Introductions Jayme Leita – Senior Development Chemical Engineer - B.S. Chemical Engineering, Tennessee Tech - Worked for ExxonMobil for 5 years - Eastman

Introductions

• Jayme Leita – Senior Development Chemical Engineer- B.S. Chemical Engineering, Tennessee Tech- Worked for ExxonMobil for 5 years- Eastman engineer since 2003- Sullivan Central Graduate, 1992

• Kenrick Venett – Senior Chemical Engineer- B.S. Chemical Engineering, Auburn University- Eastman Engineer since 1995

2006 Engineers Week

Rogersville City School

• Paul Ketchum – Development Chemical Engineer- B.S. Chemical Engineering, Tennessee Tech- Worked for Cumberland Swan for 2 years- Eastman engineer since 2004- Married to Sullivan Central Graduate, 1998

• Greg Wellman – Advanced Chemical Engineer- B.S. Chemical Engineering, Clemson University- Eastman engineer since 2001

What is Engineering?

• Engineering (According to Websters): The application of math and science by which the propertiesof matter and the sources of energy in nature are made usefulto people.

• Engineering goes BEYOND a FIRM understanding of math and science. Engineers APPLY math and science for the betterment of society through:

- Design - Manufacturing- Research & Development - Management- Continual Improvement - Logistics

• Above all, engineers are problem solvers who make thingswork better, more efficiently, quicker and cheaper.

• Engineers serve humanity with skill and dedication.


Salary Comparisons (2006)• Engineering is a HIGHLY regarded and relatively HIGHLY compensated career. Engineers

make GREAT salaries relative to the amount of schooling required and the LIFESTYLE offered.

• Career College (yrs) *Starting Salary (2006) **Factor -

Fast Food Cook ($5.15/hr) 0 $10,700 -Cosmetologist 0 $23,500 -

Auto Mechanic 0 $28,700 -

Real Estate Agent 0 $30,800 -Journalism 4 $26,700 7K

Physical Therapy 8 $56,100 7K

Biologist/Chemist 4 $39,000 10KVeterinarian (D.V.M.) 8 $78,000 10K

Accounting/Business 4 $37,000 9K

Chemical Plant Operator 3 $35,000 12K

Nurse 4 $54,000 14K

Pharmacist 6 $89,300 15K

Computer Programmer 4 $47,000 12K

Mechanical Engineer 4 $50,000 13K

Lawyer (J.D.) 6 $76,000 13K

Electrical Engineer 4 $52,000 13K

Chemical Engineer 4 $51,000 13K

Doctor (M.D.) 10 $137,000 14K*Starting salaries based on median starting salaries reported on Salary.com for Kingsport, TN.

**Factor is annual starting salary / years of college.

Higher FactorIs Better!

Earning Potential vs. Minimum Wage

• Engineers have high earning potentials over the course of their career.• Since 1998, engineering salaries have increased by ~25%.

15,000

25,000

35,000

45,000

55,000

65,000

75,000

85,000

95,000

105,000

0 5 10 15 20 25 30 35 40

B.S. (Engineering)

M.S. (Engineering)

Ph.D. (Engineering)

HS (min. wage)

Years AFTER H.S. Graduation (based on 1998 salary data)


Engineering Disciplines

MAJOR DISCIPLINES

• Mechanical Engineering

• Electrical Engineering

• Chemical Engineering

OTHER DISCIPLINES

• Automotive Engineering

• Aerospace Engineering

• Agricultural Engineering

• Biomedical Engineering

• Computer Engineering

• Civil Engineering

• Industrial Engineering

• Environmental Engineering

• Materials Engineering

• Nuclear Engineering

• Robotics Engineering

• Safety Engineering


Mechanical Engineering

• Perhaps the broadest of all the engineering disciplines in its range of activities

• Concerned with design, manufacture & operation of wide range of components, devices, or systems:

- microscopic parts (nanotechnology) to gigantic gears

- more efficient heating, ventilation, refrigeration

- manufacturing equipment (tanks, motors, pumps)

- laser technology

- biomedical applications

- automotive industry

- computer-aided design, automation, robotics


Mechanical Engineering Projects

Design the Coolest Boats

Design Military Robots

Nanotechnology

Design the Latest Vehicles


Chemical Engineering

• Youngest of major engineering disciplines• Application of chemical, physical, and engineering principles in production of such materials as plastics, synthetic materials, and pharmaceuticals• Higher conversion catalysts for petroleum refining, catalysts for pollution control • Design of efficient and economical chemical processes• The future of chemical engineering promises breakthroughs in:

- fuel cell technology to power automobiles- new, advanced materials – plastics, clothes, etc.

