Watt's Up

Coming Up:  May 30, 2006 -- Special Presentation -- 4:00 p.m. -- Meinel 701

Dr. Jun-ichi Shikata of Tohoku University's Research Institute of Electrical Communication and Dr. Hiroaki Minamide of RIKEN Sendai will present Terahertz Biophotonics Using Coherent Raman and THz-Wave Spectroscopy.  Yushi Kaneda is the OSC host.  Abstract:  Recently, there are increasing interests on terahertz (THz) science and technology, including those in biomedical fields. Since THz-frequency vibrational modes are sensitive to the macroscopic nature of biomolecules (binding state of DNA, conformation, polymorph, etc.), new bio-functional information is expected. Many resonances in the THz region are both infrared- and Raman-active, therefore, the both approach will be possible.  In the first part of this talk, coherent anti-Stokes Raman (CARS) spectroscopy of THz-frequency resonances of bio-related molecules is presented. Since THz-waves suffer large absorption loss in polar liquids, alternatively, we have been studying CARS spectroscopy. By using collinear, confocal geometry, wide-range CARS spectra from 30 to 1700 cm-1 (0.9-51 THz) were obtained for proteins and sugars in water solution. Polarization discrimination in CARS has been applied for the suppression of nonresonant background, and analysis of broad, overlapped spectra. Furthermore, backward-CARS detection was performed for both transparent (water solution) and opaque (powder) samples.  In the latter part of this talk, a frequency-agile THz-wave parametric source and THz-wave spectroscopic imaging using the THz-wave source are presented.

Coming Up:  May 31, 2006 -- Guest Speaker -- 11:00 a.m. -- Meinel 701

Dr. Mark Dennis, University of Southampton School of Mathematics, will present Polarization Singularities in the Clear Blue Sky.  Grover Swartzlander, 626-3723, is the host.  Abstract:  A fact little-known to physicists is that the light in the blue sky, due to Rayleigh scattering, contains polarization singularities (polarization vortices), where the degree of polarization vanishes. They were discovered in observations in the 1800s, and their prediction was one of the successes of Chandrasekhar's radiative transfer theory. Here, I will discuss their topological properties: as simple examples of polarization singularities, they organize the pattern of polarization in skylight. A simple mathematical ansatz is consistent both with observations and Chandrasekhar's theory. I will also discuss connections between this work and polarization singularities in the electromagnetism of dielectrics, and in spatially-varying random polarization patterns.

Coming Up:  May 31, 2006 -- Special Presentation -- 2:45 p.m. -- Meinel 701

Yuexin Liu, Pennsylvania State University Post Doctoral Candidate, will present Biophotonic Techniques Development for Optical Diagnosis and Cellular Functions.  Nasser Peyghambarian is the host.  Abstract:  The intrinsic fluorescence of the endogenous flavin adenine dinucleotide (FAD) allows for non-invasive probing of the diseases associated with mitochondrial anomalies. Here we report the development of two-photon fluorescence microscopy and two-photon fluorescence lifetime imaging microscopy (FLIM) for in vivo imaging of human breast cells using FAD as a probe. Two-photon fluorescence microscopy is a state-of-the-art imaging technique that utilizes non-linear optical effects of the intense laser light on the specimens, and has attractive advantages of intrinsic spatial resolution, deeper penetration in biological samples, reduced out-of-focus cellular damage and optical sectioning capability, as compared to its one-photon counterpart. A femtosecond pulse laser is used as a light source to ensure two-photon fluorescence excitation. Understanding of the fundamental fluorescent properties of native FAD can lead ultimately to a novel methodology for non-invasive optical diagnosis of cancer at the cellular level. In addition, a fluorescence correlation spectroscopy (FCS) system is developed for quantitative analysis of biological processes at the single molecular level. The enhanced sensitivity of fluorescence to the changes in molecular structure and local environment makes FCS a superior analytic tool in many biological applications with a high signal-to-background ratio. The diffusion dynamics of two molecular motors is demonstrated as an example by using the developed FCS system. Studying the diffusion process of these motor proteins is an important step towards understanding their diverse roles in living cells.

