|
|
 |
GIS/Geospatial Technology Program Careers related to digital mapping and land
surveys have developed into the fast-growing employment sector of
geographic information systems (GIS). The core of GIS is the global
positioning system which gives GIS technicians a variety of information
allowing them to manipulate data based on a series of “what if”
scenarios. Data from demographic information as population statistics,
street addresses, phone numbers and land characteristics can be entered
into a GIS database and extracted in the form of digital maps to
identify land development patterns, market analyses, crime statistics
maps, and a host of other digital reports.
Employers including governmental agencies, engineering and design firms,
and environmental firms employ professionals with GIS expertise.
National projections indicate that need for trained professionals is
increasing. While the Bureau of Labor Statistics Web site doesn’t
provide specific information on GIS technicians, related listings as
surveyors, cartographers, and surveying technicians who use GIS
technology note that employment in such fields is expected to increase
10 to 20 percent through 2010.
If you’re considering entering the field of GIS, there is no better
place to begin than with the academic preparation Lansing Community
College provides within the Geographic Information Systems/Geospatial
Technology Program. This applied science associate degree program gives
students a dynamic package of course offerings from the basic principles
of GIS, global positioning systems and technical writing to landscape
ecology, environmental resource management and landforms and soil
system. Classroom lectures coupled with the critical practical training
on industry-standard software and computer hardware make the LCC program
one of the best in the region. Many of our program students are hired
before completing the program.
Courses are offered throughout the year. Many are offered evenings as
well as days to accommodate your schedule. Spring semester begins in
January, summer semester begins in June and fall classes begin in
August.
We want you in our classroom next semester. If you need direction on how
to begin at LCC, let us know what’s on your mind and what you need to
get started. We’ve got a place waiting for you in the classroom that can
lead you to a great career start. For specific information about our
Geographic Information Systems Program,
contact us
online today.
Geospatial Technology Programs (GIS)
2007 Advisory Board
Name
|
Company |
Location |
|
Rayan Anastor |
State of Michigan, Bureau of Elections |
Lansing, MI |
|
Craig Anderson |
Lansing Police Dept. |
Lansing, MI |
|
Gary Bilow |
Woolpert, Inc. |
Lansing, MI |
|
Brindley Byrd |
Capital Area Construction Council |
Lansing, MI |
|
Jim Lynch |
Lansing Community College 4100W – GIS
Lead Faculty |
Lansing, MI |
|
JaNice Marshall |
Lansing Community College
4100W – EDBT Dept Chair |
Lansing, MI |
|
Sam Quon |
City of Lansing |
Lansing, MI |
|
Everett Root |
Center for Geographic Info |
Lansing, MI |
|
Gilbert Chesbro |
State of Michigan, MDOT |
Lansing, MI |
|
Gary Taylor |
Center for Geo Info |
Lansing, MI |
|
Toni Glasscoe |
Lansing Community College 8100C -
Academic Affairs |
Lansing, MI |
|
Phil Wilkins |
State of Michigan, DEQ GSU PSS |
Lansing, MI |
|
Bob Welch |
Lansing Community College
4100W – EDBT Dept Faculty |
Lansing, MI |
|
Curriculum Information
GIS/Geospatial Technology Program To
view degree and certificate requirements click on the curriculum
code below.
|
|
Code |
|
Degrees and Certificates |
|
0224 |
|
GIS/ Geospatial Technology,
Associate in Applied Science Degree |
|
0834
|
|
GIS/
Geospatial Technology, Certificate of Achievement |
|
|
|
Course Offerings
|
|
Many of the courses listed below are
offered at LCC throughout the academic year and can be taken to
upgrade current skills or fulfill degree and certificate
requirements. Visit the
Course Schedule and Registration page for
information pertaining to courses available during a particular
semester.
|
GRET 175
Special Topics in GIS Technology
GRET 203
Beginning MicroStation
GRET 205 Principles Geographic Info
Systems
GRET 210 Global Positioning Systems
GRET 211 Geomedia-Internet GIS
GRET 213 Advanced MicroStation
GRET 220 Hydrological Systems
GRET 221 Landforms/Soil Systems in GIS
GRET 223 Environmental Resource Mgmt
GRET 240 Cartography in GIS
GRET 241 Remote Sensing/AirPhoto
Interpretation
GRET 243 ORACLE/Geographic Information
Systems
GRET 248 GIS/GPS Field Systems
GRET 253 Basics of ARC/View
GRET 255 Beginning ARC/GIS
GRET 256 Advanced ARC/GIS
GRET 258 ARC/View Extensions G.I.S.
