Palo-Alto PCNSE6 : Palo Alto Networks Certified Network Security Engineer 6 Exam
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Palo-Alto Engineer Study Guide
authorized NEC mentors | Adjunct school | research acquaintances | group of workers | Featured Alumni | Job opportunities
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Emily Graczyk, PhDResearch AssociateDepartment of Biomedical EngineeringCase Western Reserve university
Emily Graczyk, PhD is a analysis associate in the branch of Biomedical Engineering at Case Western Reserve college and an Investigator in the advanced Platform know-how middle on the Cleveland VA medical center. She earned her B.S. at the tuition of South Carolina, Columbia and her PhD at Case Western Reserve college, each in Biomedical Engineering. Dr. Graczyk's analysis examines the coding and processing of somatosensory information and the perceptual and psychological experience of synthetic sensation created through neurotechnology. She makes use of cross-disciplinary approaches to examine sensation, including neural stimulation, computational modeling, psychometrics, behavioral assessments, and qualitative analyses. all the way through her PhD training, she changed into awarded a countrywide Science groundwork Graduate analysis Fellowship. She has recently secured unbiased funding from the department of protection and the protection superior analysis projects company (DARPA) for her analysis initiatives. In 2018, Dr. Graczyk changed into named a DARPA Riser, one in every of a choose neighborhood of early career investigators identified as knowledge future superstars whose work may impact national safety.
Rafael Carbunaru, Ph.D.vp, research & DevelopmentBoston Scientific Neuromodulation
Dr. Rafael Carbunaru leads the research and building Neuromodulation Division for Boston Scientific business enterprise located in Valencia, CA. he's focused on establishing a portfolio of neuromodulation items and applied sciences, and making a subculture of meaningful innovation and high performance. His team has developed breakthrough items in spinal cord stimulation for the medicine of persistent ache, deep brain stimulation for stream issues, and advanced micro stimulation technologies.
earlier than this role, Rafael become the analysis & development Director for emerging signs. He led the construction of micro stimulation and MRI suitable technologies as well as supported scientific trials in migraine and overactive bladder, among others.
Rafael holds a Ph.D. (1999) and M.Sc. (1996) in Biomedical Engineering (with concentration in neurostimulation and electromagnetism) from Case Western Reserve tuition, beneath the guidance of Dr. Dominque Durand. He also has an Electronics Engineering degree (1993) from Universidad Simon Bolivar (Venezuela). Rafael presently holds over 50 U.S. and international Patents.
Rafael's mission is to radically change lives via resourceful clinical solutions.
Katharine H. Polasek
Katharine H. Polasek acquired the B.S.E. degree in mechanical engineering from the institution of Michigan in Ann Arbor, MI in 2001 and the Ph.D. degree in biomedical engineering from Case Western Reserve university (CWRU) in Cleveland OH in 2007. Her graduate work concentrated on nerve stimulation for restoration of arm and hand characteristic in high tetraplegia below Drs Tyler and Kirsch. In 2008 she obtained a NIH put up-doctoral fellowship in the course of the department of Orthopaedics at CWRU where she worked on nerve stimulation to deliver sensory remarks to people with amputations. Dr. Polasek is currently an Assistant Professor of Engineering at Hope faculty in Holland, MI where she dependent a biomedical engineering emphasis for undergraduate college students. Her analysis interests are in neural engineering and rehabilitation for musculoskeletal and neurological problems and she is currently developing a non-invasive therapy to treat phantom limb pain.
