Newsgroup sci.research.careers 13597

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Subject: RESUME : EXPERIENCED INTERNATIONAL SALES, BI-LINGUAL, EXPERIENCED -- From: jocortes@ix.netcom.com
Subject: Re: Keeping An Eye On SRC -- From: richardz@cy-net.net (richard)
Subject: Re: Keeping An Eye On SRC -- From: alamarch@zoo.uvm.edu (Arthur LaMarche)
Subject: Re: common lab accidents. -- From: adwohlwi@uic.EDU (arthur Wohlwill)
Subject: Semiconductor Process/R&D;/Product -- From: JIAO Jiwei
Subject: Re: common lab accidents. -- From: VERHEY@wsuvm1.csc.wsu.edu
Subject: Re: common lab accidents. -- From: Stanton K Young
Subject: Re: common lab accidents. -- From: Stanton K Young
Subject: Fraud at Hum Gen Proj./NIH. how to prevent the next one. -- From: stephanie@sqn.com (stephanie mora)
Subject: Re: Hope in change? -- From: jjardine@Atm.Dal.Ca (Jeff Jardine)

Articles

Subject: RESUME : EXPERIENCED INTERNATIONAL SALES, BI-LINGUAL, EXPERIENCED
From: jocortes@ix.netcom.com
Date: Wed, 30 Oct 1996 17:50:02 GMT
                                      JOSEPH R. CORTES           
                                        165 Bradley Road
                                Scarsdale, New York 10583
                                  Phone  : (914) 472-9115                       
Website: http://www.netcom.com/~jocortes/resume.html
HIGHLIGHTS OF QUALIFICATIONS
· Multi-lingual Sales/Marketing Executive with experience in domestic and international sales strategic planning, market research, 
production and management.
· Demonstrated ability in identifying needs, developing plans and establishing business within domestic and international environments.
· Resourceful sales professional with proven ability to increase revenue through strategic marketing.
· Established expert in international trade policies and commercial regulations.
· Team leader with proven ability to set goals and unite co-workers and management to achieve business objectives.
PROFESSIONAL EXPERIENCE
Sales/Marketing
· Led company in developing and implementing successful plan to increase revenue from $250,000 to $1.5 million by making new
 products and expanding overseas markets. 
· Increased product line from $500,000 to $3 million in five years with domestic and global promotions.
· Doubled sales by coordinating production overseas and initiating worldwide marketing.
· Increased competitive advantage by developing and promoting new products to broaden marketability.
· Negotiated over $1.4 million annual sales with 40 individual merchants for primary new commercial development in France and Spain.
· Increased revenue 100% in five years (12% increase thereafter) by directing all marketing efforts.
Management/Administration
· Managed manufacturing operations and helped to establish product lines in South America for export to the United Stated.
· Processed 300 to 400 loans ($100.000 average) in four months while working in Puerto Rico for the US government.
· Established authority in production and assembly procedures.
· Recognized as for outstanding achievement in 1986 by the Small Business Administration.
EMPLOYMENT HISTORY
OSMOSE INTERNATIONAL, INC., Buffalo, NY / MASTERCRAFT CO., Greensboro, VT 
Division of Osmose Woodpreserving, Inc.                                                                              1980 to present
                  Assistant Plant Manager, Plant Manager, International Sales Manager
SMALL BUSINESS ADMINISTRATION, Washington, DC                                                      1990
                  Commercial Loan Consultant
PARTNERSHIP FOR PRODUCTIVITY, INC., Washington DC                                               1979-1980
                  Operation Manager
DEICO,S.A., Madrid, Spain/SERETE AMENAGEMENT, Paris, France                                  1976-1978
                  Financial Manager of Commercial Real Estate Development Projects
EDUCATION
UNIVERSITY OF LAUSANNE, Switzerland
                  B.S., Business Administration, 1976
GEORGE WASHINGTON UNIVERSITY, Washington, DC
                  Graduate courses, 1979
Dear Sir:
For more than 10 years I have been involved in International Sales and Management, in the lumber industry and the last two in the 
chemical industry. Some of my background follows:
· Established manufacturing plants in South America
· Introduced new products in the US Markets
· In 12 months, was successful in obtaining large market share in the middle Atlantic states.
