is divided into ISO 6 and ISO 7space, with the capability of photolithography, laser writing, materialdeposition, wet/dry etching, metrology measurement as well as cellbased assays and biomarker cation Innovation Center cleanroomII
The NJIT MakerspaceJustin Suriano justin.suriano@njit.eduThe NJIT's Makerspace creates the ecosystem for students toparticipate in the innovation, invention, and product realizationprocesses that American industry depends on, as well as assignspace for public and private partnerships to emerge--offeringaccess to an array of state-of-the-art equipment for design,prototyping, testing, and research.https://www.njitmakerspace.com/The NJIT MakerspaceCenter for Injury Biomechanics,Materials, and Medicine (CIBM3)New Jersey Center for Engineered Particulates(NJCEP)Namas Chandra namas.chandra@njit.eduRajesh Davé dave@njit.eduThe NJIT CIBM3 focuses on helping soldiers, athletes andcivilians by understanding why and how blasts and blunt traumacauses injury.NJCEP performs a unique blend of fundamental and applied research todevelop predictable, environmentally conscious manufacturing processesand profitable applications for value-added powder materials havingtailored surface or bulk titute for Brain and NeuroscienceResearch (IBNR)Namas Chandra ep/CNBM New Energy Materials ResearchCenterKen Chin CHIN@njit.eduIBNR promotes research and training in neuroscience and neuralengineering, and provides the overall contact point forneuroscience initiatives at NJIT.The CNBM focuses on improving the applications of CdTe semiconductormaterials for use in thin-film solar .edu/research/cnbmIII
Center for Solar-Terrestrial Research (CSTR)Center for Natural Resources (CNR)Andrew Gerrard gerrard@njit.eduMichel BoufadelThe Center for Solar-Terrestrial Research (CSTR) at NJIT is an internationalleader in ground- and space-based solar and terrestrial physics, with interestin understanding the effects of the Sun on the geospace environment. CSTRoperates the Big Bear Solar Observatory (BBSO) and Owens Valley SolarArray (OVSA) in CA, the Jeffer Observatory at Jenny Jump State Forrest in NJ,and the Automated Geophysical Observatories (AGOs) distributed across theAntarctic iceshelf.The center’s specialties include assessment and remediation studies ofpollution in natural settings, and evaluation of natural resources forpotential production of energy, especially the production of renewableenergy. The Center for Natural Resources conducts studies rangingfrom the microscopic scale to the landscape scale, and utilizes advancednetworks of onic Imaging CenterCenter for Building Knowledge (CBK)Deane Evans EVANS@njit.eduThe CBK dedicated to generating new knowledge to improve the builtenvironment and enhance the planning, design, construction, andoperation of facilities. CBK’s mission is to help individuals andcommunities make better-informed decisions about the performance,sustainability, and resilience of buildings nationwide.https://centers.njit.edu/cbk/Haim Grebel haim.grebel@njit.eduThe Electronic Imaging Center is an interdisciplinary center focused onnanotechnology, spectral analysis with subwavelength structures andenergy. Nanotechnology is a field dealing with underlined phenomenaat the nanoscale. It covers diverse phenomena that encompassmolecular/biological interactions, interfacial science, as well as bulkand surface properties. The field is fast expanding into agriculture,energy and pharmaceutical e/Center for Rehabilitation RoboticsSergei Adamovich adamovic@njit.eduThe center focuses on enhancing mobility and manipulation ofindividuals with n/Big Bear Solar Observatory (BBSO) operated by NJIT CSTRIV