After receiving his MS in Electrical Engineering from the TU-Dresden tuition of know-how in Germany in 2007, Manfred Franke labored as research Assistant on the Stieglitz lab at the IMTEK, tuition of Freiburg. He bought a Fulbright provide for his PhD suggestion and got here to Cleveland in 2009. He finished his PhD with Ken Gustafson and Kevin Kilgore with the school’s Doctoral Excellence Award for Biomedical Engineering in 2014 for his work achieved on the translation of non-destructive electrical nerve block from analysis to observe. His PhD work lined 4 diverse processes to provide nerve block with out harming neural tissue: First, he applied a fully-computerized push-button equipment to deliver bladder voiding in a chronic preclinical spinal twine harm model using sacral bladder force and pudendal nerve kHz AC (KHFAC) block. Secondly, he developed essential technologies to obtain clean electrical block waveforms as a way to steer clear of unwanted hurt to the nerve and small waveform mills that may run on low-voltage batteries to facilitate the implantation of such devices. His work additional included charge-balanced direct existing (CBDC) know-how to briefly and absolutely block nerve conduction. last but not least, his analysis covered new processes to provide a selective nerve activation of handiest small fibers (inverting the inverse recruitment) and optimized electrodes for most useful start of AC and DC nerve block waveforms. Mr. Franke holds eleven pending patents ranging from waveforms for neural activation and block to analogue and digital applied sciences for certain interaction with choose neural fibers. a number of of his patents are in the technique of being licensed.
Manfred Franke at present works as Sr. analysis Scientist at San Francisco based mostly Oculeve Inc. to establish an improved knowing of neurological pathways liable for Dry Eye disorder.apart from working in research and translating expertise into apply, he enjoys being internationally active as DAAD analysis Ambassador, for the IAESTE A.s.b.l, and the Fulbright community.
J. Luis Luján
J. Luis Luján, Ph.D., is currently an Assistant Professor within the Departments of Neurologic surgical procedure and Physiology & Biomedical Engineering at Mayo clinic.
Dr. Lujan bought the B.S. degree in laptop and techniques Engineering from the Universidad Autonoma de Chihuahua, in Chihuahua, Mexico. moreover, Dr. Luján bought each the M.S. and Ph.D. degrees in Biomedical Engineering from Case Western Reserve college, under the information of Dr. Patrick Crago. Dr. Luján’s postdoctoral working towards took region at the Cleveland medical institution, in Cleveland, Ohio, beneath the guidance of Dr. Cameron McIntyre. In 2012, Dr. Luján joined the Mayo clinic as an Assistant Professor, where he at present oversees a diverse community of researchers including graduate students, biologists, engineers, and neurosurgeons.
Dr. Luján’s analysis has concentrated on constructing novel purposeful Electrical Stimulation techniques for restoring motor characteristic following spinal twine harm. moreover, Dr. Luján has developed novel computational and mathematical options for analyzing the effects of deep brain stimulation (DBS) and for bettering the clinical outcomes of neuromodulation know-how for the medication of neurologic and psychiatric disorders. Dr. Luján has played a important position in enhancing figuring out of mind circuitry modulated through neurostimulation cures for medication of move and psychiatric disorders, constructing novel neuromodulation control paradigms, enhancing electrode targeting and start, and restoring function following neural damage and disorder.
Dr. Lujan’s existing research focuses on constructing sensible deep brain stimulation techniques for patient-certain medicine of circulate disorders. moreover, Dr. Luján is engaged on the construction of novel neurostimulation paradigms to restore motor feature following spinal wire harm. Dr. Luján’s analysis is funded by the national Institutes of fitness (R01NS084975, R21NS087320) and the Grainger basis.
Juan Gabriel Hincapie
Juan Gabriel Hincapie obtained the B.Sc. degree in electronics engineering from Universidad de los Andes, Bogotá, Colombia, in 2002 and a PhD. in biomedical engineering from Case Western Reserve institution, Cleveland, OH, in 2008 the place he worked in practical electrical stimulation (FES) for restoring function in people with spinal wire harm at Prof Kirsch’s lab. he's now a principal analysis scientist at Boston Scientific organization, Cardiac Rhythm administration division in St Paul, MN the place he is working in translating autonomic fearful device neuromodulation remedies for cardiovascular problems corresponding to coronary heart failure and hypertension into medical use.
