Statler College Undergraduate Academic Program Information

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BENJAMIN M. STATLER COLLEGE OF ENGINEERING AND MINERAL RESOURCES

WHAT DO AEROSPACE ENGINEERS DO?

Aerospace engineering is a specialized discipline that is applied to numerous systems, including aircraft, watercraft, spacecraft, rockets, missiles, satellites, deep-diving vessels, fuel-efficient automobiles and high-speed trains.

Aerospace engineers working in AERODYNAMICS

predict and analyze the forces and resulting motion generated by the flow of air, water and other fluids around solid objects. This data is used in the creation of fuel-efficient automobiles, vehicles and weapons systems that make flight and watercraft capable of exploring the depths of the Earth’s oceans.

Within the field of

STRUCTURES AND MATERIALS,

aerospace engineers rely on numerical and structural analysis software, characterization facilities and their knowledge of material science to minimize the structural weight of aircraft, watercraft and space vehicles without degrading their strength and durability.

Working in GUIDANCE

AND CONTROL,

aerospace engineers design software and hardware for flight control, navigation and closed-loop feedback systems that allow users to maintain aerodynamic stability while guiding and maneuvering aircraft through a broad range of flight conditions.

Aerospace engineers specializing in PROPULSION

design a wide variety of systems used to generate thrust for different types of airborne, waterborne and space vehicles, including air-breathing jet engines for aircraft, gas thrusters for spacecraft and solid- or liquid-fueled engines for launch vehicles and weapons systems.

Within the realm of

SPACE FLIGHT SYSTEMS,

aerospace engineers design spacecraft based on mission profiles from lift-off to re-entry, taking mission objectives and duration, guidance and communication protocol, life support and thermal management issues into consideration.

PROGRAM HIGHLIGHTS

•Participate in a variety of lectures and laboratories that will equip you with the tools you need to succeed as a you move on to graduate school or a career in government or industry

•Specialize in either astronautical or aeronautical engineering to suite you and your career goals

•Participate in national design competitions or get involved in research projects to gain hands-on, practical experience

•Dual degree option available with mechanical engineering

•Five-year BS-MS degree option available

To learn more, visit mae.statler.wvu.edu

STUDENT ORGANIZA

TIONS

BS IN AEROSP AEROSPACE ENGINEERING* ACE COURSE REQUIREMENTS

American Institute of Aeronautics and Astr

onautics is a professional society for aerospace engineers. As a member, you’ll have opportunities to participate in a wide variety of activities and competitions, such as those mentioned under program highlights, and expand your professional network.

Student Partnership for the Advancement of Cosmic Exploration shares interests in cosmic exploration with other students and provides opportunities to participate in internships and other professional activities designed to help you reach your goals and increase awareness of the importance of space exploration.

Sigma Gamma Tau aims to recognize students in the fields of aeronautics and astronautics. Individuals who display outstanding academic achievement, moral character and dedication to the field are eligible for membership.

P.O. Box 6106, Morgantown, WV 26506-6106 statler-info@mail.wvu.edu | mae.statler.wvu.edu

WHAT DO BIOMEDICAL ENGINEERS DO?

Within the field of BIOMECHANICS, engineers focus on the kinematics of human motion, related to the interactions between tissues, muscles and bones. They design and develop prosthetics to improve the quality of life by selecting and testing materials based on their longevity, biocompatibility and mechanical properties.

BIOMATERIALS

play an essential role in facilitating healing, restoring function and treating ailments with the implementation of specific materials to enhance, repair or regenerate damaged tissue. Engineers are using materials for a multitude of applications within the body based on their innate properties that allow them to have novel biological applications. For example, nitinol can be utilized in cardiac stents for improved blood flow due to the material’s flexible nature.

BIOIMAGING

working with various imaging modalities allows for the diagnosis, monitoring and treatment of diseases, saving millions of lives through images. The development of X-rays, CT/PET/SPECT, ultrasound and MRI machines is accredited to groundbreaking physics and engineering principles applied to human anatomical and functional features.

Focused on the modalities and design of instrument systems, the field of

BIOINSTRUMENTATION

is vital for health monitoring and diagnosis. Courses of study address the human body on the macro to the micro scale as students create innovative and effective solutions to real world problems.

