International Year One in Science (2-Semester Pathway) Leading to Bachelor of Science in Immunology

at INTO Group - The University of Alabama at Birmingham USA

International Year One in computer science will prepare you to enter your next semester of a bachelor's degree program at The University of Alabama at Birmingham. After successfully completing the Pathway program, you are guaranteed to enter your next semester of study. This transition to university from an INTO program is called progression.

Computer Science
Study computer science, and you'll learn how to analyze a problem and find a computational solution. A BS in Computer Science can help you prepare for a career in software development, programming, research, network administration, web development, and much more.

With 48 hours of computer science courses, the Bachelor of Science (BS) offers students a more technical route than the Bachelor of Arts (BA), which requires 36 hours. Your coursework will include math and natural sciences, and core courses such as Discrete Structures, Automated and Formal Languages, and Programming Languages will give you a foundation in designing, building, and understanding computer-based systems, processes, and programs. Honors students may wish to research, write, and publish a formal scientific report or give an oral presentation. You'll even be able to earn a teaching certification in mathematics through UABTeach and apply your STEM knowledge in the classroom.

International Year One in Business will prepare you to enter your next semester of a bachelor's degree program at The University of Alabama at Birmingham. After successfully completing the Pathway program, you are guaranteed to enter your next semester of study. This transition to university from an INTO program is called progression.

Industrial Distribution
The Charles and Patsy Collat Industrial Distribution (ID) Program is a rare degree program that puts you at the center of one of the fastest growing fields in business.  Distribution professionals manage the flow of materials from manufacturers to distributors to customers- which means they play a key role in propelling the economy forward by supplying the building blocks for the products America creates and the world buys. Industrial distributors supply government, industry, and manufacturers, with products necessary for business and health care operations.

Graduates are prepared for careers with manufacturers or distributors in technical industries for sales engineering, logistics, marketing, inventory and purchasing positions as well as branch management.

You have an interest in biomedical health sciences, but you want to leave your options open for your future. With this degree, you will have an opportunity to gain the knowledge and skills that can help you launch a career in research science, scientific policy, science communication, education, or biomedical sales—or to gain more experience in preparation for professional schools.

You have plenty of choices in the program. Choose the thesis or non-thesis options, which require different amounts of laboratory and research training. Take elective courses to explore different biomedical science disciplines. Add a concentration designation to your transcript. You can even enroll in professional development courses in teaching, writing, scientific communication, and other topics. No matter what you choose, you can benefit from a core curriculum that includes courses in Molecular and Cell Biology, Biochemistry, General Human Physiology, Critical Thinking and Scientific Integrity, and Biostatistics.

International Year One in engineering will prepare you to enter your next semester of a bachelor's degree program at The University of Alabama at Birmingham. After successfully completing the Pathway program, you are guaranteed to enter your next semester of study. This transition to university from an INTO program is called progression.

Materials Engineering
The world is made out of all sorts of stuff—metals, plastic, glass, stones, almost anything you can think of—and materials engineers not only study how to make that stuff but also why we use it. As a grad, you can go on to work in aerospace, chemical, automotive, metals casting, biomedical, or microelectronics fields.

For success in this field, we believe hands-on experience is invaluable. That's why we complement your classes with labs, research, internships, and co-ops. We offer a general curriculum, or you can focus on tissue engineering and implants, metals and automotive materials, or the chemical makeup of polymers. Plus, you can enrich your experience with additional research and seminars in our honors program, or even get a certification to teach general science through the UABTeach program. Best of all, you'll have access to our state-of-the-art 20,000 square-foot Materials Processing and Development (MPAD) facility.

The Department of Materials Science and Engineering offers undergraduate students a major in materials science and engineering, covering a wide spectrum of the materials world, with concentrations in biomaterials, metallurgy, and polymer matrix composites.

Besides classroom learning, our students are trained with technical skills through laboratory classes, research experiences in laboratories led by faculty, and internships and co-ops in industry. Students develop their professional skill by active engagement with the UAB student chapters of various professional societies and participating in outreach activities. After graduation, our students either start professional careers or pursue graduate studies.

International Year One in engineering will prepare you to enter your next semester of a bachelor's degree program at The University of Alabama at Birmingham. After successfully completing the Pathway program, you are guaranteed to enter your next semester of study. This transition to university from an INTO program is called progression.

 Engineering Design
In the world of engineering design, you might be responsible for creating the next new camera phone, innovating a self-driving car — practically anything. The possibilities are endless, and at UAB, you can tailor your major to help you succeed in almost any aspect of engineering design.
So what exactly goes in a degree in engineering design? For one, our program includes a 15-hour engineering design and innovation core as the backbone to your education. It’s a three-course progression in engineering design as well as a two-semester capstone project. Plus we’re going to load your noodle up with all the fundamental math, science, physics, and engineering skills that you’ll need to embark on your career.
The Bachelor of Science in Engineering degree with a major in Engineering Design offers undergraduates a unique opportunity to earn an engineering degree tailored to their interest, with an emphasis on innovation and design.
The Engineering Design program is intended for students whose academic/scientific interests aren’t aligned with an existing engineering discipline or limited to one engineering discipline. The ideal student will be highly adaptable to different learning environments, prepared to work in interdisciplinary teams, and adept at hands-on learning.