Center for Big Data (CBD)Chase Q Wu chase.q.wu@njit.eduThe CBD features focused research to investigate, develop, and applycutting-edge technologies to address unprecedented challenges in bigdata with high Volume, high Velocity, high Variety, and high Veracity, inorder to create high Value.https://research.njit.edu/bigdata/Center for Wireless Information Processing(CWiP)Alexander M. Haimovich haimovic@njit.eduCWiP focuses on becoming the focal point in the Department ofElectrical and Computer Engineering for all research and teachingactivities in the areas of wireless communications and ybersecurity Research CenterKurt Rohloff rohloff@njit.eduThe NJIT Cybersecurity Research Center seeks to address ongoing andlong-term future needs to research new methods for understanding howthe systems such as communication networks, handheld computers, cloudcomputing environments and embedded computing technologies can becompromised and fail, how to design cyber systems so they are secure,and how to improve or fix the cyber infrastructure that has already y/Membrane Science, Engineering andTechnology (MAST) CenterKamalesh Sirkar sirkar@njit.eduMAST is An NSF and university cooperative research center. The Center’sfundamental and applied research has led to major advancements inmaterials and processes membrane fundamentals, biopharmaceuticalprocessing, water purification, and chemical separations.https://www.mastcenter.org/Center for Computational Heliophysics (CCH)Alexander Kosovichev alexander.g.kosovichev@njit.eduThe Center focuses on new innovative approaches, includingdevelopment of intelligent databases, automatic feature identificationand classification, realistic numeric simulations based on first physicsprinciples, and observational data ercomputational-heliophysics/V
Selected NJIT Research LabsSTG Laboratory of Neuron and CircuitDynamicsFarzan Nadim farzan@njit.eduThe lab uses both experimental and theoretical approaches to studythe neurophysiology of a small central pattern generating circuit inlobsters and crabs, the Stomatogastric Ganglion (STG). CentralPattern Generators (CPGs) are networks of nerve cells in the centralnervous system that generate the basic patterned electrical activityunderlying most rhythmic behaviors like walking and breathing in -stg-lab/NJIT Additive Manufacturing LabNJIT Additive Manufacturing LabAdvanced Biomaterials TranslationLaboratory (KumarLab)Vivek Kumar vak@njit.eduKumarLab is interested in the intersection of materials, medicine andengineering. The lab seeks to develop technologies, educateentrepreneurs and train translational scientists using peptidechemistry, biomaterials engineering, medical device manufacturingand (biomedical) translational entrepreneurship.John F. Federici ensite.com/The NJIT AddLab specializes in innovation using modern additivemanufacturing techniques. Additive manufacturing has changedthe way things are produced, bringing down the cost ofprototyping, and allowing for novel designs and devices neverbefore possible.BioDynamics Labhttps://centers.njit.edu/addlab/Xianlian Alex Zhou alexzhou@njit.eduThe BioDynamics Group at NJIT is focused on computationalbiomechanics and bioengineering, wearable robotics andexoskeletons, digital human modeling, and personalized medicine.https://web.njit.edu/ alexzhou/VI
Fluid Locomotion LaboratoryVision and Neural Engineering LaboratoryBrooke FlammangTara L Alvarez tara.l.alvarez@njit.eduflammang@njit.eduThe lab uses integrative approaches to address the physical basis ofbehavior in an evolutionary comparative context, investigating theways in which organisms interact with their environment and drive theevolutionary selection of morphology and function.The lab is the first to quantify how vision rehabilitation evokesneuroplasticity for people with convergence insufficiency. The teamconducts a study and quantified changes from vision rehabilitationthrough improvements in oculomotor behavior and functional MRI.https://web.njit.edu/ /Fortune Laboratory IndustriesComputer Assisted Tissue Engineeringand Blood System Biology LaboratoryEric Fortune eric.fortune@njit.eduThe lab focuses on studing the interactions between sensory andmotor systems that generate and control animal behavior.https://web.njit.edu/ efortune/index.html/Roman S. Voronov rvoronov@njit.eduThe lab's research area covers Computer-Assisted TissueEngineering, Predictive Modeling and Control of Cell Behavior. Thelab is also heavily involved with Soft Lithography, HardwareAutomation, Super-Resolution Microscopy, Computer Vision andMachine Learning.Laboratory of Nanomedicine andHealthcare