PROGRAM HIGHLIGHTS

•Build a strong foundation in the principles of engineering biology

•Work side-by-side with faculty who are conducting ground-breaking research in areas such as:

»Tissue engineering

»Cancer diagnosis

»Nanobiotechnology

»Drug and material toxicology

»Biomaterials

•Expected 10-year job growth of 61.7 percent

•Graduates will find careers in healthcare facilities, research organizations and manufacturing operations or continue their education in graduate or medical school.

Interested students can also pursue a minor in biomedical engineering.

To learn more, visit cbe.statler.wvu.edu

STUDENT ORGANIZA

TIONS

is a national organization aimed at promoting the integration of biology with engineering and realizing the benefits through bioprocessing, biomedical and biomolecular applications.

Biomedical Engineering Society

FIRST YEAR

SECOND

THIRD YEAR

FOURTH YEAR

Depending on interest and capacity, this program is subject to an enrollment management plan. *Course requirements are subject to change. For updated information, visit cbe.statler.wvu.edu.

WHAT DO BIOMETRIC SYSTEMS ENGINEERS DO?

Biometric systems are used to collect human physiological “signatures” from fingerprints, faces, irises and voice patterns to establish an individual’s identity for use in law enforcement, banking, e-commerce and other areas.

Biometric systems engineers working in SENSORS

AND CIRCUITS

design devices, components and systems that interact with human subjects to obtain raw biometric signatures.

When it comes to SOFTWARE

SYSTEMS,

biometric systems engineers design and implement efficient, reliable and secure software for the acquisition, storage, management and transmission of biometric information.

Once raw biometric signatures have been collected, biometric systems engineers specializing in

SIGNAL/IMAGE PROCESSING

reduce the size of the signatures for rapid and efficient communication, storage, retrieval and matching.

Biometric systems engineers skilled in

STATISTICS

use their knowledge and skills to evaluate and enhance the performance of biometric systems.

PROGRAM HIGHLIGHTS

•Gain a strong background in computer science, electrical engineering, biology, physiology and forensics

•Pick from a variety of required specializations:

»Software

»Statistics

»Signal processing

»Microprocessors and circuits

»Cybersecurity

»Dual degree option available with computer engineering

To learn more, visit lcsee.statler.wvu.edu

STUDENT ORGANIZA

TIONS

BS IN BIOMETRICS SYSTEMS* COURSE REQUIREMENTS

Depending on interest and capacity, this program is subject to an enrollment management plan.

FIRST YEAR

SECOND

Student Society for the Advancement of Biometrics

gives students the opportunity to interact with professionals and educate members of our community and their peers about biometrics.

Association for Computing Machinery hosts meetings and events for students in related fields and provides members with access to free online IT courses, subscriptions to leading industry publications and employment opportunities.

Institute of Electrical and Electronics Engineers provides students with access to technical and professional information and resources and fosters interest in the electrical and electronics engineering profession.

Cyber WVU is a University-wide club aiming to educate and compete in the field of digital and cyberforensics and security.

THIRD

FOURTH YEAR

WHAT DO CHEMICAL ENGINEERS DO?

Chemical engineering is the application of the principles of chemistry, biology, physics and mathematics to the transformation of raw materials into useful products. Chemical engineering also allows us to make products and processes safer, economical and environmentally benign.

Engineers studying the many aspects of clean, sustainable and renewable ENERGY technologies focus their efforts on the processing of biomass into fuels and electricity; developing high-efficiency fuel cells; and simulating the next-generation of power plants, natural gas hydrates and geothermal energy production.

Working in

REACTION ENGINEERING AND CATALYSTS,

chemical engineers design better reactors and catalysts to improve chemical processes that convert raw materials, such as petroleum, into useful products like plastics.

With their understanding of chemical composition, chemical engineers develop

MATERIALS,

such as composites, ceramics and smart materials, for use in a variety of applications, ranging from everyday household items to cutting-edge medical technology.

In the field of

BIOENGINEERING,

the principles of chemical engineering are applied to living organisms to gain a better understanding of life on our planet, create more effective medical technologies and treatments and to develop implants and prosthetic devices for both humans and animals.

