MINES Academic Programs Flashcards
Describe the Biochemistry B.S.
Students gain an understanding of how biological molecules give rise to the processes that occur within and between living cells.
Understanding the structures and functions of tissues, organs, organisms and microorganisms.
Graduates apply their knowledge of this fusion of chemistry and biology to technological problems in areas as diverse as environmental processes, the development of new biomaterials and new forms of renewable energy.
They are prepared to work in academia, for startups and research and for development laboratories associated with practically every advanced technological field, including medicine, energy, biotechnology, computing and agriculture.
https://catalog.mines.edu/undergraduate/programs/chemistry/#majortext
Suggested Careers for Biochemistry Majors?
Analytical chemist
Biotechnologist
Healthcare scientist
Forensic scientist
Pharmacologist
Nanotechnologist
Toxicologist
Research scientist
Describe the Applied Math and STATS Program?
Offers two areas of emphasis:
-Computational and applied mathematics will gain experience in mathematical modeling, applied analysis, development and analysis of numerical algorithms and using mathematical software.
-The statistics track provides a thorough foundation in applied statistics, data science and probability via courses such as Probability and Statistics for Engineers, Spatial Statistics and Advanced Statistical Modeling; graduates are well-equipped to analyze and interpret data, design experiments and surveys, model randomness and variability and determine informed decisions under uncertainty.
https://catalog.mines.edu/undergraduate/programs/ams/#majortext
Career Opportunities for Applied Math and STATS?
Academic institutions and research institutes
Aerospace and transportation equipment manufacturers or service providers
Analytics and forecasting organizations
Chemical or pharmaceutical manufacturers
Communications services providers
Computer information and software firms; established or start-ups
Consumer products companies
Energy systems firms
Electronics and computer manufacturers
Engineering research organizations
Financial service and investment management firms
Government labs, research offices and agencies
Insurance companies
Medical device companies
Producers of petroleum and petroleum products
Business Engineering and Management Science program?
Prepares students with an interest and aptitude in STEM to be leaders in an increasingly data- and technology-driven business world. Unlike traditional programs that focus on case studies and best practices, this quantitative business program relies on intentional, deep, scientific analyses.
After a solid grounding in math and engineering fundamentals, students are trained in the latest quantitative business tools, with a focus on two core areas: data analytics and operations research, and business principles.
The program offers five specialization tracks, from which students can choose two:
Business analytics
Financial engineering
Artificial intelligence and machine learning
Advanced manufacturing
Technology management.
https://catalog.mines.edu/undergraduate/programs/economicsandbusiness/
Ceramic Engineering Program?
Fundamental knowledge to prepare them for careers in both technical and traditional ceramics. Expertise in materials science and engineering, as well as Mines’ cutting-edge ceramics research and facilities and strong relationships with industry. Developed in consultation and partnership with industry, this program has a strong focus on the newer technical ceramics and glass.
Ceramic processing, sintering, glass science and mechanical and electrical properties, with a particular emphasis on the materials’ unique thermal properties.
Four core laboratory classes starting in students’ second year will ensure robust hands-on experience with the materials.
Students will also have access to innovative undergraduate research opportunities and Mines’ on-campus glass hot shop.
https://catalog.mines.edu/undergraduate/programs/
Ceramic Engineering Career Opportunities?
Ceramic engineer
Computer and electronic product manufacturer
Metal manufacturer
Metallurgical engineer
Semiconductor processing engineer
Product engineer
Research and development engineer
Research scientist
Chemical Engineering program?
Rigorous instruction in fluid mechanics, heat and mass transport, thermodynamics, reaction kinetics and chemical process dynamics and control, preparing them to design and manufacture a wide variety of products on a large scale.
These products include pharmaceuticals, paper, petrochemicals, polymers and more, and graduates work in diverse fields such as traditional and renewable energy, health care and manufacturing. Students can pursue specialty tracks in process engineering, which focuses on industrial-scale methods in areas such as chemical and fuels production; biological engineering, which applies engineering principles to biological systems for the creation of products such as pharmaceuticals and biomass-based energy; and honors research, which boosts one’s credentials for graduate school or research positions.
https://catalog.mines.edu/undergraduate/programs/chemicalandbiologicalengineering/#majortext
Career Opportunities for Chemical Engineering ?
Aerospace
Energy
Biomedical
Consulting
Electronic
Environmental
Manufacturing/Consumer Products
Ultrastrong fibers, fabrics and adhesives
Biocompatible materials for implants and prosthetics
Films for optoelectronic devices
Chemistry program?
Understanding of the behavior and properties of matter, the reactions and transformations that dictate chemical processes and the creation of new substances.
The curriculum includes subdisciplines such as organic and inorganic chemistry, physical chemistry, biochemistry, analytical chemistry, theoretical/computational chemistry and materials chemistry, which are examined for application toward technological problems in a host of fields and industries.
In addition to the standard chemistry program, which can be optimized to fit a student’s career goals, the program offers specialized tracks emphasizing environmental chemistry and biochemistry.
https://catalog.mines.edu/undergraduate/programs/chemistry/#majortext
SUGGESTED CAREERS FOR CHEMISTRY MAJORS?
Analytical chemist
Biotechnologist
Chemical engineer
Forensic scientist
Pharmacologist
Nanotechnologist
Toxicologist
Research scientist
Civil Engineering program?
Prepares students to design, construct and maintain the built environment: buildings, roads, bridges, tunnels, reservoirs and water treatment facilities.
After completing core courses in math, basic sciences, engineering sciences and engineering design principles and practices, students are exposed to the full breadth of civil engineering subfields and pursue specialization via electives in construction engineering, water resources and hydrologic engineering, environmental engineering, geotechnical engineering and engineering geology, structural engineering and other disciplines. Students are encouraged to incorporate an area of special interest or a minor into their program to qualify for an even wider variety of careers.
https://catalog.mines.edu/undergraduate/programs/civilandenvironmentaleng/#majortext
POSSIBLE CAREER AREAS Civil Engineering
Environmental remediation
Hazardous waste management
Pollution control
Soil engineer
Wastewater treatment
Prepare, review, and update environmental investigation reports
Design projects that lead to environmental protection, such as water reclamation facilities or air pollution control systems
Obtain, update, and maintain plans, permits, and standard operating procedures
Provide technical support for environmental remediation projects and for legal actions
Analyze scientific data and do quality-control checks
Monitor the progress of environmental improvement programs
Inspect industrial and municipal facilities and programs in order to ensure compliance with environmental regulations
Advise corporations and government agencies about procedures for cleaning up contaminated sites
Computer Science program?
Produces graduates who can process information using digital computers, design computer hardware and software and work successfully with various applications.
Using both theory and practice, core courses provide a solid foundation in discrete structures, algorithm design and analysis, principles of programming languages, computer architecture, operating systems, software engineering and database management. Electives tackle new and important topics such as graphics and visualization, human-computer interaction, artificial intelligence, mobile applications, web programming, security, high-performance computing and wireless sensor networks.
Students can also choose one of five areas of emphasis:
Business
Computer engineering
Data science
Research honors
Robotics and intelligence systems.
https://catalog.mines.edu/undergraduate/programs/cs/#majortext
EXAMPLES OF COMPUTER SCIENCE CAREERS?
Software developer
Software test engineer
Programmer analyst
Systems developer
Web developer
Application support analyst
Database administrator
Systems engineer
Network engineer
Information technology specialist
Computer systems analyst
Software development engineer