Introducing

Please welcome Tyler Steele, incoming OSC Bachelor's degree student and summer student assistant in the Academic Programs office.  Tyler will share space with Marcia Scupin in Meinel 403 and can be reached by telephone at 621-4111 or by e-mail at tysteele@email.arizona.edu

Graduation News

Majid Behabadi's daughter, Shaghayegh, has just graduated from the University of Arizona's College of Pharmacy with a Doctor of Pharmacy Degree.  Her immediate plans include a one-year residency at a Reno, Nevada Veterans' Hospital.  The photograph shows Majid with Shaghayegh and his son, Bardia, who used to work at OSC.  College of Pharmacy students have a separate graduation; their 2006 Spring graduation was celebrated on May 12 at Centennial Hall.  (Click on the thumbnail for a larger image.)

For Your Summer Reading List

SPIE Press has just published Camera Lenses From Box Camera to Digital by OSC alumnus Gregory Hallock Smith, PhD 1972.  From the back cover:  "This book is an exploration and appreciation of cameras and their optics, covering all major lens types from the earliest to the most recent -- including those roving the surface of Mars.  A recurrent theme of this book is that lens types invented in the 19th century are just as useful in the 21st century.  Another continuing theme is the impact of the digital revolution and the use of imaging in radically new circumstances.  This book should be of interest to those who are curious and want to know more about the glass on the front of their cameras."  ISBN:  0-8194-6093-1.  SPIE Vol. No.:  PM158.  (Click on the thumbnail for a larger image.)  Dr. Smith has donated a copy of his book to OSC's Fred A. Hopf Library.  The book is going through the cataloging process now and will be available to OSC students soon.

OSC Welcomes Taylor Hobson Precision -- Save the Dates:  June 6, 7, and 8   Taylor Hobson Precision is pleased to announce an exhibition on non-contact and stylus measurement techniques hosted by the College of Optical Sciences.  Please plan to drop by this free informative event on June 6, 7, and 8, any time between 8:00 a.m. and 5:00 p.m. The location is Meinel 465: Franko Kueppers' new lab in our fabled West Wing. Each morning, from 9:00 a.m. to noon, the event will feature a conference on Surface Metrology for Precision Optics. Topics are: June 6:  Aspheric Profilometry June 7:  Surface Finish Measurements Using CCI 6000 Interferometers June 8:  Fusion Software: Special Applications, Steep Aspheric Profiles, and Larger Than 200 mm Diameter Lenses.  Space is limited, so to register for any or all of the conferences, please contact Alex Vasiliu at avasiliu@taylorhobson.us without delay. The event will also feature up-close, hands-on instrument demonstrations using coherence correlation and phase grating interferometry for high accuracy non-contact and stylus-based applications. In conjunction with the event, Taylor Hobson will offer a risk free opportunity for you to examine your manufacturing process.  Private sessions, for confidential measurement studies, are available on a limited basis and must be scheduled in advance. (Click on the thumbnail for a larger image) For additional information, to register for a conference, or to schedule a private demonstration session, please contact Alex Vasiliu at Taylor Hobson Precision by telephone at 310-544-9749 or by e-mail at avasiliu@taylorhobson.us  For more information about Taylor Hobson Precision, please visit their Web site at http://www.taylor-hobson.com/index.asp

Academic Writing Workshop for International Graduate Students

From The Writing Center, Department of English.  July 10th to the 28th.  Dissertations ? Theses ? Seminar Papers ? Articles for Publication ? Grant Writing ? Reports?  The Academic Writing Workshop is designed to help International Graduate Students with their academic writing. The workshop is limited to only 12 people, so we can focus on your individual work and writing needs. The Workshop runs a full three weeks of intensive focus on your writing. The Academic Writing Workshop focuses on many levels of writing:  Focus & Clear Arguments (we will analyze and refine thesis statements and supporting evidence).  The Craft and Style of Writing (we can start to address abstract ideas, such as "flow" and strong sentence formations).  Grammar & Mechanics (we will focus on what rules you need to know for your writing, applying those rules in class.  Organization of Ideas (we will look at your road-mapping, your transitions, and how your ideas develop into one another).  Development & Support (we will consider the audience and what level of information/ description that is best suited to particular purposes).  You receive a tremendous amount of time and attention focused on your writing:  The Workshop meets Monday, Wednesday, and Friday at 9:00-12:00.  Small groups of four students and the instructor also meet twice during the three-week period (time & place determined during the workshop).  The instructor will also meet with all participants two times during the three-week period (appointments are made during the workshop period).  Seats are limited in the Workshop; we are only able to accommodate 12 students for the July 10-28 dates. The cost of the Academic Writing Workshop is $500 (checks can be made payable to the University of Arizona). DEADLINE TO APPLY: June 15.  Mail payment to: Writing Program - Department of English, PO Box 210067, University of Arizona, Tucson AZ 85721-0067 or deliver to Modern Languages 380. Include your name, address, phone, email and what graduate program you are enrolled in.  If you are interested or have any questions, please contact Anne-Marie Hall at 621-3553 or by email at hall@email.arizona.edu

Happy Birthday

Watt's Happening

May 26, 2006 -- MS Final Oral -- 10:30 a.m. -- Meinel 654
Craig W. Pansing will present Optimization of Illumination Schemes for an Eye-Tracked Head Mounted Display.