PROGRAM HIGHLIGHTS

•Specializations in polymers, coal conversion, interfacial phenomena and biochemical engineering

•Senior design project teaches practical, industrial-based applications of your coursework

•Minor and certificate available in biomedical engineering

To learn more, visit cbe.statler.wvu.edu

STUDENT ORGANIZA

FIRST YEAR

TIONS

SECOND YEAR

American Institute of Chemical Engineers

gain access to information about scholarships, conferences and competitions. Through the WVU student chapter of AIChE, you’ll have opportunities to participate in field trips, attend career-building and technical seminars and conduct community service projects.

Omega Chi Epsilon is the national honor society for chemical engineering. Those elected to membership promote excellence, investigation, service, comradeship and professionalism. Omega Chi Epsilon is a member of the Association of College Honor Societies.

Biomedical Engineering Society is a national organization aimed at promoting the integration of biology with engineering and realizing the benefits through bioprocessing, biomedical and biomolecular applications.

THIRD

WHAT DO CIVIL ENGINEERS DO?

Civil and environmental engineering is the design, construction and operation of facilities that affect society, including the health and vitality of people, economic systems and the environment.

In the field of WATER AND ENVIRONMENTAL ENGINEERING,

civil engineers conduct environmental analyses and design, and construct and manage facilities that provide water for communities, like dams, reservoirs, flood control systems and coastal harbors.

Engineers working in GEOTECHNICAL

ENGINEERING

protect society from environmental contaminants; design structures that can withstand the forces of nature; find ways to reclaim land that is unstable due to erosion or soil settling; and repair man-made structures, such as buildings and highways.

Within the field of STRUCTURAL ENGINEERING,

civil engineers design, construct, maintain and rehabilitate many of society’s structures, including buildings, bridges and dams, using materials such as concrete, steel, wood and a variety of composites.

Working in TRANSPORTATION SYSTEMS ENGINEERING,

civil engineers design, construct and manage all aspects of our transportation systems — highways, traffic control systems, airports, mass transit systems, railroads and inland waterways.

PROGRAM HIGHLIGHTS

•Gain exposure to all aspects of civil engineering while also gaining specialization in the field of your choice

•Combine theoretical aspects of engineering with practical application through both classroom and hands-on laboratory experiences

•Dual degree in mining engineering is also available

To learn more, visit cee.statler.wvu.edu

STUDENT ORGANIZA

Depending on interest and capacity, this program is subject to an enrollment management plan.

FIRST YEAR

TIONS

SECOND YEAR

American Society of Civil Engineers

is recognized for its significant contributions and dedication to the advancement of science and education in the professional and academic world of civil engineering. As a member you will be presented with opportunities to participate in community service activities and expand your professional network through local and national meetings.

Chi Epsilon is the national honor society for civil engineering and is dedicated to maintaining and promoting the status of civil engineering as an ideal profession. High achieving students in their junior or senior years are eligible for membership.

The WVU chapter of Engineers Without Borders partners with developing communities to improve their quality of life through the implementation of environmentally sustainable, equitable and economical engineering projects. The team has been involved in projects in Fiji, the Dominican Republic, Nicaragua and across the state of West Virginia.

THIRD YEAR

FOURTH YEAR

WHAT DO COMPUTER ENGINEERS DO?

MICROPROCESSORS AND REAL-TIME SYSTEMS,

computer engineers design hardware and software for small, embedded computer systems that might be found in automobiles, robots and video game systems.

COMPUTER SOFTWARE

engineers are involved in protecting and securely transmitting digital images, music, video and data during communication.

In the field of

INFORMATION SYSTEMS,

Engineers specializing in

IMAGE AND VIDEO PROCESSING

develop computer systems that are useful in a variety of contexts, such as recognizing biometric signatures, identifying manufacturing flaws or interpreting satellite images.

Computer engineering is the design of both hardware and software for computers used in manufacturing, automotive systems, robots and audio-visual systems.

HARDWARE SYSTEMS

engineers design components and products that are faster, smaller and lighter and explore the use of innovative, interactive technologies, such as voice and handwriting recognition and touch screens.

engineers design, test, integrate and deploy a wide range of software, from business applications to missile systems.