· Managed successfully operations in the US and South America.
· Fluency in French and Spanish and have traveled extensively in Europe and South America.
· Established network of independent reps and agents in several countries. 
Does this sampling of performance match the kind of  manager you seek? If so, call me to further our conversation.
Regards,
Joseph R. Cortes
PS: I have attached additional information with more detail on my background
Mastercraft Co. Div. Of International Wood Industries, Inc.
Assistant Plant Manager  1980-1982
· Assisted Manager in scheduling production, raw material purchase, labor supervision and all relevant plant operation. Instituted
 maintenance reports and inventory controls. 
Plant Manager, Sales Manager 1982-1993
· Upon retirement of manager, took over his functions. Introduced new line of product, doubled production in 18 months and built new
 plant to accommodate demand. Presented with feasibility study and ROI of project, including cost and gross margin analysis,
 planning and forecasting.  Negotiated stumpage agreement to secure future supply of raw materials and put in place training
 program.
· Developed marketing strategies for new products and new markets. Increased sales and profit 100% in five year and 12% average
 thereafter.
· During 1990 recession, was able to cut cost and production when necessary  and still maintained good results and high productivity
Osmose International, division of Osmose Woodpreserving, Inc.
International Sales Manager 1993 to present
Responsibilities: 
1. Successfully direct the international (non-North American) product development strategy for assuring clearly defined development
 priorities (features and country priorities), target customers, and product positioning. Created new markets in several countries with
 the introduction of new products.
2. Set up plant in Honduras an Guatemala to produce new products previously manufactured at Mastercraft. Introduced those
 products in the U.S. Assisted and trained Product Managers to manage the product life-cycle for international products from road
 map introduction through maturity, including assuring that the Product Requirements down to the International Freight Documents 
are thoroughly done.
3. Put in place all the logistics for transport of product, international trade show, data base of customers.
4. On the chemicals and plant-sales side of the Company, manages the project for homologation and localization  efforts, working
 especially with the R & D Engineering team for products compliance in foreign countries.
5. Assure that proper channel and support strategies are in place for each of the international markets and for each of the products in
 the line, developing and analyzing new strategies. 
6. Drive the sales forces, agents, sales rep and salesmen to aggressively  meet the division's goals. Activities include reviewing 
 Product Introduction Plans to assure that appropriate promotion, support materials, mailings, advertising, etc. are included. 
7. Support customers in developing markets in the U.S. through direct marketing of their products, as well as exclusive rights. 
8. As required, function as Osmose Spokesperson for all Products business at international customers, analyst, press, trade show, 
and field executive briefings.
9. Assure that all appropriate products and programs are fully communicated to the Osmose international field (including regional
 marketing, sales, sales engineering, and sales management), in a timely and organized fashion. Also act as a resource for the field 
for questions related to the above. 
10. Assure that the team keeps up to date with competitive international products and versions of products as well as competitive
 international marketing programs. Communicate these as appropriate and drive responses as appropriate. Provide a focal point 
for the field to obtain competitive information and proactively disseminate competitive analysis. 
11. Manage the forecasting and trend analysis process to assure accurate forecasts and spot competitive or other threats to the
 business in advance.
12. Assist with the writing of and review of marketing collateral, direct mailings, press releases, white papers, and other marketing
 tools.
13. Evaluate and approve requests from the field for special pricing with the goal of balancing revenue and gross margin for the
 division. 
14. Direct training in such a way as to assure enthusiasm and motivation.
15. Able to speak French and Spanish fluently. Excellent written and oral communications with sensitivity for audiences with English
 as a second language. Thorough appreciation for differences in foreign cultures and communications.
16. Organized, detail-oriented, customer-oriented sense of urgency, responsive, high-energy, willing to travel and work extended 
hours, analytical and strategic thinker, technical, proactive and motivated self-starter, creative, innovative, able to function in a 
high-responsibility environment, diplomatic but assertive, good with numbers (forecasting, pricing, gross margin analysis, etc.),
 entrepreneurial, hands-on, willing to pitch in and do what it takes, sense of ownership, smart, professional appearance and mannerisms. 
