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Problem solving is accomplished by identifying + labelling variable
Systematic
Researches collect data on which to base decisions
Empirical
Researches take individual events to describe relationships
Reductive
Research process is recorded allowing others to test findings
Replicable
_________ ___________ works to gain new knowledge + understanding.
No immediate consideration for practical applications
quantum mechanics
Theory of relativity
Basic Research
_______ __________ used to solve practical problems
batteries
antibitocs
Applied research
Scientific Method Of Problem Solving
define + delimit problem
form hypothesis
gather data
analyze data + interpret results
___________________: numeric, uses reliable + objective data
Quantitative
Qualitative
Descriptions, narrative, quotes, charts, tables
long term observation
Observed in natural setting
No manipulation
Frequency coded
Frequency + duration are analyzed
Observational Research
Manipulation to Establish Relationship
To establish cause + effect relationship
Experimental Research
In a controlled setting
Unrealstic
Lab Based study
Less controlled/generalized
Realistic
Field Study
Introductory Training Phase
2-4 yrs
Formal Training Phase (Masters and PhD)
4-6 years
6-10 yrs
Early Career Phase (Post doc —> assistant professor)
Mid Career Phase (associate professor—> full professor)
10 - 15 yrs
Late Career Phase (Full Professor)
10-15 yrs
Formal training Phase: Primary Goals
Pivot Fields if interests are elsewhere
become proficient + independent in core competencies
By end of PhD having put everything together
Early Career Phase (post doc —> assistant prof)
Primary goals
entering post doc fellowship (get in the zone)
During post doc fellowship, aim for 2-3 statement papers w increased sophistication
during post doc fellowship, begin thinking of what you will want to pursue as independent scientist
Mid career phase (assistant professor —> professor)
Primary goals
Become leader in field regarding X topics
Been invited to speak at conferences about your work or written review articles on research topics
Continue to train/graduate multiple pHD student and post docs
procured significant extramural funding to support work
Late Career Phase
Primary goals
maintained leadership status in your field regarding topics x,y,z
continue to be invited to speak at conferences about your work or written articles on research topics
continue to train/ graduate PhD students + post docs
continue to procure significant extramural funding to support your work
Key differentiator: mentor early career scientists in department or discipline
have resources + moxie to shape narratives
have resources and moxie to think big cultural change