Computer engineers working in

DIGITAL FORENSICS

design and develop tools for computer hardware and software that can be used to retrieve data found in digital devices for investigational purposes.

Within the realm of CYBER

SECURITY,

computer engineers are often called upon to investigate cyber incidents and to develop new tools that can be used to bolster cyber security.

Working in

PROGRAM HIGHLIGHTS

•Focus on a variety of specialized topics including robotics, computer architecture, artificial intelligence and networking

•Gain a strong background in computer science and electrical engineering

•Dual degree option available with computer science

To learn more, visit lcsee.statler.wvu.edu

STUDENT ORGANIZA

BS IN COMPUTER ENGINEERING* COURSE REQUIREMENTS

FIRST

TIONS

SECOND YEAR

Institute of Electrical and Electronics Engineers

provides students with access to technical and professional information and resources, and fosters interest in the electrical and electronics engineering profession.

Eta Kappa Nu is an honorary society for the fields of electrical and computer engineering. Students are selected based on scholastic standing, character and leadership. Members are also invited to participate in a variety of service and leadership activities.

Cyber WVU is a University-wide club aiming to educate and compete in the field of digital and cyberforensics and security.

THIRD YEAR

FOURTH YEAR

WHAT DO COMPUTER SCIENTISTS DO?

Computer science is more than just programming. It includes the analysis of algorithms, database theory and design, the development of advanced operating systems, formal language theory, computer and data communication and the creation of artificial intelligence.

Within the realm of SOFTWARE

ENGINEERING,

computer scientists rely on their knowledge of computer theory to develop large-scale computer applications, such as those used to manage homeland security or air traffic control.

Computer scientists working in the field of DATABASE

SYSTEMS

explore the theoretical aspects of computer science to improve relational and object-relational database models for more efficient data retrieval and analysis.

Working within the field of COMPUTER

SECURITY

computer scientists explore ways to safeguard information stored on computers and computer networks from unauthorized or malicious access.

In order to create ARTIFICIAL

INTELLIGENCE,

computer scientists develop machines (computer programs) that mimic human intelligence — some of which are capable of playing games with human opponents and recognizing human voice patterns.

Computer scientists with training involving

VIRTUAL REALITY

design and implement games and virtual reality systems by creating computer simulated environments and imaginary worlds that the user can explore.

PROGRAM HIGHLIGHTS

•Work collaboratively with students in other engineering disciplines to complete capstone, senior design course

•Flexible curriculum allows for specializations and minors

•Dual degree option available with computer engineering

•Minor in computer science available

To learn more, visit lcsee.statler.wvu.edu

STUDENT ORGANIZA

BS IN COMPUTER SCIENCE ENGINEERING* COURSE REQUIREMENTS

FIRST YEAR

TIONS

SECOND YEAR

Association for Computing Machinery

hosts meetings and events for students in related fields and provides members with access to free online IT courses, subscriptions to leading industry publications and employment opportunities.

Upsilon Pi Epsilon is an international honorary society for computing and other information technology disciplines. The society promotes these fields and their effect on contemporary society.

Cyber WVU is a University-wide club aiming to educate and compete in the field of digital and cyberforensics and security.

THIRD YEAR

FOURTH YEAR

WHAT DO CYBERSECURITY ENGINEERS DO?

Cybersecurity includes the defense of existing systems from threats, designing secure software, monitoring and securing networks, examining system after cybercrimes have occurred and detecting and analyzing cybersecurity attacks.

Cybersecurity engineers use DIGITAL

FORENSICS

as a tool to examine the digital evidence left on systems after a cyberattack.

In the field of CYBERCRIME , cybersecurity engineers are preventing attacks and catching cyber criminals that would try to steal data and compromise security.

DATA ANALYTICS

are used to identify changes in systems that can be used to predict attacks and improve on security after attacks happen.

Cybersecurity engineers focus on protecting

GRID AND INDUSTRIAL SECURITY

so that trade secrets and customer data are not leaked and the infrastructure isn’t affected by malicious attacks.