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Subject: Re: Keeping An Eye On SRC
From: richardz@cy-net.net (richard)
Date: 30 Oct 1996 17:20:21 GMT
In article <555g69$qq0@swen.emba.uvm.edu>, alamarch@zoo.uvm.edu (Arthur LaMarche) says:
>
>
> Dave Jensen wrote:
> 
> > 
> > I've been monitoring src on an hourly basis, which is ridiculous for
> > someone trying to do business. As a result, I have been less
>effective in
> > my work. I am literally inundated with business, and the
>distractions of
> > fighting a war on a newsgroup has taken a big bite out of my success
>rate
> > for client projects. Back to work now!
> > 
>
>End Quote.
>
>Hire me!  I will pick up some of your work load.  I am bright and
>dedicated.  I have published in, and served as a reviewer for, the
>_Journal of Biological Chemistry_.  I have presented at three Gordon
>Research Conferences.  I have been asked by Noble Prize winning
>scientist to collaborate, and I am still less than 30.  But, I do not
>love experimentation enough to be chained to a bench 60 - 80 hours a
>week for $22,000 a year....  I can not support my family on that.  Let
>alone go to bed not feeling guilty for the long hours away from my
>family....
>
>Hmmm... Let's  see.  Go to school for 2 years, become a nurse, earn 30K
>and work 35 hours a week.  Got to school 8 years, become a DR., earn
>????, and work 40 - 50 hours a week.  Go to school 10 years, become a
>PhD, earn 22K, and work 80 hours a week.  Man, Did I screw up my life? 
>Hell, lets toss in the fact that my "boss" just lost his grant.  My
>position is terminated as of the 30th of November.
>
>art, soon to be holding a sign which reads "will work for food"
Good post that tells it like it is. 
I am certain that tens of thousands of folks who earned PhD degrees in
biological sciences during the last 2 decades experienced what you
are going through.  This situation is a terrible waste of human
talent, and human spirit.  And it is long past time for a solution.
IMHO several things need to happen: 
 1) reduce grad school enrollment by
 about 50% for the next decade
2) reduce H1 and J1 visas and eliminate conversion of these
to Permanent Residence status.
3) restructure graduate education away from the highly esoteric
Of course not one of these steps will be taken, now or ever.  There
are just too many special interests working against the economic welfare
of the scientific community. For this reason, I hope others read what
you wrote and learn their lesson the easy way, from your experience.
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Subject: Re: Keeping An Eye On SRC
From: alamarch@zoo.uvm.edu (Arthur LaMarche)
Date: 30 Oct 1996 15:06:25 GMT
I wrote:
> be chained to a bench 60 - 80 hours a
> week for $22,000 a year....  I can not support my family on that.  Let
> alone go to bed not feeling guilty for the long hours away from my
> family....
End Quote
I should add that I am paying off $500 a month in loans which puts a
big dent in the pay check.  With out that, I would be better off....
art, again
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Subject: Re: common lab accidents.
From: adwohlwi@uic.EDU (arthur Wohlwill)
Date: 30 Oct 1996 18:44:24 GMT
In article <3271200E.563F@ultranet.com>, drgonfly@ultranet.com says...
>
>In the interst of public saftey, I think it is important to post
>common laboratory accidents to prevent these from happening to others.
>
>1.  The classic,  glass rod through the rubber stopper, and thence through
>your entire hand  ( I still have scars from this one)
>2.  Getting locked in the cold room
>3.  Using lab glassware for food.  Someone died once because they used
>to keep a test tube of sugar syrup to drink from.  They accidentally
>drank Cyanide
>4.  Asking your PI for a raise, or to leave early on Christmas.
>5.  others?
Facial burns from inadequate shielding with UV light boxes.
Ego bruises when nature fails to confirm favorite hypotheses. (can sometimes 
be treated with ethanol).