- advanced chemical separations technologies

- life sciences (biochemistry/biology)

- nanotechnology

"Plastic" Up Close



Reactions

Distillation or Separation of Chemicals

Heating and Cooling of Chemicals

Chemical Engineering is the activity of applying chemistry to the solution of practical problems.

Chemical Engineers are responsible for:• Gasoline• Plastic• Energy (natural gas, oil heating, coal)• Adhesives• Clothing• Building Materials

Transportation of Chemicals

How Chemicals Affect Environment

FiltrationSafety

Make Chemicals Cheaper, Faster, Better



Chemical Engineering has a reputation of being the hardestof all the engineering degrees to obtain in college.

Chemical Engineers MUST have firm understanding of:• MATH (Algebra, Statistics, Calculus, Differential Equations)• PHYSICS• CHEMISTRY (General, Organic, Physical)• THERMODYNAMICS (study of heat and transformation to energy)• BUSINESS CONCEPTS• COMPUTERS• COMMUNICATIONS


Electrical Engineering

• Electrical engineers apply specialized skill to the design, manufacture, application, installation, and operation of electrical products and systems.• Electrical engineers play a role in almost EVERYTHING we interact with on a daily basis. They design smaller, cheaper, and better:

- cell phones- computers- power systems- appliances- robots


Civil Engineering

• Design solutions to cope with many of our planet’s most serious problems

- foul air

- decaying cities, roadways and bridges

- clogged airports and highways

- polluted stream, rivers and lakes


Industrial Engineering

• Stresses design, improvement, & installation of integrated systems

of people, material, and equipment for the effective production of

goods or services in all types of industries• Design data processing systems• Solve complex organizational problems• Integrates activities of finance, engineering and management• Develop systems for planning, cost analysis, production and

quality of products


Good Traits for Engineers

• Be interested in solving problems• Be interested in working with other people (strong teamwork skills)• Be interested in serving human needs• Want to make things work better• Strive for continual improvement• Be able to adapt to a changing environment• Be able to communicate well• Strong study skills and desire to constantly learn new things• Data analysis skills • Highly skilled in the use of a computer


College Entrance Requirements

• Algebra I & II• Trigonometry• Biology• Physics• Social Studies• Fine Arts/Humanities

• Geometry• Calculus• Chemistry• English• Foreign Languages• Computer Programming

HIGHLY RECOMMEND (not required):

• AP Chemistry• AP Calculus

• AP Physics• AP Biology

ANY Advanced Placement classes REALLY help prepare you for college and in most cases drastically help “lighten your load”.

You don’t have to be a genius with the top grades to make it through engineering school, YOU JUST HAVE TO BE WILLING TO WORK HARD!


College Advice

The next 2-3 years in high school and especially the following 4-8 years in college DRASTICALLY IMPACT the quality of your adult life!!!

Challenge yourself in high school/college:+ Study hard to make the best grades+ Diversify your activities (sports, clubs, honor societies, social)+ Volunteer, tutor younger students in your strongest subjects+ GET INVOLVED+ CO-OP

PLAY NOW or PLAY LATER

• PLAY HARD in high school/college = short term gains. The rest of your financial life will suffer. Bad grades equals bad jobs.• WORK HARD in high school/college = long term gains. Study/dedication to classes has long term financial gains. Good grades equals the best jobs.


Cooperative Education

• Typically a 5-year program with alternating periods of book learning

(school) and application (work, typically in industry).

Fall Spring Summer

YR 1 S S SYR 2 W W W

YR 3 S S S

YR 4 W W W

YR 5 S S S

(S=School, W=Work)

• Benefits

- Pay for your college education ($36,000/YR or more)

- Gain valuable experience, real engineering work

- Increase your market value at graduation (considerably)

- Usually assures job offer from co-op company- Offers well deserved and beneficial break from school!


Summary

• Engineers have been involved in almost everything you see, touch, or rely upon• Engineering can be an exciting career full of opportunities• Job market is generally good• Pay and benefits are among the top for the level of education• Opportunities for leadership, global travel, and benefiting

humankind abound• An engineering degree can open many doors to careers

in other exciting areas + Medicine (physician, surgeon, research)+ Business administration+ Law

+ PhD (research, teaching, consulting)


Documents

Introductions Jayme Leita – Senior Development Chemical Engineer - B.S. Chemical Engineering, Tennessee Tech - Worked for ExxonMobil for 5 years - Eastman