Beth Lewandowski is a Biomedical research Engineer on the NASA Glenn research core in Cleveland, OH. She is a component of the Bioscience and technology branch, which is within the area approaches and Experiments Division. Dr. Lewandowski got a Bachelor’s diploma in Electrical Engineering from Cleveland State college in 1991 and an MS diploma in 2003 and a PhD diploma in 2009 in Biomedical Engineering from Case Western Reserve tuition. Her grasp’s analysis was carried out on the Cleveland clinic and the theme of the analysis turned into supply reconstruction of EEG signals all through muscle fatigue. Her Ph.D. dissertation subject matter turned into the generation of electrical vigor with an implanted piezoelectric generator using prompted muscle undertaking. At NASA, Dr. Lewandowski engages in analysis on spaceflight induced muscle atrophy and bone loss and its have an impact on on astronaut health, safety and performance. She makes use of ground based analog information and spaceflight records within the development of computational simulations of a considerable number of mission eventualities to function her research. additional research pastimes encompass cognitive state monitoring of pilots using multi-modality measurements to enhance aviation safety. In 2010 Beth Lewandowski become part of the team that got NASA Glenn analysis core’s distinguished publication Award and she also got a NASA area Flight attention Award. She is a member of the Aerospace medical association and IEEE. Beth at the moment lives together with her husband Dr. Henry “skip” Lewandowski in Lorain, OH.
existing place: Assoc. Prof. of Biomedical Engineering at New Jersey Institute of know-how
Mesut Sahin bought his B.S. degree in Electrical Engineering from Istanbul Technical tuition in 1986, and M.S. and Ph.D. levels in Biomedical Engineering from Case Western Reserve school in 1993 and 1998. He worked with Dr. Durand on a neural prosthesis for obstructive sleep apnea and he shares a patent with him and Dr. Haxhiu on closed loop handle of hypoglossal nerve stimulations on demand. After receiving PhD, he endured his practising as a postdoctoral analysis associate within the Neural Engineering middle at CWRU. His research interests moved to the vital nervous device all through post-doctoral experiences and he conceived the theory of the usage of the neural pastime of descending tracts in the spinal wire as a variety of spinal wire-laptop interface. The challenge became funded through a post-doctoral fellowship from Christopher Reeve Paralysis groundwork in 1999. He joined Louisiana Tech tuition, Ruston, LA as an Assistant Professor of Biomedical Engineering in 2001, where he acquired a Whitaker Award to continue this work. during this first academic put up, Sahin developed a brand new concept: "floating mild activated micro-electrical stimulators (FLAMES) for instant activation of the important apprehensive gadget." This mission is still one of the most predominant analysis interests in Sahin’s laboratory at New Jersey Institute of know-how, Newark, NJ with aid from NIH and in collaboration with Optical Characterization and Nanophotonics Laboratory at Boston university. He has been on the faculty of Biomedical Engineering at NJIT due to the fact the fall of 2005 with promotion to affiliate Professor in 2009. For the past few years, his analysis pursuits have extended to include recordings of multi-unit activities and local field potentials from the cerebellum using flexible multi-electrode arrays. He has authored greater than 50 peer-reviewed publications. Mesut Sahin is an associate Editor to IEEE Transactions on Biomedical Circuits and programs and a Senior Member of IEEE/EMBS.
web page: net.njit.edu/~sahin
Srikantan Nagarajan bought his MS and PhD in Biomedical Engineering from Case Western Reserve university in 1991 and 1995 respectively. He then accomplished a postdoctoral fellowship at the Keck middle for Integrative Neuroscience on the institution of California, San Francisco (u.s.a.). at present, he is a Professor in the department of Radiology and Biomedical Imaging and the department of Bioengineering and Therapeutic Sciences at usa, and a school member in the usa and UC Berkeley Joint Graduate software in Bioengineering. His analysis interests, within the areas of Neural Engineering and machine gaining knowledge of, are to increase novel and powerful algorithms for better functional brain imaging so as to improved take note mind plasticity and speech motor control.