Arthur Wohlwill adwohlwi@UIC.EDU
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Subject: Semiconductor Process/R&D;/Product
From: JIAO Jiwei
Date: Thu, 31 Oct 1996 09:24:40 +0100
Dear Sir/Madam,
I am looking for a Process/Product/R&D; position in your company globally, and will be available in Feb. 1997.  My resume is enclosed below. Please let me know if you are interested.
Thank you,
Yours sincerely,
JIAO JIWEI
_________________________________________________________
				RESUME
________________________________________________________________________________
JIAO  Jiwei
Korvezeestraat 302
2628 DN Delft
The Netherlands
Tel: +31-15-2785756 (Office)
E-mail: jiwei@ei.et.tudelft.nl	
________________________________________________________________________________
PROFESSIONAL GOAL
A position which would utilize my knowledge, skill and experience in R & D of semiconductor devices, particularly silicon sensors, actuators and MEMS.
________________________________________________________________________________
SELF-EVALUATION
With solid technical background
Self promotived and highly motivated
Working diligently and independently
Easy to communicate and cooperate with
__________________________________________________________________________________
EDUCATION
1989.9 -- 1994.6	Shanghai Institute of Metallurgy, Chinese Academy of Sciences, P.R. China
		Ph.D	Major in Semiconductor Devices and Physics
		Dissertation: Micro Electromechanical Technology and Applications
1985.7 -- 1989.7  Zhejiang University, P.R. China
		Bsc.	Major in Solid-state Physics
________________________________________________________________________________
WORKING EXPERIENCES
1996.2 --	Lab for Electronic Instrumentation
		Dept. of Electrical Engineering
		Delft University of Technology, the Netherlands
1994.7 -- 1996.2  State Key Lab. of Transducer Technology
		Shanghai Institute of Metallurgy, Chinese Academy of Sciences, P.R. China
________________________________________________________________________________
LANGUAGE ABILITY
Chinese:		Native
English:		Fluent
Japanese:	A Little
German:		A Little
________________________________________________________________________________
DUTY DESCRIPTION
Since I began my procedure for my Ph.D to now, both in Shanghai Institute of Metallurgy(SIM) and Delft University of Technology, I was engaged in several projects on the design and fabrication of kinds of silicon related sensor, actuator and MEMS. 
--Grasped all the necessary knowledge and skills related to the ordinary silicon devices from the   
   beginning to the last step, such as Mask Design, Lithography, Thin-film Growth (CVD, Sputtering),   
   Etching (RIE,  Plasma, Wet), Bonding (Wafer, Anodic), Electrical Printing, Packaging, and etc.
--Be able to operate and maintain the equipment and  instruments used in cleanroom
--Found and developed several special techniques, know-hows, such as low temperature silicon wafer  
   bonding technique, which can realize bonding at 120 degree and above , gold etch-stop, anisotropic  
   etching, and etc. 
--Developed pressure sensor, flow sensor, micropump, piezoelectric micromotor, and etc. 
--Compiled a program for Silicon Anisotropic Etching using AutoCAD.
Besides, in SIM, I also took the responsibility of project leader and deputy director of the lab, which used and improved my ability of organizing and managing.  
_______________________________________________________________________________
PUBLICATIONS & PRESENTATIONS
1.Silicon Direct Bonding at Low Temperature near boiling point of water
   Semiconductor wafer bonding: science, tech. and applications(2nd international symposium), M.A.     
   Schmidt, T.Abe, C.E. Hunt, and H.Baumgart, editors, Honolulu, Hawaii-May 1993
2.LTSDB technology and Interface behavior
   Proc. MEMS'95, Amsterdam, the Netherlands, 1995
   Sensors  & Actuators, v.50, n.1-2 (1995)
3.Study on LTSDB Technology & Influence of Surface Adorption States (in Chinese),
   Chinese Journal of Semiconductors, v.15, n.11 (1994)
4.Fabrication of High Temperature pressure sensor with double SOI structure by SDB and SIMOX
    Proc. Intl Conf. Electronic Components and Materials Sensors and Actuators (ICECM-ICSA),	
    Xian, China(1995)
5.A high sensitivity microbridge gas flow sensor operating in power modulation mode
   Proc. Intl Conf. Electronic Components and Materials Sensors and Actuators (ICECM-ICSA),	
   Xian, China(1995)
6.PZT thin film micromotor
    NASA, Austin, USA(1995)
7. Influence of Surface adsorbed states on LTSDB
    2nd Chinese-japanese symposium on surface science and application.
