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Keynote talk presented by Jane Grande-Allen at the 2011 NSF ADVANCE Workshop: Negotiating the Ideal Faculty Position, A Workshop for Underrepresented PhDs and Postdocs in Science, Engineering and Psychology September 18-20, 2010

General thoughts

  • The goal of your research program is to gain tenure and to establish a strong repuation
    • Do the things that support this goal
    • Do NOT do things that interfere with this goal
  • How you set up your research group will follow you and will help determine your success
  • Worry about results, funding, and people!

Research group elements

  • People
    • Undergraduates
    • Graduate students
    • Postdocs
    • Technical support staff
  • Space
    • Place for people, equipment, materials and supplies

Motivating your group

  • Find students who will work hard
  • Find ways to avoid or dismiss students who will not work hard or are disruptive or dishonest
  • Support your students and ensure their own learning process
    • Provide guidance
    • Provide feedback on their work and on their writing

People

  • Technical staff
    • Have clear job description
    • Ask a colleague to help in interviews
    • Are technical staff the best use of resources?
  • Postdocs
    • Does department have prejudice for/against postdocs? Favor graduate students?
    • How difficult is it to recruit postdocs?
    • Are there university resources for postdocs?
  • Graduate Students
    • What are departmental expectations for number of graduate students per year?
    • Will the graduate students also be expected to be TAs?
    • What are the processes for evaluation and advancement to candidacy for graduate students?
  • Undergraduate research students
    • How many can you reasonably manage?
    • What are the departmental expectations for undergraduate research mentoring?
    • How do you strike the balance?
    • Using graduate students/postdocs as in-lab mentors for undergraduates can be a very successful strategy

Keeping up

  • Have regular meetings with each member of your laboratory
    • Be aware of what they are doing
    • If they need assistance, figure out the best way to guide them forward
  • Have lab members write regular reports that can form the basis for publications
    • Use an outline to plan publication
    • Sketch figures/tables
    • Easy way to see what they are thinking and provide feedback

Personnel management

  • Establish a positive “lab culture”
  • Have regular lab meetings to discuss research and look at papers in your area
  • Be proactive in addressing personnel conflicts (or potential conflicts)
    • Get help if you need it
    • No one wants a caustic/poisonous lab environment
  • Lead by example

Create clear expectations

  • Consider a “compact” document that outlines your expectations that you review with students and that they sign
    • Include information on backups for data/computers, books, chemicals, code, coursework, FAX use, funding, human subjects, lab duties, lab safety officer, new member orientation, use of equipment, website
  • Provide clear guidance on
    • Lab notebooks
    • Literature coverage (shared in lab meetings)
    • Attendance at meetings
    • General comportment
    • Publications
      • Orders of authors/responsibilities
    • Engagement in manuscript review/grant review
  • Safety issues and procedures
  • Security of the lab and its people
  • Software policies
  • Travel expectations
    • How often/who will fund/who must present
  • Vacations
  • Progress reports
  • Work hours

Recruiting graduate students

  • Volunteer to serve on the admissions committee
  • Teach classes geared for graduate students
  • Mentor graduate students as they enter the department

Non-experimental space

  • Be sure that your office is placed in the relationship you desire with respect to your group members
    • Some like it close
    • Some like it far away
  • Arrange your office to support your style of working
  • Embrace your independence
    • From your mentors/advisors
  • In some disciplines, the work you are judged on is independent of your group’s work!

Physical space

  • Moving into existing space
    • Proximity to colleagues
    • Access to department/university equipment
    • Proper utilities for equipment
      • Electrical, air, vacuum, water
    • Hoods
      • Chemical, tissue culture
    • Air handling
      • Vibration issues, flow issues, etc.
    • Office space for students/postdocs
      • Separate or within lab?
  • Rennovating space
    • Negotiate for a tenure clock extension, if your delay is>4-6 months
    • Same issues apply as for existing space, but you have some choices!
    • Think carefully about what you need for your work
      • Electrical, clean power, ventilation, hoods, plumbing, chilled water, air flow from the HVAC system, everything
    • Do careful research about what you need
      • Contact vendors for equipment specifications and problems identified at other institutions
      • Ask colleagues about problems encountered at your institution
    • Learn from others about renovations
    • Work with the architects/contractor to get your project within the assigned cost range
    • Be actively involved in every state of the process – follow process regularly
    • Ensure that what you need in being taken into account, especially completion date
    • Be prepared for delays
      • Write grants or papers, prepare for teaching
  • Organize how you will move in
  • Think about what you will do and in what order
  • Ask for space to work temporarily if there are things that can get you going
  • Take the time to engage your colleagues and learn more about the department

Equipment

  • Seek possible discounts
  • Negotiate with multiple vendors for the best price
  • Allow sufficient lead time for items that are complex (1-6 months for large equipment)

Supplies

  • Talk with multiple vendors (bulk discounts from some with large orders)
  • Package as much as possible with each individual vendor for best price
  • Consider larger quantities of items that “keep” and that you know you will need
    • Biggest discount you’ll ever get!
    • Think about storage strategies

Continually think

  • Keep reflecting how things are working (arrangement of space, interactions among lab members)
  • Take steps to make changes that would make a difference
  • Be sure to think about your joy in the work and the ways you can inspire your team!

Questions & Answers

what is biology
Hajah Reply
the study of living organisms and their interactions with one another and their environments
AI-Robot
what is biology
Victoria Reply
HOW CAN MAN ORGAN FUNCTION
Alfred Reply
the diagram of the digestive system
Assiatu Reply
allimentary cannel
Ogenrwot
How does twins formed
William Reply
They formed in two ways first when one sperm and one egg are splited by mitosis or two sperm and two eggs join together
Oluwatobi
what is genetics
Josephine Reply
Genetics is the study of heredity
Misack
how does twins formed?
Misack
What is manual
Hassan Reply
discuss biological phenomenon and provide pieces of evidence to show that it was responsible for the formation of eukaryotic organelles
Joseph Reply
what is biology
Yousuf Reply
the study of living organisms and their interactions with one another and their environment.
Wine
discuss the biological phenomenon and provide pieces of evidence to show that it was responsible for the formation of eukaryotic organelles in an essay form
Joseph Reply
what is the blood cells
Shaker Reply
list any five characteristics of the blood cells
Shaker
lack electricity and its more savely than electronic microscope because its naturally by using of light
Abdullahi Reply
advantage of electronic microscope is easily and clearly while disadvantage is dangerous because its electronic. advantage of light microscope is savely and naturally by sun while disadvantage is not easily,means its not sharp and not clear
Abdullahi
cell theory state that every organisms composed of one or more cell,cell is the basic unit of life
Abdullahi
is like gone fail us
DENG
cells is the basic structure and functions of all living things
Ramadan
What is classification
ISCONT Reply
is organisms that are similar into groups called tara
Yamosa
in what situation (s) would be the use of a scanning electron microscope be ideal and why?
Kenna Reply
A scanning electron microscope (SEM) is ideal for situations requiring high-resolution imaging of surfaces. It is commonly used in materials science, biology, and geology to examine the topography and composition of samples at a nanoscale level. SEM is particularly useful for studying fine details,
Hilary
cell is the building block of life.
Condoleezza Reply
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Source:  OpenStax, Rice university’s nsf advance program’s negotiating the ideal faculty position workshop master collection of presentations. OpenStax CNX. Mar 08, 2012 Download for free at http://cnx.org/content/col11413/1.1
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