Chou-Ching ok. Lin
Chou-Ching k. Lin got a Bachelor degree of medicine from countrywide Yang-Ming school, Taipei, Taiwan in 1988 and an MSc and PhD in biomedical engineering from Case Western Reserve institution, Cleveland, OH, usa in 1994 and 1997 respectively. He, passing Taiwan Neurology and Gerontology Boards in 1999 and 2003, is at present a clinical affiliate professor in branch of Neurology and an adjunct associate professor in branch of laptop Science and tips Engineering, countrywide Cheng Kung college, Tainan, Taiwan. His research areas of interest encompass neural electrophysiology, neuroprosthesis, rehabilitation robot, neural handle of microcirculation and EEG/fMRI.
PhD marketing consultant: Dr. Patrick Crago
Eric Perreault is an affiliate Professor at Northwestern college, with appointments within the department of Biomedical Engineering and the department of physical medication and Rehabilitation. He is also a member of the Sensory Motor performance application on the Rehabilitation Institute of Chicago, the place his laboratory is discovered.
Eric acquired his B.Eng and M. Eng levels in Electrical Engineering from McGill institution in 1989 and 1991, respectively. After working in business for four years, Eric enrolled within the Biomedical Engineering department at Case Western Reserve college, completing his PhD in 2000 under the mentorship of Drs. Robert Kirsch and Patrick Crago. From 2000-2002, he become a postdoctoral fellow within the department of Physiology at Northwestern institution. In 2010, he changed into a journeying Professor at ETH Zurich.
Eric’s present analysis focuses on knowing the neural and biomechanical components involved in the handle of multi-joint move and posture and the way these components are modified following neuromotor pathologies equivalent to stroke and spinal wire damage. The goal of his analysis is to provide a scientific groundwork for knowing typical and pathological motor handle that can be used to book rehabilitative innovations and person interface building for restoring characteristic to individuals with motor deficits. present purposes include rehabilitation following stroke and tendon switch surgeries, and user interfaces for neuroprosthetic handle.
at present, Eric serves is an associate for the IEEE Transactions on Neural methods and Rehabilitation Engineering, and serves on the editorial boards for the Journal of Motor behavior and the Journal of Motor manage. He is also a member of the IEEE Technical Committee on Rehabilitation Robotics.
Dr. Michael Moffitt
Senior most important Engineer, Biomedical SystemsBoston Scientific Neuromodulation
At NEC: 1998 - 2004
Advisors: Dr. Warren Grill changed into my M.S.E. and Ph.D. advisor
D. Michael Ackermann
D. Michael Ackermann is presently a fellow on the Biodesign Institute at Stanford school, Palo Alto, CA. He bought a B.E. degree, magna cum laude, in biomedical engineering in 2004 from Vanderbilt school, Nashville, TN and M.S. and Ph.D. degrees in biomedical engineering from Case Western Reserve institution in 2007 and 2010, respectively. Dr. Ackermann’s competencies comprises neuromodulation, energetic implantable scientific gadget design, bioelectrode design, neuronal simulation and electric field manipulation. He also has journey in MEMS and in neurophysiology research as it relates to remedy development. His contemporary work has been in establishing treatment plans for the abolishment of pathological neural exercise using electrical currents.
Dr. Ackermann also has competencies in each analog and digital electronics design, and has journey with implantable pulse generator design in both academic and industrial settings. He has 7 pending patents in the field of neuromodulation relating to implantable electrode design and neuromodulation for the treatment of continual and acute ache. some of this highbrow property is assigned to Boston Scientific, Inc., where he labored as a member of the Neuromodulation division in Valencia, CA right through Spring of 2009. other intellectual property has been licensed to Neuros clinical, Inc. of Cleveland, OH.
