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Business Office Recognition awards
by Madrid, Mary Anne 30 Jan '12

30 Jan '12

Dear Faculty and Staff, The College of Engineering Quarterly Business Office Recognition Awards are coming up on February 22nd. I constantly receive compliments from faculty on the great things the Business Office staff are doing. If you have had a great experience, please take time to submit someone for the Quarterly Awards. Below is how you can nominate: Individual Awards: "R.I.S.E." (Respect. Integrity. Service. Excellence.) · This was previously awarded as P.S.P or Professional Support with Pride. · This award should be given to someone who continually demonstrates the R.I.S.E. qualities. · $50 and a trophy are awarded. Above and Beyond · This award should be given to someone who has gone above and beyond for you or someone else in any situation. · $50 and a trophy are awarded. Team Award (Committees or Business Offices): You Rock! · This award should be given to a group of people who have demonstrated excellence in teamwork. · An amazing rock and lunch on the college for the winning team are awarded. Nominations should be sent via email to the College of Engineering Social Events Committee at ebosec(a)purdue.edu<mailto:ebosec@purdue.edu> by February 9, 2012 and include the following information: ü Name of nominee or team ü Name of the award ü A brief statement (300 words or less) regarding the following questions: · What has this person done or continues to do to deserve this award? · What positive impact did/does this have on you? · Why is this significant? The winners will be announced at our the College of Engineering Business Staff Quarterly Meeting on February 22, 2011 If you should have any questions throughout the nomination process, please let me know. Sincerely, Maryanne Madrid Business Manager School of Chemical Engineering PURDUE UNIVERSITY ph: 765-494-4071 fx: 765-494-4073

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FW: PETE's PALs Applications Due 2/24
by Bowman, Debra J 24 Jan '12