    Shenyang, China, 1993
8. Study on the influence of Applied Field to LTSDB (in Chinese),
    National Conference on Sensors and Transducers (STC'93), Beijing, China, 1993
9.In situ Ellipsometry Study on the Solid/Liquid Interface Property of Si during KOH Etching (in     
   Chinese),
   3rd National Conf. Thin Film Optics£¬Guizhou, China (1993)
10.Ellipsometry Study on LTSDB Interface (in Chinese),
     4th National Conf. Thin Film Optics£¬Sichuan£¬China (1994)
11.Selective Bonding Technology for MEMS Application
     Submitted to MEMS 97
_______________________________________________________________________________
REFERENCES: Available upon request
________________________________________________________________________________
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Subject: Re: common lab accidents.
From: VERHEY@wsuvm1.csc.wsu.edu
Date: Wed, 30 Oct 1996 21:41:50 GMT
>>
>>In the interst of public saftey, I think it is important to post
>>common laboratory accidents to prevent these from happening to others.
>>
Just after I finished undergraduate school I got a job for a
few years as a technician.  One day the postdoc I worked for
tried to dry silica gel, which he'd just washed with methanol,
in the oven used for baking pipets.  The resulting explosion
blew an entire tray of pipets out onto the floor.
Casualties?  Only myself:  it was one of the events that
convinced me I was smarter than him, so why shouldn't I go
back to school for a Ph.D.  Pride goeth before a fall!
Steve Verhey, Postdoc I
Washington State University
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Subject: Re: common lab accidents.
From: Stanton K Young
Date: Wed, 30 Oct 1996 22:12:42 GMT
Sorry, the previous post was not common lab accidents... but they were accidents
Stanton
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Subject: Re: common lab accidents.
From: Stanton K Young
Date: Wed, 30 Oct 1996 22:11:54 GMT
Try cooling 1 glass beaker full of boiling water in an ice bucket...
I saw someone do that once...
Try leaving the cap off of the 1,4 DiOxane Solvent for a half an hour... 
Worse than a used toilet...
I did that.
Try wearing latex gloves while washing a volumetric with toxic residue.
Slipperier than ice on ice.  Mark still on the ceiling...
Stanton =) hahaha And who says science ain't fun.
The worse thing you can do is spill DMF DiMethyll Formamide all over the Director of Research!
I did that and I didn't get fired... I guess it dissolved his brain and his pants at the same
time.
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Subject: Fraud at Hum Gen Proj./NIH. how to prevent the next one.
From: stephanie@sqn.com (stephanie mora)
Date: Wed, 30 Oct 1996 22:16:16 GMT
        My heart goes out to Dr. Francis Collins of NIH and the 
graduate student now accused of faking lab results that were the basis 
of several papers published in respected scientific journals.  God only 
knows what pressures to perform are brought to bear on the young 
graduate student of today.
        However, some aspects of the case, as far as I can gather the 
facts from a few newspaper articles, do suggest very positive steps 
that can and should be taken to improve the situation in the future.
        [1] Truth in authorship.  Ever since I was a lad, decades ago, 
the head of the lab put his name at the top of the authors list of 
every paper coming out of that lab, whether he personally directed and 
supervised the work or knew little about it.  The prestigious name at 
the top of the authors list guaranteed a good reception from peer 
reviews and publication by the best journals.  If the research turns 
out to be brilliant, the name at the top of the paper basked in 
unearned glory.
        I can suggest four categories for authors whose names appear on 
scientific papers -- 
                [HFI] -- haven't the foggiest idea about the research 
on which the paper is based, but I certainly want the credit if it 
turns out to be great research resulting in scientific leaps forward.