Dr. Ackermann has hobby and journey in small business construction. In 2003 he co-based Medapta, Inc., which pursued a monitoring gadget for unexpected child loss of life Syndrome (SIDS). He became additionally the co-winner of the 2007 Cleveland vision Entrepreneurship competition for a company inspiration headquartered on a deep brain stimulation remedy for the medicine of dementia. With the working towards in he will acquire through the Stanford Biodesign software, Dr. Ackermann hopes to continue to advance clinically translatable medical healing procedures that meet precise scientific needs.
A. Stewart Ferguson
Stewart Ferguson Ph.D. is Director of the Alaska Federal fitness Care access network (AFHCAN) in Anchorage, Alaska with deployments all the way through Alaska, the united states, and diverse other countries. Dr. Ferguson has been with AFHCAN on account that it be inception in 1998 and had key roles in product/software development, assessment, comparison and analysis. Dr. Ferguson has over twenty years of progressive laptop and research journey in educational, industrial, biomedical and enterprise environments. He has been concerned in utility development for CT scanners, theoretical options for the ahead and inverse issues in biomagnetism, and imaging suggestions for cardiac recreation. He at the moment serves as vice president of the American Telemedicine affiliation, and is a founding member and previous-Chairman of the Board for the Northwest Regional Telehealth resource core proposing guide to telehealth systems in eight states and the Pacific Islands. He holds M.S. and Ph.D. degrees both in Biomedical Engineering, and B.S. degrees in each arithmetic and Electrical Engineering.
"looking back on my time at CWRU - I think the success of their program lies in lots of what I discovered as a graduate student. while i'm not working with Maxwell's equations - I still follow the analytic system and demanding thinking that I learned at ANCL to the design of options that meet important fitness care needs."
Megan Moynahan is the network leader for Cardiac Electrophysiology and Monitoring devices at the food and Drug Administration’s middle for gadgets and Radiological fitness (CDRH). Ms. Moynahan received a B.S. degree in biomedical engineering from Johns Hopkins tuition in 1986, and a M.S. degree in biomedical engineering from Case Western Reserve university in 1990. Between 1990 and 1996, Ms. Moynahan became a researcher at Shriners sanatorium in Philadelphia, developing open loop electrical stimulation programs for children with spinal cord damage and cerebral palsy. She joined the food and Drug Administration in 1996 as a pre-market reviewer for neurological and cardiovascular contraptions.
In 2001, Ms. Moynahan grew to become the chief of the Pacing, Defibrillators and Leads department, overseeing the assessment groups responsible for approving the primary cardiac resynchronization instruments, the primary over-the-counter automatic exterior defibrillator, and the expansion of implantable cardioverter defibrillators (ICDs) into the lessen risk (“MADIT II”) population. within the wake of the Guidant ICD remembers of 2005-2006, Ms. Moynahan pulled the disparate CDRH organizations together to develop a more cohesive strategy to regulating pacemakers and defibrillators. The success of that model grew to become the blueprint for a restructuring of the whole core right into a matrix corporation in 2008, at which time Ms. Moynahan grew to become the community leader for Cardiac Electrophysiology and Monitoring contraptions. This position allows for her to integrate the perspectives of the full product existence cycle of those contraptions, assuring coordination among the premarket, surveillance, enforcement, research and communication efforts around the core.
Ms. Moynahan is an internationally recognized recommend for the premarket and postmarket safety of pacemaker and defibrillator devices. She is continuously invited to talk on regulatory and scientific elements of those devices. In exact
years, Ms. Moynahan’s work with the coronary heart Rhythm Society, American coronary heart affiliation, AdvaMed, and different national businesses has enabled her to impact public coverage outside of the FDA. Working with the countrywide Cardiovascular information Registry, she was instrumental in influencing the reporting constitution that would permit collection of counsel about implanted ICD leads in the countrywide ICD Registry. In 2008, she geared up a public assembly, “FDA Workshop: top-quality Practices for Pacemaker and ICD Lead Postmarket Surveillance,” bringing together over 100 countrywide and international electrophysiologists, business representatives, FDA regulators, and press.
within FDA’s middle for devices, Ms. Moynahan helps the firm envision and put into follow extensive software initiatives, such as the signal Escalation enterprise manner. This program enables group of workers in CDRH to carry attention of issues they see with regulated medical gadgets in order that motion can also be taken to mitigate risks to sufferers. since it started lower than a yr ago, the software has processed more than 350 alerts, with some leading to product recollects and protection notifications by FDA.