24 Jan '12

Dear Potential PETE's PALs Clinician My name is Kevin Andrew Richards and I am assisting with the PETE's PALs this fall. PETE's Pals is a physical activity and aquatics program for children with disabilities in the greater-Lafayette area. The program is coordinated through the Faith Community Center in Lafayette and will run for five Thursday evenings in March and April from 6-8 PM. As a service-based, non-profit program, PETEs PALs largely depends on the participation of Purdue University student-clinicians and their desire to volunteer. Each clinician is paired 1 on 1 with a special needs student who they work with throughout the five weeks of the program. For one hour of every session you would play games and do activities with your partner in the gymnasium at Faith and then in the second hour we take all of the children into Faith's zero-entry pool for about 40 minutes of aquatics instruction. PETEs PAL's has been coordinated out of the Department of Health and Kinesiology for the past several years and fills a sincere need in the community for physical activity opportunities for students with disabilities. Additionally, it provides opportunities for Purdue students to get hands on experience working in practical settings. Because of this, the program fulfills service requirements for many classes. If this opportunity sounds interesting to you, please see the attached application form which we will use to gather some background information relative to your experience so that we can best pair you with a child. To apply, please print off a copy of the attached application and return it to my office (Lambert Fieldhouse, Rm. 110). I have attached both .pdf and .doc versions. Students who have participated in the program in the past are encouraged to apply to serve as head clinicians, which involves some additional opportunities and responsibilities in the function of PETE's PALs. In order for the program to run smoothly, we need clinicians to be present as much as possible (preferably at every session). Therefore, if you are unable to commit to at least four of the five sessions, please consider apply another semester. All applications are due by February 24th If you would like additional information please see our website (http://www.purdue.edu/hhs/hk/petespals/index.html) If you have any questions, comments, or concerns please feel free to contact me (karichar(a)purdue.edu) The overall program schedule is listed below and additional information is enclosed in the application packet or posted online. PETEs PALs Training -3/8 - 6:00-8:00 PM - Lambert Fieldhouse Gymnasium, Purdue University Session 1 - 3/22 - 6:00-8:00 PM - Faith Community Center, Lafayette, IN Session 2 - 3/29 - 6:00-8:00 PM - Faith Community Center, Lafayette, IN Session 3 - 4/5 - 6:00-8:00 PM - Faith Community Center, Lafayette, IN Session 4 -4/12 - 6:00-8:00 PM - Faith Community Center, Lafayette, IN Session 5 - 4/19 - 6:00-8:00 PM - Faith Community Center, Lafayette, IN Sincerely K. Andrew Richards 860-681-5498 Karichar(a)purdue.edu Graduate Teaching Assistant Purdue University Department of Health and Kinesiology Lambert Fieldhouse 800 W Stadium Avenue West Lafayette, IN 47907 Graduate Teaching Assistant Purdue University Center for Instructional Excellence C. Ernest Young Hall, Rm. 730 155 S Grant St West Lafayette, IN 47907 Coordinator PETE's PALs Program http://www.purdue.edu/hhs/hk/petespals/ -----Original Message----- From: K. Andrew Richards [mailto:karichar@purdue.edu] Sent: Sunday, December 04, 2011 4:18 PM To: kales(a)purdue.edu; khan59(a)purdue.edu; kim1314(a)purdue.edu; kozlowsa(a)purdue.edu; mkrauza(a)purdue.edu; kruseja(a)purdue.edu; klanden(a)purdue.edu; dlanti00(a)purdue.edu; Pelittle83(a)yahoo.com; clynam(a)purdue.edu; mmcdavi(a)purdue.edu; cmcgonig(a)purdue.edu; McKenzie, Steven P; amenze(a)purdue.edu; mills46(a)purdue.edu; Morigaki, Katherine E; muir(a)purdue.edu; obrien55(a)purdue.edu; Orstad, Stephanie L; Parker, Lauren J; mplante(a)purdue.edu; traffege(a)purdue.edu; Richards, Kevin A; erichards(a)purdue.edu; jhryu(a)purdue.edu; Savage, William Scott; Sheldon, Ryan Douglas; sshim(a)purdue.edu; jsivley(a)purdue.edu; anskinne(a)purdue.edu; cnapolil(a)purdue.edu; jsmurr(a)purdue.edu; tsondger(a)purdue.edu; sstaplet(a)purdue.edu; Taheripour, Parisa; Tamura, Kosuke; mtham(a)purdue.edu; Tjeerdsma, Nicholas R; ftrembat(a)purdue.edu; lvacek(a)purdue.edu; Voll, Craig A; gjwatson(a)purdue.edu; Starnes, Heather Ann; wu325(a)purdue.edu; tyeasmee(a)purdue.edu; zhang855(a)purdue.edu; Ficker, Grace J; Velasquez, Juan D; Morris, Robert C; H.P.; rebeccaivic(a)gmail.com; Logsdon, Rebecca A; pritchey(a)purdue.edu; snritchey(a)purdue.edu; ckulesza(a)purdue.edu; tatkinson(a)purdue.edu; sjkimble(a)gmail.ecom; vwillot(a)purdue.edu; gricco(a)purdue.edu; mandreat(a)purdue.edu; edrobins(a)purdue.edu; mefloyd(a)purdue.edu; smpeters(a)purdue.edu; Richards, Kevin A; Bots, Yuriy Orestovych; Mason, Linda J; jpfeiffer(a)purdue.edu; lee1003(a)purdue.edu; Atkinson, Thomas W.; Richards, Kevin A; mljohnst(a)purdue.edu; einafets83(a)gmail.com; mdojutre(a)purdue.edu; Gokturk, Duygun; jdklein(a)purdue.edu; noliveir(a)purdue.edu; kvsingh(a)purdue.edu; Tevault, Amy