                [PER] -- perfunctory direction and supervision.  Takes 
20 minutes a week to talk with the researcher, or scan a couple of 
pages of the researcher's lab journal.  Has a foggy idea of what the 
research is all about, but few of the details of the experiment or the 
methods used.
                [PRT] -- a real partner in the research, even though 
spends as little as 3-4 hours per week on it.  Knows methods being 
used, design of experiment, watches lab work for an hour or so each 
week.
                [GEM] -- same as [PRT] above, but arranges for another 
researcher in the lab to duplicate experiments being conducted by first 
researcher.  The researcher duplicating the experiment knows it is only 
7-10 days of his work  and that someone else will do it in the future 
for his experiment.  Such duplication to be done every 5-6 months.  The 
extra costs of doing this, when all the equipment and materials are 
available, seem small in comparison to the costs of e.g. the articles 
and furor now rising from the Francis/NIH situation.  And such 
duplication in the lab would do much to keep essentially honest 
researchers on the straight and narrow path.
=================
        [2] Truth in peer review.   Again, I suggest several categories 
of reviewer, to be added after the reviewer's signature, and as the 
basis for a footnote by the journal editors.--
                [NON] -- name only.  I signed the review, but really 
didn't read most of the paper, gave no thought to it.  Since I also 
wasn't paid for this work, it's a fair bargain.
                [PER] -- perfunctory review.  Actually read most of it, 
gave it some thoughts about how it relates to reviewer's life work.  
Writes a couple of paragraphs suggesting ways future experiments might 
be done.
                [BST] -- the researcher's nightmare.  Read review 
carefully, thought about what could go astray on this kind of research, 
requested copies of the lab records for one week, selected at random, 
and suggests how happy the reviewer will be when competitive work in 
this area is done by another lab.
                The fact is, if one reviewer in the Francis/NIH case 
caught the error which led to the exposure from the paper itself, the 
possibility is raised that the other reviewers, if they were doing 
their job, should have caught it also.  But they didn't.
                The publication editor could then add a note to the 
title of each paper published, indicating whether peer review was 
seriously carried out, or not.
==============        
        The above suggestions, while tinged with a little humor, are 
serious suggestions.  They could be implemented without a lot of 
problems or preparations, with relatively small cost, and would 
immediately help alleviate the occurence of scientific fraud in the 
lab. 
                Gene O'Regon  
|| Free software works like index cards on your PC.
|| Organizes research, collections, contacts; keeps daily journal.
|| Email "sqn35net@sqn.com" or open "http://sqn.com".  Enjoy!
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Subject: Re: Hope in change?
From: jjardine@Atm.Dal.Ca (Jeff Jardine)
Date: 31 Oct 1996 01:10:31 GMT
James R McCown (jmccown@magnus.acs.ohio-state.edu) wrote:
: In article <54g5rd$8c6@oden.abc.se>, Tommy Anderberg  wrote:
: >James R McCown (jmccown@magnus.acs.ohio-state.edu) wrote:
: >: If you want to know why unemployment is so high in Sweden, you need look no
: >: further than your government's policies concerning unemployment insurance,
: >: social welfare programs, and employer mandates concerning paid leave for hav
: >: ing
: >: babies, etc. The minimum wage laws are a factor, but not the only one.
: >
: >Far more generous policies were in force 6 years ago. Unemplyment was 2.3% -
: >lower than it has ever been in the US. Sorry, but that's not it.
: I don't buy your argument. People take time to develop habits and adjust to 
: government policies.
If differences in the unemployment rate are to be considered, then the
definition of "unemployed" must be clarified.
Differences in definition are, in part, responsible for the difference
in unemployment rate in Canada (~9%) and the U.S.(~5%). Things like
seasonal workers, students, etc. are in grey areas when it comes to
labeling them employed or not.
sidenote - Despite standard belief that Canada is in a greater state of
economic depression than the U.S., Canada has been declared as "The best
nation in the world in which to live," in three of the past four years, by
the UN. The UN survey takes factors like literacy, life expectancy, average
income, education, etc. into account. Booming economies aren't the only
factor to consider when examining quality of life.
Jeff Jardine
jjardine@atm.dal.ca
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