May 29, 2006 -- Memorial Day -- University Holiday

May 30, 2006 -- Special Presentation -- 4:00 p.m. -- Meinel 701
Dr. Jun-ichi Shikata of Tohoku University's Research Institute of Electrical Communication and Dr. Hiroaki Minamide of RIKEN Sendai will present Terahertz Biophotonics Using Coherent Raman and THz-Wave Spectroscopy. 

May 31, 2006 -- Guest Speaker -- 11:00 a.m. -- Meinel 701
Dr. Mark Dennis, University of Southampton School of Mathematics, will present Polarization Singularities in the Clear Blue Sky.

May 31, 2006 -- Special Presentation -- 2:45 p.m. -- Meinel 701

Yuexin Liu, Pennsylvania State University Post Doctoral Candidate, will present Biophotonic Techniques Development for Optical Diagnosis and Cellular Functions. 

June 6, 7, and 8, 2006 -- Taylor Hobson Precision Event at OSC -- All Day, Meinel 465
Please join Taylor Hobson's representatives at their exhibition on non-contact and stylus measurement techniques.  For more information please see http://www.optics.arizona.edu/News/2006Newsletters/05-25-06.htm

June 9, 2006 -- PhD Final Oral -- 10:00 a.m. -- Meinel 701
Gregory Anson Smith will present Continuous Optical Measurement of Cold Atomic Spins.

July 4, 2006 -- Independence Day -- University Holiday

September 4, 2006 -- Labor Day -- University Holiday

Employment Openings

Electro-Optical Technician.  Akamai Physics.   Requirement: Associate degree in electro-optics with 5 years related experience.  The Electro-Optical Technician will work with engineers, physicists, scientists and other technicians in developing, operating, repairing, and modifying laser and electronic systems. Current work includes 3-D imaging laser radar, lidars, fiber laser systems and integrated operated and deployed non-linear optical devices, which are for airborne platforms. Experience in high power solid state or fiber lasers is a plus.  Responsible for the efficient and effective device assembly. This position requires quality hand-to-eye coordination, organizational and assembly skills, problem solving skills, production planning skills, analytical skills in critical and complex tasks and computer application skills.  Must be mechanically inclined and adept with tools ( using hand tools and power tools) having the ability to use  blueprints, wiring diagrams, schematic drawings, and engineering instructions for assembling electronics units. Apply knowledge of electronic theory and components, as well as having patience with fine delicate equipment.  Should be experienced in clean-room type laboratory environments, working with optical power meters, light sources and optical spectrum analyzers. Must be able to repair and replace complex laser optic equipment as well as calibrating and certifying existing laser systems.  Self-motivated, able to work independently, having the ability to  adapt to changes in technology.  API offers a competitive salary, benefits and a challenging research work environment. API is an equal opportunity employer.  Please include in your resume your citizen status and/or any other information about your current status.  For further information: Visit our web site at www.akamaiphysicsinc.com  EMAIL resume and cover letter information to:  Attn: Marguerite Kimball-King  akamaiphysicsinc@zianet.com  

Engineers.  Microvision. Research and Engineering:  Lead Systems Engineer.  MEMS Process Engineer.  FPGA/ASIC Engineer.  Senior Electrical Engineer.  Optical Designer.  Embedded Software Engineer.  Manufacturing:  Staff Quality Engineer.  Staff Engineer.  Microvision is the world leader in the development of light scanning technologies for high-resolution display and imaging systems. These systems use the company’s proprietary silicon micro-mirror technology to enable OEM, ODM, Tier I, and other select partners product solutions for a broad range of industrial, consumer, military, and medical applications.  http://www.microvision.com/openpositions.html