GRET 265 Analysis Applications in GIS
GRET 266 Project Design in GIS
GRET 280 GIS and Energy
GRET 295 GRET Project Lab
|
Career Facts
GIS/Geospatial Technology Program
What They Do:
Geographic Resource and Environmental Technology combines computer
technology, mapping technologies, aerial photography, and satellite
imagery with the most current environmental resource management and
environmental analysis software. Geographic Information Systems (GIS)
technicians work with computer drafting, design, database management,
graphic design, and computer analysis of these various instruments. GIS
technicians are employed with engineering and design firms, state and
federal agencies, environmental firms, parks and recreation departments,
and with municipalities and local government units.
Environmental technology requirements include a working knowledge of
natural systems and related regulations and their assessment, planning,
restoration, and management. Environmental technicians perform
laboratory and field tests to monitor environmental resources and
determine the contaminants and sources of pollution. They may collect
samples for testing or be involved in abating, controlling, or
remediating sources of environmental pollutants.
Who Would Enjoy It:
An individual in this field should enjoy working with geography based
information. They should enjoy computer technology as well as
technologies related to satellite imagery and global positioning
systems. The application areas of this field are widely ranging from
business applications to natural resources to health careers, so one
must enjoy working in one of these fields. Environmental technicians
perform much of their work outdoors, sometimes in remote locations, so
someone in this field must enjoy an outdoor work atmosphere.
What They Earn:
Starting hourly salaries range from $9.00 to $19.00 dollars per hour.
Students with an Associate’s two year degree may earn a starting salary
of about $30,000 to $35,000 a year. This is an exploding field with many
opportunities thus one’s salary will increase depending on one’s
experience and the specialty which they are working in.
How Many Jobs Available:
Employment of science technicians is expected to increase about as fast
as average for all occupations through the year 2008. However, this is a
relatively new field which has many career options, thus allowing more
variance for opportunities. Although the overall outlook tends to be
about average, job opportunities are expected to be very good for
qualified graduates of Environmental and Science technician training
programs or applied science technology programs, who are well trained on
equipment used in industrial and government laboratories as well as
different production facilities.
How Much Schooling, Training, or Skill Development:
Individuals can start positions with only a few computer based classes
many employers prefer applicants who have at least 2 years of
specialized training or an Associate’s degree in applied science or
science-related technology. Because employers’ preferences vary,
however, some employees may prefer a Bachelor’s degree. Many technical
and community colleges offer Associate’s degrees in a specific
technology or a more general education in science, computers and
mathematics. A number of 2-year Associate degree programs are designed
to provide easy transfer to a 4-year college or university, thus
allowing one to build upon their education as job requirements increase.
Related Occupations:
Landscape Architecture and Precision Agriculture
Faculty / Staff Members
GIS/Geospatial Technology Program
 |
|
JaNice Marshall,
Department Chair
pittsmoj@lcc.edu
517/483-5338 |
| |
| |
| |
|
|
 |
|
Jim Lynch,
Professor
Program Coordinator
and Academic Advisor
lynchj@lcc.edu
517/483-1335 |
| |
| |
| |
|
|
 |
|
Stephanie Palagyi,
TC Support
palags@lcc.edu
517/483-5338 |
| |
| |
| |
|
|
| |
|
Gary Bilow,
Faculty |
| |
|
bilowg@lcc.edu |
| |
|
517/483-1336 |
| |
|
|
| |
|
Gilbert Chesbro,
Faculty |
| |
|
chesbrog@lcc.edu |
| |
|
517/483-1336 |
| |
|
|
| |
|
Kurt Cunningham,
Faculty |
| |
|
cunnink2@lcc.edu |
| |
|
517/483-1336 |
| |
|
|
| |
|
Jane Knapp,
Faculty |
| |
|
knappj@lcc.edu |
| |
|
517/483-1336 |
| |
|
|
| |
|
Eric Nischan,
Faculty |
| |
|
nischae@lcc.edu |
| |
|
517/483-1336 |
| |
|
|
| |
|
Edward Schools,
Faculty |
| |
|
schoolse@lcc.edu |
| |
|
517/483-1336 |
| |
|
|
| |
|
Anita Lees
leesa@lcc.edu |
| |
|
517/483-1336 |
| |
|
|
| |
|
Gary Taylor,
Faculty |
| |
|
taylorg@lcc.edu |
| |
|
517/483-1336 |
Related Links
GIS/Geospatial Technology Program |