Biomaterialshttp://cell.engineering/Xiaoyang XuInstructive Biomaterials and AdditiveManufacturing Laboratory (IBAM-Lab)xiaoyang@njit.eduUtilizing chemistry, materials science and engineering techniques toexplore the interface of biomaterials and medicine and addressfundamental questions in the two cross-disciplinary fields. Developingsynthetic biomaterials and processing techniques to fabricatehydrogels and scaffolds for use in drug delivery and tissueengineering.Murat Guvendiren muratg@njit.eduIBAM-Lab focuses on developing novel polymeric (bio)materials andadvanced additive (bio)manufacturing approaches to fabricatefunctional tissue h/https://guvendirenlab.njit.edu/index.htmlVII
Chen Analytical Chemistry Research LabSwarm LabHao ChenSimon Garnierhao.chen.2@njit.eduThe Chen Research Lab is working on mass spectrometry for solvingprobelms in chemical, biological, environmental and forensic science.The research focuses on electrochemical mass ome-chen-research-lab/garnier@njit.eduThe lab studies the mechanisms underlying the coordination of largeanimal groups, such as ant colonies or human crowds, and theirapplications to complex problems such the organization ofpedestrian traffic or the control of robotic lectronic Materials andDevices LaboratoryNanoelectronic Materials and DevicesLabHieu Pham Trung NguyenDong-Kyun Ko dong.k.ko@njit.eduhieu.p.nguyen@njit.eduThe lab focuses on developing high-performance nanophotonicdevices using nanostructures and their applications in a variety ofareas, including light-emitting diodes, laser diodes, solar cells, as wellas in solar-fuel ce. Research expertises cover the epitaxial growth,device fabrication and characterization of III-V based self-organizednanostructure materials grown by molecular beam epitaxy.The Lab focuses on the discovery of new nanomaterials, the designof novel high-performance device architectures, and theexperimental demonstration of device prototypes. The lab’sparticular interest is in colloidal quantum dot-based devices.https://web.njit.edu/ dkko/index.htmlhttps://web.njit.edu/ hpnguyen/index.htmlOpto &Nano and Microfluidics LaboratoryLaboratory for the Mechanics ofAdvanced materialsShawn A. Chester shawn.a.chester@njit.eduThe lab focuses on understanding interesting and excitingphenomena in solid mechanics and multi-physics material behavior.https://web.njit.edu/ sac3/Home.htmlSagnik Basuraysagnik.basuray@njit.eduThe lab’s research efforts are to establish a synergy between novelnanostructures, optics (plasmonics and photonics), biology andelectro-kinetics (microfluidics and nanofluidics) and integrate them todevelop transformative and disruptive new technologies using costeffective tools.http://basurayresearchlab.com/VIII
Sustainable Environmental Nanotechnologyand Nanointerfaces LaboratoryWen Zhangwen.zhang@njit.eduThe research area covers nanomaterials, harnessing renewableenergy and pollutant degradation, microalgae harvesting andremoval, and emerging contaminant removal.Social Interaction LabYvette Wohn wohn@njit.eduThe Lab focuses on developing novel technologies for positive socialinteraction and try to understand how people use social technologies,such as social media, mobile phones, and multiplayer wenresearch.com/home.htmlAdvanced Energy Systems and MicrodevicesLaboratoryEon Soo Leeeonsoo.lee@njit.eduThe lab is actively researching on new energy technologies inelectrochemical energy conversion systems and microscale fluids andthermal devices in various energy and biomedical applications.Big Data Analytics Lab (BDaL)Senjuti Basu Roysenjutib@njit.eduThe lab focuses on large-scale data analytics problems that arise indifferent application domains and https://www.lee-research.org/Analytical Chemistry &Nanotechnology LaboratorySomenath Mitramitra@njit.eduThe lab’s research focus are in the field of Analytical Chemistry,Nanotechnology and Smart Active Coatings.https://web.njit.edu/ mitra/index.htmlIX
https://centers.njit.edu/
The NJIT Cybersecurity Research Center seeks to address ongoing and long-term future needs to research new methods for understanding how the systems such as communication networks, handheld computers, cloud