PROGRAM HIGHLIGHTS

•Experience the perfect balance of theoretical background and practical application

•Customize your education by taking technical electives that allow you to specialize in a field of your choice

•Access to state-of-the-art facilities including our nanotechnology clean room and robotics labs

•Dual degree options available with computer engineering

To learn more, visit lcsee.statler.wvu.edu

STUDENT ORGANIZA

BS IN CYBER SECURITY* COURSE REQUIREMENTS

TIONS

hosts meetings and events for students in related fields and provides members with access to free online IT courses, subscriptions to leading industry publications and employment opportunities.

The Association for Computing Machinery

Cyber WVU is a University-wide club aiming to educate and compete in the field of digital and cyber forensics and security.

The Institute of Electrical and Electronics Engineers provides students with access to technical and professional information and resources, and fosters interest in electrical, computer science and cyber security professions.

FOURTH YEAR

WHAT DO ELECTRICAL ENGINEERS DO?

Electrical engineers use two of the most powerful tools in the physical world — light and electricity — to create products and services that improve our lives.

Electrical engineers working in COMMUNICATIONS AND SIGNAL

PROCESSING

design and implement systems capable of translating sounds, images, video and other signals into electronic digital impulses for analysis and communication.

Working in the field of CONTROL

SYSTEMS,

electrical engineers design systems that control the operation of a wide variety of computer systems and mechanical processes.

Using knowledge and skills related to

ELECTRONICS,

electrical engineers create electronic and optoelectronic components and circuits for analog and digital systems.

When it comes to

POWER SYSTEMS,

electrical engineers develop effective and reliable energy generation systems that are capable of transmitting electricity across long distances.

Using their knowledge of light and electricity within the fields of

BIOENGINEERING AND BIOMETRICS,

electrical engineers help advance the world of medicine by creating new biomedical technologies and therapies and keep us secure by developing new ways to identify individuals based on fingerprints, voice patterns and facial features.

PROGRAM HIGHLIGHTS

•Experience the perfect balance of theoretical background and practical application

•Customize your education by taking technical electives that allow you to specialize in a field of your choice

•Access to state-of-the-art facilities including our nanotechnology clean room and robotics labs

•Dual degree options available with computer engineering

To learn more, visit lcsee.statler.wvu.edu

STUDENT ORGANIZA

TIONS

BS IN ELECTRICAL ENGINEERING* COURSE REQUIREMENTS

SECOND

Institute of Electrical and Electronics Engineers

provides students with access to technical and professional information and resources, and fosters interest in electrical and electronics engineering professions.

Eta Kappa Nu is an honorary society for the fields of electrical and computer engineering. Students are selected based on scholastic standing, character and leadership. Members are also invited to participate in a variety of service and leadership activities.

WVU Amateur Radio Club promotes the practice of amateur or “ham” radio as a hobby and as a public service. Members of the club are also members of the Amateur Radio Relay League, an international society dedicated to amateur radio communications.

As a member of the Electric Vehicle Association at WVU you’ll have opportunities to help advance electric vehicle technology through the process of designing and field testing high-performance electric vehicles.

THIRD YEAR

FOURTH YEAR

WHAT DO INDUSTRIAL ENGINEERS DO?

Industrial engineers solve complex problems involving people, material, information, equipment and energy by designing, quantifying, predicting and evaluating the performance of systems in the public and private sectors.

Working in

PRODUCTION PLANNING AND CONTROL,

industrial engineers use modern tools to plan and control operations to maximize production while working within cost and quality constraints.

Industrial engineers specializing in

DECISION SCIENCES

use mathematical tools, computer models and information technology to provide management with the needed tools and strategies to improve business operations.

MANUFACTURING SYSTEMS

engineers improve manufacturing processes through the application of computercontrolled material-handling systems and other automated devices within manufacturing and service enterprises.

Through their understanding of

HUMAN FACTORS,

industrial engineers design and arrange workplaces, along with management strategies, to maximize employee productivity and safety.

PROGRAM HIGHLIGHTS

•Take advantage of the close relationship the Department has with local companies

•Gain industrial experience as part of required internship program

•Concentrations include manufacturing, management and optimization

To learn more, visit imse.statler.wvu.edu

STUDENT ORGANIZA

BS IN INDUSTRIAL AND MANAGEMENT SYSTEMS ENGINEERING* COURSE REQUIREMENTS

Depending on interest and capacity, this program is subject to an enrollment management plan.