Hardware Design Engineer.  Boston Scientific.  Requisition No.: 14887, Hiring Manager: Bill Hardin.  Recruiter: Colleen Smith.  This employment opportunity involves providing technical and project leadership in the development of complex medical device capital equipment hardware. Responsibilities involve working closely with and providing technical oversight and direction to external co-development partners in areas of Electrical/Electronics/Mechanical Systems Engineering. Effectively partnering with vendors to generate and assess design options. Extensive understanding of product development using Medical Device Design Controls and Product Development Process is essential. Additional responsibilities include representing R&D in numerous project development activities such as Design Reviews, Design V&V, DFMEA, Installation and Service and Clinical Studies. Collaborate with physicians and cross-functional team members such as Marketing, Software Engineering, Quality, Regulatory and Manufacturing Engineering to bring product to commercialization.  Minimum Requirements:  BSEE or Equivalent.  7 Years R&D Experience.  Experienced In designing:  Power Supplies, Linear Regulators, DC/DC Converters Servo Controllers/Drivers, PLLs, Motor Encoder/Speed Control Op Amps, Linear and Non-Linear Amplifiers, Audio Amplifiers, AGC FET and Bipolar Discrete Transistor Circuits Passive/Active Filters Electromechanical Sensor Interface Composite Video NTSC/PAL, CCIR/EIA-RS-170, S- Video, RGB PAL/PLA, CPLD, FPGA I2C, LVDS Differential Transmitters/Receivers Instrumentation Amplifiers Microprocessors/Microcontrollers PC Bus Interface Design Experience/Expertise Design of Test Fixtures Interfacing Instrumentation with Labview Software Low Noise/Wide Dynamic Range Analog Circuitry PCI Bus, USB, FireWire, RS-232, Ethernet Interfaces.  Cabling, Shielding, EMC Compliance Design/Testing.  Contact:  Colleen Smith, Endovations Staffing, Boston Scientific, 100 Boston Scientific Way, Marlboro, MA 01752.  Phone: 508-683-4307  Email: SmithC4@bsci.com

Human User Interface- SW Engineer.  Boston Scientific.  Requisition No. 11564,  Hiring Manager: Wayne Menzie.  Recruiter: Colleen Smith.  Boston Scientific is looking for an exceptional software engineer that is a highly-motivated self-starter that enjoys bringing revolutionary products to market. We need team players that are excellent communicators with a demonstrated professional history of becoming an expert in new technologies and helping to bring new products to market.  Candidates should have a minimum of Bachelor's Degree in Engineering, Computer Science, a related discipline or equivalent work experience. A graduate degree is a definite plus. Principal, Senior, or Junior level will be determined based on years of relevant experience and education. Experience is required in graphical user interface design and implementation, software design, coding, testing, and SDLC. Hands-on experience in the development of exceptional GUIs is required. The candidate will need to have a proven ability to interact with customers/users to define user interface and system specifications and iteratively review development progress with customers and cross-functional team members.  Minimum Requirements: Experience with object oriented design and programming languages (e.g. C#, Java, Delphi, C++).  Hands-on experience with Visual Studio.NET Experience in GUI design and development for PC, Handheld and Web-based platforms Experience with HTML, XHTML, CSS, XML Proficiency as a troubleshooter and problem solver.  Highly desired experience:  Experience with .NET and ASP.NET.  Strong design, analytical, and communication skills Understanding of the software quality and development life cycle Experience in the healthcare/medical technology field.  Experience in the Medical Device or other regulated industry.  Contact:  Colleen Smith, Endovations Staffing, Boston Scientific, 100 Boston Scientific Way, Marlboro, MA 01752.  Phone: 508-683-4307  Email: SmithC4@bsci.com

Intern Position.  Qualcomm.  Immediate opening for a 3 – 6 month internship position.  Company: Qualcomm QMT.  Business:  MEMs based reflective displays.  Location: San Jose, California.  Master level candidate preferred.  Duties:  this person will design and set up an emulation lab for the evaluation and testing of displays.  Background: classical optics knowledge, laboratory experience and knowledge of radiometry.  Characteristics: this person should possess a “hands on” attitude and enjoy working in a research laboratory setting.  Please contact:  Russ Gruhlke: rgruhlke@qualcomm.com or 408 546 1277.