N; mhemphill31(a)gmail.com; jalspaug(a)purdue.edu; ncelik(a)purdue.edu; cfancher(a)purdue.edu; guo49(a)purdue.edu; saikat.gupta.1(a)purdue.edu; svaidya(a)purdue.edu; Huang374(a)purdue.edu; xiaoxu.leng.1(a)purdue.edu; li922(a)purdue.edu; cpertiwi(a)purdue.edu; Shi103(a)purdue.edu; singh166(a)purdue.edu; vermad(a)purdue.edu; yao48(a)purdue.edu; yu240(a)purdue.edu; yu172(a)purdue.edu; Zeng22(a)purdue.edu; Zhang979(a)purdue.edu; zhou245(a)purdue.edu; zhu213(a)purdue.edu; rvadlama(a)purdue.edu; dbleah(a)purdue.edu; schennup(a)purdue.edu; nkarimi(a)purdue.edu; gkulkar(a)purdue.edu; pnataraj(a)purdue.edu; shen118(a)purdue.edu; mtafurar(a)purdue.edu; Zhou237(a)purdue.edu; Hibel, Jacob; Wilson, Steven R; Roberts, Felicia D; 'Jennifer S Owlett'; Lynch, Cyndi D Subject: PETE's PALs Spring of 2012 Call for Clinicians Purdue University Faculty, Staff, and Fellow Graduate Students We are please to formally announce the call for Spring 2012 PETE's PALs clinicians. PETE's PALs is a physical activity and aquatics program for children with disabilities in the local community and we rely heavily on Purdue University undergraduate and graduate students who serve as clinicians and work one-on-one with the children who attend the program. Please pass along the information provided below as well as the attached application materials to your students and any others who may be interested in participating including your colleagues who may have students that could be interested in participating. We are hoping for a record number of student applicants this fall and need your help to recruit on campus. If you have any questions please let me know if you have any questions or concerns ---- Dear Potential PETE's PALs Clinician My name is Kevin Andrew Richards and I am assisting with the PETE's PALs this fall. PETE's Pals is a physical activity and aquatics program for children with disabilities in the greater-Lafayette area. The program is coordinated through the Faith Community Center in Lafayette and will run for five Thursday evenings in March and April from 6-8 PM. As a service-based, non-profit program, PETEs PALs largely depends on the participation of Purdue University student-clinicians and their desire to volunteer. Each clinician is paired 1 on 1 with a special needs student who they work with throughout the five weeks of the program. For one hour of every session you would play games and do activities with your partner in the gymnasium at Faith and then in the second hour we take all of the children into Faith's zero-entry pool for about 40 minutes of aquatics instruction. PETEs PAL's has been coordinated out of the Department of Health and Kinesiology for the past several years and fills a sincere need in the community for physical activity opportunities for students with disabilities. Additionally, it provides opportunities for Purdue students to get hands on experience working in practical settings. Because of this, the program fulfills service requirements for many classes. If this opportunity sounds interesting to you, please see the attached application form which we will use to gather some background information relative to your experience so that we can best pair you with a child. To apply, please print off a copy of the attached application and return it to my office (Lambert Fieldhouse, Rm. 110). I have attached both .pdf and .doc versions. Students who have participated in the program in the past are encouraged to apply to serve as head clinicians, which involves some additional opportunities and responsibilities in the function of PETE's PALs. In order for the program to run smoothly, we need clinicians to be present as much as possible (preferably at every session). Therefore, if you are unable to commit to at least four of the five sessions, please consider apply another semester. All applications are due by February 24th If you would like additional information please see our website (http://www.purdue.edu/hhs/hk/petespals/index.html) If you have any questions, comments, or concerns please feel free to contact me (karichar(a)purdue.edu) The overall program schedule is listed below and additional information is enclosed in the application packet or posted online. PETEs PALs Training -3/8 - 6:00-8:00 PM - Lambert Fieldhouse Gymnasium, Purdue University Session 1 - 3/22 - 6:00-8:00 PM - Faith Community Center, Lafayette, IN Session 2 - 3/29 - 6:00-8:00 PM - Faith Community Center, Lafayette, IN Session 3 - 4/5 - 6:00-8:00 PM - Faith Community Center, Lafayette, IN Session 4 -4/12 - 6:00-8:00 PM - Faith Community Center, Lafayette, IN Session 5 - 4/19 - 6:00-8:00 PM - Faith Community Center, Lafayette, IN Sincerely K. Andrew Richards 860-681-5498 Karichar(a)purdue.edu Graduate Teaching Assistant Purdue University Department of Health and Kinesiology Lambert Fieldhouse 800 W Stadium Avenue West Lafayette, IN 47907 Graduate Teaching Assistant Purdue University Center for Instructional Excellence C. Ernest Young Hall, Rm. 730 155 S Grant St West Lafayette, IN 47907 Coordinator PETE's PALs Program http://www.purdue.edu/hhs/hk/petespals/