FIRST YEAR

TIONS

SECOND YEAR

offers students a chance to interact with others in their field and gain access to career resources, professional publications and academic and social support.

Institute of Industrial and Systems Engineers

Alpha Pi Mu is dedicated to recognizing industrial engineering majors who demonstrate academic excellence, leadership and strong ethics. Students are eligible to be elected to membership during their junior and senior years.

FOURTH YEAR

WHAT DO MECHANICAL ENGINEERS DO?

Mechanical engineering is considered by many to be the broadest branch of engineering, dealing with the design, construction and operation of machines and machinery.

Within the field of

MACHINE DESIGN,

mechanical engineers develop systems and components that can perform pre-defined functions, often through linear or rotational motion, while withstanding specified levels of static or dynamic forces causing stretching, bending, twisting and shearing in repeated cycles of loading.

Mechanical engineers who work in

THERMAL AND FLUID SCIENCES

concentrate on areas such as fuel combustion for power or energy generation; heat transfer; energy conversion and conservation; and the behavior of air, water, fuels and other fluids to develop efficient energy systems for real-world applications.

Mechanical engineers specializing in

MECHATRONICS

focus their efforts on the integration of mechanical devices with electric circuits and electronic controls to develop robots and other automated systems, including those that allow humans to interact with machines more easily and more efficiently.

Engineers well versed in

MATERIALS SCIENCE

employ advanced nanotechnology and utilize cutting-edge equipment to develop better engineering materials, such as lightweight composites; ceramics and coatings resistant to high temperatures or corrosion; and new sensors and actuators for optimal use in a variety of applications ranging from everyday household items to cutting-edge medical, military or space technologies.

PROGRAM HIGHLIGHTS

•Gain practical and hands-on experience that will equip you to work in industry and government, or pursue a graduate or professional degree

•Specialize in areas such as

»Material science

»Internal combustion engines, alternative fuels

»Bioengineering

»Acoustics

»HVAC

»Fuel cell technologies

•Pursue a dual degree with aerospace engineering.

•Five-year BS-MS degree option available.

To learn more, visit mae.statler.wvu.edu

STUDENT ORGANIZA

TIONS

ENGINEERING*

American Society of Mechanical Engineers

members participate in tours of professional workplaces such as mines and water treatment plants, host professional development lectures and organize community service activities.

SAE International is a professional society for automotive and aerospace engineers. The WVU student chapter engages in a variety of professional and service activities.

As a member of Student Partnership for the Advancement of Cosmic Exploration, you’ll meet other students who share your interest in cosmic exploration and have opportunities to participate in internships and other professional activities designed to help you reach your goals.

Before a mine site is chosen, engineers skilled in

MINERAL AND COAL EXPLORATION

seek out and characterize mineral and coal deposits found within the Earth’s crust and conduct financial analyses to determine whether the ore is economical to mine.

Mining engineers working in

MINE DESIGN

layout mines to maximize output and worker safety, while minimizing cost and our impact on the environment.

Before coal and mineral extraction can begin, mining engineers familiar with

ROCK MECHANICS AND GROUND CONTROL

design support systems for underground mines and surface structures.

In SURFACE AND UNDERGROUND MINING

engineers develop ways to extract minerals and coal from the Earth’s crust using explosives and heavy equipment.

WHAT DO MINING ENGINEERS DO?

Mining operations are extremely complex and rely on mining engineers trained in MINE

MANAGEMENT

to conduct financial analyses and orchestrate day-to-day mining in a safe, efficient, economical and environmentally friendly manner.

Mining engineers working in

MINE VENTILATION AND AIR CONDITIONING

design and operate ventilation systems that control contaminants, such as methane and dust, to protect the health and safety of mine workers and the general public.

With their extensive knowledge of

MATERIALS HANDLING,

mining engineers develop ways to safely move people, equipment, extracted materials, coal and refuse within mine sites.

In order to transform extracted materials into useable product, mining engineers working in

Mining engineering involves the discovery, extraction, processing, marketing and utilization of coal and other minerals from the earth for use in energy generation and the production of raw materials.

MINERAL PROCESSING AND COAL PREPARATION

develop ways to prepare minerals and coal for use in industry, power plants and by consumers.