Laser Engineer/Scientist.  Akamai Physics.  Akamai Physics, Inc (API) is a research and development firm specializing in the production of advanced diode-pumped solid-state lasers and electro-optic sensor systems. Located in Las Cruces, New Mexico.  The programs at API are hands-on, challenging and always evolving. API is developing some of the world’s most advanced laser and laser system and as such is pushing the technology envelope in materials, coatings, architecture and system design. Current work includes 3-D imaging laser radar, lidars, fiber laser systems and integrated operated and deployed non-linear optical devices, which are for airborne platforms.  API has several openings for experienced laser engineer/scientists to work on some of our most advanced systems. Successful candidates will have experience in solid-state laser design, analysis and fabrication.  Candidates will be responsible for optical, mechanical and electrical design of a wide range of solid-state laser systems. Candidates must possess quality verbal and writing skills for technical reports and preparation of presentations.  Requirements: BS/MS/Ph. D. in Physics, Optics, Electro-Optics or related field and 2+ years experience, familiarity with design of military laser systems desired.  Non-linear optics and/or fiber laser optics experience helpful.  API offers a competitive salary, benefits and a challenging research work environment. API is an equal opportunity employer.  Please include in your resume your citizen status and/or any other information about your current status.  For further information:  Visit our web site at www.akamaiphysicsinc.com  EMAIL resume and cover letter information to: Attn: Marguerite Kimball-King  akamaiphysicsinc@zianet.com

Photonics Engineer.  Boston Scientific.  Requisition No. : 11592,  Hiring Manager: Judy Largesse.  Recruiter: Colleen Smith.  You will develop advanced electro-optic solutions for aggressive medical endoscopy products. These designs will be used in a high volume, low cost imaging system. The ideal candidate will have extensive experience developing illumination, optical materials, lenses, and filters working in multidisciplinary teams. You will work with design and manufacturing vendors, analyze materials for optical and medical specifications, and prepare detailed photometric simulations and analysis for comparison and system performance estimation.  Top Level Responsibilities:  * Technical lead design for system photonics.  * System architecture and simulation.  * Camera design and evaluation.  * Expert in emerging technologies, non-linear optics, very low cost optics design.  * Understanding of Optics Supplier Relationships.  Experience:  * 7+ years experience in advanced photonics for low-cost imaging.  * LED, aspheric lens design, photometry.  * Proven innovation in emerging photonic application.  * Proven experience with materials properties and analysis.  * Work with design and manufacturing vendors.  * High volume lens supply and test.  * Experience with Zemax, Code V or TracePro.  * MS and/or PhD in optical, mechanical, or electrical engineering.  Contact:  Colleen Smith, Endovations Staffing, Boston Scientific, 100 Boston Scientific Way, Marlboro, MA 01752.  Phone: 508-683-4307  Email: SmithC4@bsci.com

Postdoctoral Research Associate.  CREOL&FPCE UCF.  The Optical Fiber Communications Laboratory has openings for two postdoctoral research associates to conduct research in one of the following areas:  DSP-enabled coherent optical communication.  All-optical signal processing and regeneration.  Analog fiber-optic links.  Although familiarity with the theory of and experimental skills in optical communication is desirable, it is not a requirement. Candidates with creativity and strong background in electrical engineering (EM & Linear System, information theory and wireless communications) and physics (nonlinear optics) are strongly encouraged to apply.  The position will be awarded initially for a period of one year with the possibility of renewal. Candidates should send an application and their curriculum vitae via email to:  Guifang Li, e-mail: li@creol.ucf.edu  CREOL Web:  http://ofc.creol.ucf.edu  CREOL, The College of Optics & Photonics was established in 1987 as the State University System’s Center of Excellence in research and education in optical sciences and engineering. The College has 25 academic faculty members and 125 graduate students. It is housed in a state-of-the-art 83,000-sq. ft. building dedicated to optics research and education and equipped with over $35 million of state-of-the-art equipment. UCF is an affirmative action employer. Women and minorities are encouraged to apply. As an agency of the State of Florida, UCF makes all application materials, including transcripts, available for public review upon request.