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FW: Seminar this Friday 1/27
by Murray, Chris L 23 Jan '12

23 Jan '12

From: Potrawski, Matthew S Sent: Monday, January 23, 2012 4:40 PM To: Murray, Chris L; Coulson, Dara M; Bystrom, Donna L.; Baumgardt, Jacqueline C.; Gelfand, Johanna K; Thompson, Julia D.; 'Jyoti Mathur'; Reece, Kellie A; Dellinger, Leza R; Lindsay, Melanie A.; Geiger, Melissa J; Peer, Rebecca J.; Butz, Rita E; 'Sally Goeke'; 'Terri Moore' Cc: 'jjturner(a)purdue.edu' Subject: Seminar this Friday 1/27 Everyone, Could you please post this seminar flyer. Thank you! Matthew S. Potrawski Managing Director Purdue Center for Systems Integrity (PCSI) Purdue University 1500 Kepner Drive Lafayette, IN 47905 http://www.purdue.edu/research/vpr/idi/pcsi/<BLOCKED::http://www.purdue.edu/research/vpr/idi/pcsi/> Office: (765) 496-9301 Fax: (765) 449-1685 [cid:image002.jpg@01CCD9ED.A13A70A0] [cid:image003.png@01CCD9E9.3DDDDFA0] PRISM: Center for Prediction of Reliability, Integrity and Survivability of Microsystems Purdue University Birck Nanotechnology Center 1205 West State Street West Lafayette, IN 47907-2057 www.purdue.edu/research/prism<BLOCKED::http://www.purdue.edu/research/prism> Office: (765) 496-9301 Main: (765) 496-6298 Fax: (765) 496-6443 [cid:image005.jpg@01CCD9ED.A13A70A0]

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Schaffer seminar Reminder
by Green, Brandy J 23 Jan '12

23 Jan '12

Purdue University School of Chemical Engineering Graduate Seminar series Dr. David Schaffer Chemical & Biomolecular Engineering University of California, Berkeley "Molecular Engineering of Extrinsic and Intrinsic Cues to Control Stem Cell Function" January 24, 2012 9:00-10:15 a.m., FRNY G140 Reception at 10:15 a.m. in Henson Atrium Abstract: Stem cell microenvironments present complex repertoires of signals to regulate the processes self-renewal and differentiation. There has been considerable progress in studying soluble signals that regulate stem cell function, but comparatively less work has focused on investigating the "solid phase" of the microenvironment, in large part due to experimental complexities in investigating and mimicking the complexity of the extracellular matrix (ECM), cell-cell interactions, and other components. Recent work demonstrates that bioactive, synthetic materials can be harnessed to emulate and thereby study the effects of solid phase, biophysical cues on cell function. By using a modular, bioactive material, we have found that that the matrix modulus or stiffness profoundly impacts neural stem cell self-renewal and differentiation, and mechanistic analysis implicates key mechanotransductive pathways in this process that are important in cell culture and in vivo. Furthermore, immobilization of biochemical signals to the solid phase of a natural niche can lead to nanoscale organization of these signals, and nanostructured biological-polymeric conjugates likewise serve as potent effectors of neural stem and human embryonic stem cell function. Finally, the combinatorial presentation of different matrix motifs from a material can generate synthetic systems capable of supporting the self-renewal and differentiation of both neural stem cells and human embryonic stem cells, thereby enabling the dissection or distillation of the ECM into key individual signals necessary to support stem cell function. Biomimetic materials can thus be employed to study mechanisms by which the solid phase of a stem cell microenvironment regulates cell function, as well as offer safe, scaleable, and robust systems to control stem cells for biomedical application. In addition to engineering the microenvironment, one can control a cell's behavior by editing its genome. Gene delivery vehicles based on viruses offer a number of advantageous properties, including the potential for safe and efficient gene delivery; however, they face a number of challenges including inefficient delivery to some therapeutically relevant cells such as stem cells. Such shortcomings arguably arise from the fact that viruses did not naturally evolve to be utilized as human therapeutics, and we have thus been developing directed evolution - the iterative generation of large libraries genetic mutants and selection for enhanced properties - as an approach to create new viruses with useful properties. For example, we have evolved adeno-associated virus for enhanced gene delivery to and gene targeting in neural stem cells and human embryonic stem cells. Engineering both extrinsic and intrinsic cues thus provides strong capabilities to study natural mechanisms of stem cell fate regulation, as well as to control these choices for therapeutic applications. Bio: David Schaffer is a Professor of Chemical and Biomolecular Engineering, Bioengineering, and Neuroscience at University of California, Berkeley, where he also serves as the Director of the Berkeley Stem Cell Center. He graduated from Stanford University with a B.S. degree in Chemical Engineering in 1993. Afterward, he attended Massachusetts Institute of Technology and earned his Ph.D. also in Chemical Engineering in 1998. Finally, he did a postdoctoral fellowship in the laboratory of Fred Gage at the Salk Institute for Biological Studies in La Jolla, CA before moving to UC Berkeley in 1999. At Berkeley, Dr. Schaffer applies engineering principles to enhance stem cell and gene therapy approaches for neuroregeneration, work that includes developing new technologies to enable mechanistic investigation of stem cell control. David Schaffer has received an NSF CAREER Award, Office of Naval Research Young Investigator Award, Whitaker Foundation Young Investigator Award, and was named a Technology Review Top 100 Innovator. He was also awarded the Biomedical Engineering Society Rita Shaffer Young Investigator Award in 2000, the American Chemical Society BIOT Division Young Investigator Award in 2006, and was inducted into the College of Fellows of the American Institute of Medical and Biological Engineering in 2010.