Mining engineers specializing in

ENVIRONMENT AND SUSTAINABILITY

aim to protect and restore land, water and air temporarily impacted by mining operations.

Mining engineers well versed in COMPUTER

APPLICATIONS

apply computer design and numerical modeling techniques to problems within the mining industry.

PROGRAM HIGHLIGHTS

•Provides full experience all aspects of operating a mining enterprise

»Technical

»Financial

»Managerial

»Environmental

»Social

•Ability to specialize in a variety of materials

»Coal

»Metallic ore

»Industrial mineral

»Aggregates

•Option for a dual degree with geology and civil engineering

To learn more, visit mine.statler.wvu.edu

STUDENT ORGANIZA

TIONS

BS IN MINING ENGINEERING* COURSE REQUIREMENTS

Depending on interest and capacity, this program is subject to an enrollment management plan. FIRST

THIRD

As a member of the Society for Mining,

Metallurgy and Exploration, you’ll have opportunities to gain industry exposure while expanding your professional network through organization meetings, social events and mining operation tours. You’ll also enjoy access to the latest industry research and have the ability to apply for exclusive scholarships to help fund your education.

WVU’s Mine Rescue Team competes in regional and national competitions that test the team’s ability to locate and rescue missing miners. The team trains at WVU’s Academy for Mine Training and Energy Technologies, which features a simulated underground mine lab.

FOURTH YEAR

WHAT DO PETROLEUM AND NATURAL GAS ENGINEERS DO?

Petroleum and natural gas engineering involves the design and application of systems of natural resource discovery, production, processing and transportation.

Working in the field of DRILLING

ENGINEERING,

petroleum and natural gas engineers apply their engineering expertise to processes related to drilling for oil and gas.

When it comes to

PRODUCTION

ENGINEERING,

petroleum and natural gas engineers apply the principles of engineering to the phases of oil and gas production from reservoir development, drilling and pumping systems to well stimulation and storage.

With their extensive knowledge of

PETROLEUM PROPERTIES,

petroleum and natural gas engineers develop ways to safely extract, transport and process petroleum and natural gas for maximum benefit and minimal environmental impact.

Petroleum and natural gas engineers skilled in the EVALUATION

OF OIL AND GAS RESERVES

calculate the recovery potential of oil and gas reservoirs and predict reservoir performance under a variety of production methods to achieve maximum reserve conservation.

Petroleum and natural gas engineers specializing in

TRANSPORT PHENOMENA

conduct flow analyses and apply the principles of fluid dynamics and heat transfer to the movement of oil and gas through pipes, drilling hydraulics and other fluid machinery.

PROGRAM HIGHLIGHTS

•Build a strong foundation in geology, mathematics and chemistry

•Explore specialized including:

»Drilling engineering

»Reservoir engineering

»Management

»Geophysical well logging

»Secondary oil recovery

•Strong partnerships with local and national companies

To learn more, visit pnge.statler.wvu.edu

STUDENT ORGANIZA

TIONS

BS IN PETROLEUM AND NATURAL GAS ENGINEERING* COURSE REQUIREMENTS

Depending on interest and capacity, this program is subject to an enrollment management plan.

FIRST YEAR

SECOND YEAR

Society of Petroleum Engineers’ roster of members inc

ludes engineers, scientists, managers and academicians. Members of the WVU student chapter of SPE travel to conferences and enjoy professional development and networking opportunities with other professionals in the field.

Pi Epsilon Tau is the honorary society of petroleum engineers, welcoming students with senior or graduate standing and superior academic performance. The WVU student chapter hosts an annual technical conference each year to promote the dissemination of knowledge through seminars and technical paper presentations.

American Association of Drilling Engineers is a national nonprofit organization aimed at providing technical exchange and support for drilling engineers. As a member of the WVU student chapter of AADE, you’ll have opportunities to compete in research competitions, attend conferences and participate in field trips that will help you gain industry exposure while expanding your social and professional networks.

FOURTH YEAR

West Virginia University

Benjamin M. Statler College of Engineering and Mineral Resources

PO Box 6101, Morgantown, WV 26506-6101

Address service requested

All photos supplied before 2019.