Principal Digital Video Engineer.  Boston Scientific.  Requisition Number: 14888, Hiring Manager: Bill Hardin.  Recruiter: Colleen Smith.  This employment opportunity involves providing technical and project leadership in the development of complex medical device capital equipment hardware. Responsibilities involve working closely with and providing technical oversight and direction to external co-development partners in areas of Electrical/Electronics/Mechanical Systems Engineering. Effectively partnering with vendors to generate and assess design options. Extensive understanding of product development using Medical Device Design Controls and Product Development Process is essential. Additional responsibilities include representing R&D in numerous project development activities such as Design Reviews, Design V&V, DFMEA, Installation and Service and Clinical Studies. Collaborate with physicians and cross-functional team members such as Marketing, Software Engineering, Quality, Regulatory and Manufacturing Engineering to bring product to commercialization.  Minimum Requirements:  BSEE or Equivalent.  5 Years R&D Experience in the Digital Video Industry.  Experienced In designing:  PC Video/Graphics Boards, PC Image Processing Boards Frame Grabbers High Speed Video Pipeline Design Look Up Tables, Video Overlay, Chroma Keying DSP/FPGA Image Processing PAL/PLA, CPLD, FPGA MPEG 2, MPEG 4, AVI, JPG, BMP File Creation Resolution Format Interpolation, Time base correction Digital and Analog Video Format Conversion S-Video (Y/C), PAL/ NTSC, CCIR/EIA RS-170,RGB, DVI, HDI Color Domain Conversion RGB, CMYK, YCrCb, YUV PC Bus Interface Design Experience/Expertise.  PCI, PCI Express.  Contact:  Colleen Smith, Endovations Staffing, Boston Scientific, 100 Boston Scientific Way, Marlboro, MA 01752.  Phone: 508-683-4307  Email: SmithC4@bsci.com

Senior/Principal Image Sensor Engineer.  Boston Scientific.  The ideal candidate will develop device specifications for an imager that will be integrated into a unique camera system. Trade offs will include device performance and cost. Responsibilities will include vendor selection and relationship management, device specification, test procedures and test equipment. Candidate will be a part of the camera development team for existing and new product development. . Qualified candidate will have a strong familiarity with CMOS imager operation and architecture, semiconductor wafer manufacturing process and imager testing. Candidate will possess excellent communication skills, be a team player.  Top level responsibilities include: * Vendor liaison with CMOS Imager manufacturer  * Determining CMOS Imager performance specification, device characterization and qualification, test methodology and custom packaging requirements.  * Implementation of custom device into the camera system from Concept through full Production.  * Identifying, procuring and operating lab equipment necessary for in house device evaluation.  * Defining and conducting laboratory tests to determine improvements for future designs.  * Conducting design reviews, imager failure analysis within the product and suggesting sensor modifications to optimize system image quality performance and cost effectiveness.  * Communicating and interfacing with multi-site teams during development and transfer phases of project.  Experience includes:  * 5-8 plus years experience with imaging devices, imaging systems (still and video) and image quality analysis.  * Experience in documentation and validation in an FDA regulated environment preferred.  * Familiarity with Medical Imaging Devices preferred.  * BSEE MSEE preferred.  Travel 15 - 30 %.  Contact:  Colleen Smith, Endovations Staffing, Boston Scientific, 100 Boston Scientific Way, Marlboro, MA 01752.  Phone: 508-683-4307  Email: SmithC4@bsci.com

Senior Software Engineer.  Boston Scientific.  Requisition No. 15334, Hiring Manager: David Ennen.  Recruiter: Colleen Smith.  Boston Scientific has been an innovator in the medical device industry for many years. Endovations, a group within Boston Scientific, is developing leading edge medical technology that combines Boston Scientifics' historical strength in medical instrumentation with a variety of software technologies. Endovations is searching for talented individuals, eager to learn and contribute to the challenges of realizing world-class medical products that improve lives.  Boston Scientific is looking for a software engineer that is a highly motivated, self starter that enjoys bringing great products to market.  We need team players that are good communicators with a demonstrated track record of learning about new technologies and helping to bring new products to market. Candidates should have a minimum of Bachelor's Degree in Engineering, Computer Science, Mathematics, Physics, or a related discipline.  Senior level candidates should have 5+ years relevant experience while junior level candidates should have at 3 years relevant experience in software design, coding, testing, and SDLC.  Hands-on experience is required with Linux, Java and Service Oriented Architectures.  Highly desired: Strong Problem Solving Skills.  Experience with the Linux, Unix, Oracle Significant experience with Java-based server-side development experience, J2EE, Hibernate, Spring, JAVA Security Analytics, Data Mining Experience using the Eclipse IDE Experience with the full software development life-cycle Experience with source code control systems - Rational ClearCase Experience with defect management systems - Rational ClearQuest Experience with Object Oriented design and programming Strong design, analytical, writing, and communication skills Experience in the Medical Device or other regulated industry. Contact: Colleen Smith, Endovations Staffing, Boston Scientific, 100 Boston Scientific Way, Marlboro, MA 01752.  Phone: 508-683-4307    Email: SmithC4@bsci.com