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Announcing the New President of the University of Utah
by Varma, Arvind 22 Jan '12

22 Jan '12

Dear Colleagues, A quick note that David Pershing , BSChE 1970 from our School, has been named President of the University of Utah. He had served as their senior vice president for Academic Affairs since 1998. I visited with him in Spring 2009 when I was at the Univ of Utah to present a seminar. He received both OChE and DEA awards from Purdue in 1999. Pl read the announcement: http://unews.utah.edu/news_releases/david-w-pershing-named-new-president-of… A great Purdue ChE alum! Arvind Arvind Varma R. Games Slayter Distinguished Professor Head, School of Chemical Engineering Purdue University

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Schaffer seminar announcement
by Green, Brandy J 18 Jan '12

18 Jan '12

Purdue University School of Chemical Engineering Graduate Seminar series Prof. David Schaffer Chemical & Biomolecular Engineering University of California, Berkeley "Molecular Engineering of Extrinsic and Intrinsic Cues to Control Stem Cell Function" January 24, 2012 9:00-10:15 a.m., FRNY G140 Reception at 10:15 a.m. in FRNY Atrium Abstract: Stem cell microenvironments present complex repertoires of signals to regulate the processes self-renewal and differentiation. There has been considerable progress in studying soluble signals that regulate stem cell function, but comparatively less work has focused on investigating the "solid phase" of the microenvironment, in large part due to experimental complexities in investigating and mimicking the complexity of the extracellular matrix (ECM), cell-cell interactions, and other components. Recent work demonstrates that bioactive, synthetic materials can be harnessed to emulate and thereby study the effects of solid phase, biophysical cues on cell function. By using a modular, bioactive material, we have found that that the matrix modulus or stiffness profoundly impacts neural stem cell self-renewal and differentiation, and mechanistic analysis implicates key mechanotransductive pathways in this process that are important in cell culture and in vivo. Furthermore, immobilization of biochemical signals to the solid phase of a natural niche can lead to nanoscale organization of these signals, and nanostructured biological-polymeric conjugates likewise serve as potent effectors of neural stem and human embryonic stem cell function. Finally, the combinatorial presentation of different matrix motifs from a material can generate synthetic systems capable of supporting the self-renewal and differentiation of both neural stem cells and human embryonic stem cells, thereby enabling the dissection or distillation of the ECM into key individual signals necessary to support stem cell function. Biomimetic materials can thus be employed to study mechanisms by which the solid phase of a stem cell microenvironment regulates cell function, as well as offer safe, scaleable, and robust systems to control stem cells for biomedical application. In addition to engineering the microenvironment, one can control a cell's behavior by editing its genome. Gene delivery vehicles based on viruses offer a number of advantageous properties, including the potential for safe and efficient gene delivery; however, they face a number of challenges including inefficient delivery to some therapeutically relevant cells such as stem cells. Such shortcomings arguably arise from the fact that viruses did not naturally evolve to be utilized as human therapeutics, and we have thus been developing directed evolution - the iterative generation of large libraries genetic mutants and selection for enhanced properties - as an approach to create new viruses with useful properties. For example, we have evolved adeno-associated virus for enhanced gene delivery to and gene targeting in neural stem cells and human embryonic stem cells. Engineering both extrinsic and intrinsic cues thus provides strong capabilities to study natural mechanisms of stem cell fate regulation, as well as to control these choices for therapeutic applications. Bio: David Schaffer is a Professor of Chemical and Biomolecular Engineering, Bioengineering, and Neuroscience at University of California, Berkeley, where he also serves as the Director of the Berkeley Stem Cell Center. He graduated from Stanford University with a B.S. degree in Chemical Engineering in 1993. Afterward, he attended Massachusetts Institute of Technology and earned his Ph.D. also in Chemical Engineering in 1998. Finally, he did a postdoctoral fellowship in the laboratory of Fred Gage at the Salk Institute for Biological Studies in La Jolla, CA before moving to UC Berkeley in 1999. At Berkeley, Dr. Schaffer applies engineering principles to enhance stem cell and gene therapy approaches for neuroregeneration, work that includes developing new technologies to enable mechanistic investigation of stem cell control. David Schaffer has received an NSF CAREER Award, Office of Naval Research Young Investigator Award, Whitaker Foundation Young Investigator Award, and was named a Technology Review Top 100 Innovator. He was also awarded the Biomedical Engineering Society Rita Shaffer Young Investigator Award in 2000, the American Chemical Society BIOT Division Young Investigator Award in 2006, and was inducted into the College of Fellows of the American Institute of Medical and Biological Engineering in 2010.