It's amazing what our bodies can achieve, and in the kinesiology program, you'll study how a person can stay healthy and physically fit. Your degree could lead to a career as a physical education teacher, physical therapist, or occupational therapist.

To begin, you're first going to choose a concentration based on your goals. If you concentrate in exercise science, you'll study topics such as exercise physiology, metabolism, body composition, and biomechanics. With a fitness leadership concentration, your coursework will prepare you for a career as an instructor or fitness director. Interested in exercise bioenergetics? We'll cover human anatomy and physiology, chemistry, weight training, nutrition, and more. Finally, if you choose physical education with a teacher certification, we'll complement your classwork with a student teaching experience.

International Year One in engineering will prepare you to enter your next semester of a bachelor's degree program at The University of Alabama at Birmingham. After successfully completing the Pathway program, you are guaranteed to enter your next semester of study. This transition to university from an INTO program is called progression.

 Engineering Design
In the world of engineering design, you might be responsible for creating the next new camera phone, innovating a self-driving car — practically anything. The possibilities are endless, and at UAB, you can tailor your major to help you succeed in almost any aspect of engineering design.
So what exactly goes in a degree in engineering design? For one, our program includes a 15-hour engineering design and innovation core as the backbone to your education. It’s a three-course progression in engineering design as well as a two-semester capstone project. Plus we’re going to load your noodle up with all the fundamental math, science, physics, and engineering skills that you’ll need to embark on your career.
The Bachelor of Science in Engineering degree with a major in Engineering Design offers undergraduates a unique opportunity to earn an engineering degree tailored to their interest, with an emphasis on innovation and design.
The Engineering Design program is intended for students whose academic/scientific interests aren’t aligned with an existing engineering discipline or limited to one engineering discipline. The ideal student will be highly adaptable to different learning environments, prepared to work in interdisciplinary teams, and adept at hands-on learning.

International Year One in engineering will prepare you to enter your next semester of a bachelor's degree program at The University of Alabama at Birmingham. After successfully completing the Pathway program, you are guaranteed to enter your next semester of study. This transition to university from an INTO program is called progression.

Materials Engineering
The world is made out of all sorts of stuff—metals, plastic, glass, stones, almost anything you can think of—and materials engineers not only study how to make that stuff but also why we use it. As a grad, you can go on to work in aerospace, chemical, automotive, metals casting, biomedical, or microelectronics fields.

For success in this field, we believe hands-on experience is invaluable. That's why we complement your classes with labs, research, internships, and co-ops. We offer a general curriculum, or you can focus on tissue engineering and implants, metals and automotive materials, or the chemical makeup of polymers. Plus, you can enrich your experience with additional research and seminars in our honors program, or even get a certification to teach general science through the UABTeach program. Best of all, you'll have access to our state-of-the-art 20,000 square-foot Materials Processing and Development (MPAD) facility.

The Department of Materials Science and Engineering offers undergraduate students a major in materials science and engineering, covering a wide spectrum of the materials world, with concentrations in biomaterials, metallurgy, and polymer matrix composites.

Besides classroom learning, our students are trained with technical skills through laboratory classes, research experiences in laboratories led by faculty, and internships and co-ops in industry. Students develop their professional skill by active engagement with the UAB student chapters of various professional societies and participating in outreach activities. After graduation, our students either start professional careers or pursue graduate studies.

Mathematics is the study of quantity, structure, space, and change. By understanding this universal language, you'll have problem-solving abilities that are useful in business, engineering, medicine, technology, and a seemingly infinite number of other fields.

In fact, many mathematics grads go on to work at NASA, Bell Labs, and even the National Security Agency. But to get there, you have to start here, with subjects like differential equations, advanced calculus, and mathematical modeling. If you're looking to further your education, consider our mathematics accelerated master's program, where you can complete both your bachelor's and master's in only four years. Interested in teaching? Earn a teaching certificate along with your degree through UABTeach.

Environmental health professionals must be able to recognize, evaluate, and control environmental and occupational risk factors that may lead to disease. The Master of Public Health (MPH) with a concentration in Environmental and Occupational Health is intended to study the links between environmental and occupational stressors and human health from exposure and toxicant action to science-based risk assessment and policy development. We train students to recognize and assess environmental and occupational exposures, determine the toxicity risk to the humans, and design and properly communicate strategies to reduce risk and help set appropriate policy. Students should also be able to develop strategies and management policies for the prevention of occupational injury and disease. The mandatory internship is intended to introduce the students to real-life experience in environmental and occupational health and to give them tools necessary for problems solving in the field.

Our goal is to enable students to:

• Explain environmental and occupational health theories and apply them to public health problems.
• Create risk assessment approaches based on target populations.
• Apply environmental justice principles in community and occupational settings.
• Demonstrate an understanding of the regulatory policies and agencies that influence environmental and occupational health issues.
• Evaluate the literature concerning environmental factors impacting human health.