Ms. Moynahan currently serves as vice chair of CWRU’s Biomedical Engineering Advisory Board.
Dr. Warren M. Grill
Warren M. Grill is the Addy Professor of Biomedical Engineering at Duke institution, Durham, NC, united states, with secondary appointments in Neurobiology and surgery. Dr. Grill received the B.S. diploma in biomedical engineering with honors in 1989 from Boston tuition and the Ph.D. in biomedical engineering in 1995 from Case Western Reserve college, Cleveland, OH. Between 1995 and 2004 he held positions as analysis associate, Sr. analysis affiliate, Assistant Professor and associate Professor of Biomedical Engineering at Case Western Reserve school. In 2004 he joined Duke university as affiliate Professor of Biomedical Engineering and was promoted to Professor in 2008.
His analysis pursuits are in neural engineering and neural prostheses and encompass design and testing of electrodes and stimulation concepts, the electrical properties of tissues and cells, and computational neuroscience with functions in restoration of bladder function, remedy of move disorders with deep brain stimulation, and multi-joint limb circulation. He has authored over ninety five peer-reviewed publications, and is an inventor on 11 issued and eight pending patents. As neatly, he is a Founder and Chief Scientific Officer of NDI medical, LLC. In 2007 he become elected as a Fellow of the American Institute of scientific and organic Engineering.
Professor Grill teaches lessons on circuits and instrumentation, bioelectric engineering, and on the basics and applications of electrical stimulation, and has been nominated for each undergraduate and graduate teaching awards. In 2008 bought the Capers & Marion McDonald Award for Excellence in instructing and research at Duke college, and in 2009 turned into inducted into the Bass Society of Fellows at Duke for excellence in educating and analysis.
Dr. Grill serves as a consultant to the Neurological contraptions Panel of the clinical contraptions Advisory Committee, center for instruments and Radiological fitness, U.S. food and Drug Administration, as an affiliate Editor for the IEEE Transactions on Neural programs and Rehabilitation Engineering, on the editorial boards of brain Stimulation, Journal of Neural Engineering, Neuromodulation, and medical and biological Engineering and Computing, and as Sr. Technical Editor for Neurotech business file.
Dr. Cameron McIntyre
i was an undergrad scholar in ANCL from ninety five-ninety seven and a grad pupil from ninety seven-01. My marketing consultant become Warren Grill.
short Bio: Cameron McIntyre changed into born in Marietta Ohio and got his B.S. and Ph.D. in Biomedical Engineering from Case Western Reserve institution in 1997 and 2001, respectively. His doctoral research concentrated on the biophysics of the interplay between electric powered fields and neurons. From 2001 to 2003, Dr. McIntyre carried out submit-doctoral training at Johns Hopkins college and Emory tuition where he studied deep mind stimulation (DBS) for the remedy of Parkinson's ailment. In 2003 he joined the faculty on the Cleveland sanatorium basis where he is at present appointed as affiliate team of workers in the branch of Biomedical Engineering and holds adjunct professorships at Case Western Reserve university. The McIntyre laboratory is internationally recognized for its contributions to the container of DBS in each scientific discovery and the construction of novel clinical technology. present work is focused on characterizing the neurophysiological effects of DBS in human patients with flow or psychiatric issues, and this work is supported via a large number of offers from the national Institutes of fitness. The fundamental intention of the research application is to make use of starting to be skills on the therapeutic mechanisms of DBS to greater engineer the next generation of DBS medical devices. In turn, the laboratory generates numerous patents each year, lots of which are associated with the Cleveland clinic spin off business IntElect clinical Inc., which Dr. McIntyre co-based in 2005.