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Congratulations to Julie Liu!
by Varma, Arvind 18 Jan '12

18 Jan '12

Dear Colleagues, I am delighted to inform that Julie Liu has received a Scientist Development Grant from the American Heart Association - it is that group's young investigator research award. Pl read about this Spotlight on our School's homepage and join me in congratulating Julie for this recognition! Best, Arvind

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Recycling Old Phone Books
by Valley, Jeffrey L 17 Jan '12

17 Jan '12

The new Lafayette phone books have arrived and will be distributed to offices and labs that have phones. If you would like to recycle your old phone books there will be a green recycling bin marked phone books in G134 , the receiving /copy center area that you may drop them off at. You have until this Friday the 20th to do so, as they will be collected for recycling on Sat. the 21st. Thank you.

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Passed over again for that promotion, ask your self why
by unknown＠example.com 12 Jan '12

12 Jan '12

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ChE Space Management Policy
by Varma, Arvind 11 Jan '12

11 Jan '12

Dear Colleagues, Below is the space management policy for Forney Hall, distributed first in August 2009. Please note that for the current Spring semester, since Dr. Caruthers is on leave, space for "Post Doctoral, Graduate Student, and Visiting Scholars Offices" will be assigned by Cristina Farmus, Administrative Director. Best, Arvind Varma Purdue University - School of Chemical Engineering Space Management Policy From: Arvind Varma, School Head To: ChE Faculty, Staff, and Students Effective Date: August 3, 2009 Purpose This document outlines the procedures to follow for space allocation and key issuing in Forney Hall. Scope Faculty and Staff Offices - The School Head assigns offices for all faculty (regular and visiting) and staff members. For faculty members, each case is considered on an individual basis. When a staff member is hired in an existing position, the same office as the last occupant is assigned by default. All requests should be addressed to the Head, and notification of approval is given via email. Laboratories - The School Head assigns all laboratory space in Forney Hall. All requests should be addressed to the Head, and notification of approval is given via email. Post Doctoral, Graduate Student, and Visiting Scholars Offices -The Forney Hall renovation coordinator (currently Dr. Caruthers) assigns offices for all graduate students, post doctoral associates and visiting scholars. All requests should be made by the faculty research advisor to Dr. Caruthers, and notification of approval is given via email. Keys The Building Deputy (currently Jeff Valley) is copied on all written approvals of space assignments; he/she will then issue a key to the occupant. When a key to a laboratory is needed but no space allocation is involved, the faculty research advisor requests the Building Deputy directly for a key to be issued to the individual. When a key is issued, the person receiving it will be asked to sign a form committing to return it at the end of the appointment. The employees leaving the School upon completion of their appointment will return all their keys to the Building Deputy during the check-out process, which is monitored by the Business Manager (currently Mary Anne Madrid) for faculty and staff and by the Graduate Program Coordinator (currently Deb Bowman) for graduate students.

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