Animal Related Courses

There are many animal-related degree courses for students hoping to find future employment in the animal industry. It is also possible to major in an area that is not specifically “animal-related” (such as marketing, business administration, or education) and to combine that course of study with a minor in an animal-related area.

Here are some of the most popular animal-related degree programs.

Animal Behavior

Animal behavior programs are generally graduate level courses of study that a student can pursue after completing an undergraduate degree in biology, psychology, animal science, or a related field. Animal behaviorists generally achieve a Master’s degree or Ph.D. in the field. Coursework may include etiology, biology, ecology, anatomy & physiology, zoology, animal science, psychology, and statistics.

Animal Science

Animal science majors pursue a course of study that usually focuses primarily on the management of livestock species such as cattle, horses, pigs, goats, and sheep. The study of companion animal species is included to some degree in many programs.

Coursework may include topics in behavior, production, meat science, reproduction, genetics, nutrition, ration formulation, agricultural marketing, biology, chemistry, and statistics. Animal science graduates can work in many fields or pursue graduate studies in veterinary medicine, reproduction, nutrition, etc. Animal science programs are offered by many colleges and universities.


Biology majors study a variety of topics such as microbiology, biochemistry, inorganic chemistry, organic chemistry, ecology, genetics, immunology, development, anatomy, and physiology.

The biology degree is particularly versatile and can provide a path to dozens of animal-related careers or graduate level studies depending on the specific courses the undergraduate chooses to pursue. Nearly all colleges and universities offer a biology degree, and it is also a very common graduate offering.​

Dairy Science

Dairy science majors study dairy cattle management topics including milk production, nutrition, herd health, reproduction, genetics, and marketing. Students who graduate from these programs are qualified to work as dairy farmers, dairy managers, or in other related dairy positions.

Equine Science

Majors in equine science, the study of horses, study equine management topics including equine exercise physiology, reproduction, anatomy and physiology, behavior, nutrition, training methods, and topics in business management or marketing.

Some equine science programs include significant hands-on riding and competition experience in various disciplines. Equine science programs are offered by many colleges and universities; an equine science minor is also a popular option for those studying animal science or biology.

Poultry Science

Poultry science programs focus on poultry management topics such as egg production, meat production, reproduction, anatomy and physiology, genetics, nutrition, ration formulation, biotechnology, business management, and marketing.

Veterinary Technology

Veterinary technology majors study a variety of topics relating to animal health, disease transmission, anatomy, physiology, and proper use of medical equipment. Veterinary technology graduates are eligible to sit for the national licensing exam which grants them certification as veterinary technicians.

Graduates from veterinary technology programs may work as veterinary technicians, veterinary pharmaceutical sales representatives, and related positions.


Zoology programs may focus on topics such as general zoology, marine biology, wildlife biology, ecology, behavior, nutrition, reproduction, cell biology, developmental biology, chemistry, physics, and statistics.

Zoologists are qualified to work in zoos, in research positions, in wildlife conservation organizations, or related positions.

Engineer Course Comparisons

Picking the right engineering course and what it entails is relatively broad in retrospect, there are all manners of ways to be an engineer in all manners of different fields, but how will you know which the right type of engineer course is for you? You could take a look at our comprehensive list of Engineering Industry Sectors and find related courses, take a look below to narrow down your options and then we’d recommend visiting different universities and quizzing their engineering departments to find the right course for you.

Mechanical Engineering Degrees

One of the most innovative and exciting areas of engineering, mechanical engineering degrees offer a wide range of specialisms to excel in.

Aerospace Engineering Degree

A specialist degree which boasts a variety of topics including aircraft performance, control and structures, composites, noise and space flight.

Automotive Engineering Degree

This is essentially the technical and creative study of automotive design, drivetrain, vehicle body and engineering systems with key business and market considerations.

Biomedical Engineering Degree

Biomedical engineering is about finding solutions to medical issues by meeting the demands of the healthcare business through the development of specialist technology.

Biomechanical Engineering Degree

Often twinned with biomedical engineering, this degree provides the fundamental understanding of mechanics in the fields of biology and medicine by way of focusing in on more narrow fields like corrective surgery.

Civil Engineering Degrees

Civil engineering degrees cover the topics associated with planning, designing and constructing infrastructures while ensuring that public and environmental health laws are being adhered to. The courses will also cover improving and maintaining existing infrastructures.

Structural Engineering Degree

This degree teaches the disciplines needed to analyse, design, plan and research structural components and systems as well as the take into account not only safety factors but aesthetic (the look of the structure) and social factors and how it will affect the communities, etc.

Architectural Engineering Degree

This degree focuses on the technical and managerial aspects of architectural design and construction project management.

Electrical Engineering Degrees

An important aspect of everyday life, examples of electrical engineering are all around us from communications to entertainment, retail, manufacturing, healthcare, transport and much more.

Computer Engineering Degree

Learning how to work with hardware and software, this degree is ideal for someone with a keen interest on not only computers, but the functioning behind these systems, from the microprocessors and routers to applications and programmes.

Electronics Engineering Degree

This degree teaches you the fundamental principles of electronic engineering and the skills necessary for the modern day system designs, interfacing and communications.

Robotics Engineering Degree

This degree will teach you about the aspects of design, construction and the operation of robots as well as systems for their information processing and touch on computer science related to robotics.

Microelectrical Engineering Degree

Microelectrical engineering focuses on the fabrication of electronic, bioelectronic, electromechanic and fluidic devices and systems and their applications.

Chemical Engineering Degrees

Chemical engineering combines natural and experimental sciences like chemistry and physics along with life sciences such as biology, microbiology and biochemistry as well as mathematics and economics.

Environmental Engineering Degree

An environmental engineering degree will build upon fundamental civil/construction engineering and project management principles in regards to social, economic and environmental issues.

Materials Science Engineering Degree

Material engineers study relationships between the structures and properties of solids including metals, ceramics, polymers, biomaterials and composites and how they are made, with a focus on the best possible material for specific tasks and purposes. An example of industries this is prominent in is the aerospace, automotive and telecommunications industries.

Agricultural Engineering Degree

An agricultural engineering degree will cover everything from the design of machines, farming infrastructures, irrigation and draining, improvement and development of farming technologies aswell as researching renewable energy sources.

Paper Engineering Degree

This degree will cover the engineering and science behind the production of paper, tissue and other products made from natural fibres.

Geotechnical Engineering Degrees


Geo technical engineering degrees combine specific skills and courses regarding structures and properties related to soil, groundwork, and construction practices upon these terrains.

Petroleum Engineering Degree

This degree focuses on activities related to the production of hydrocarbons such as crude oil or natural gas.

Geological Engineering Degree

A geological engineering degree deals with factors like soil, rock, groundwater and other conditions which may or may not affect construction projects onsite.

Nuclear Engineering Degree

Nuclear engineering is primarily concerned with the breakdown and fusion of atomic nuclei and often the application of sub-atomic physics within the nuclear physics realm.

Marine Engineering Degree

Marine engineers build, design and repair boats, ships, underwater crafts and drilling equipment used at sea.

Mining Engineering Degree

This degree involves the practice and science behind extracting and processing minerals that natural evolve and occur from the environment.


Different Types Of Computer Courses

There has been so much confusion about courses related to computers. Most people finding a course for college find it difficult to assess which computer-related degree is for them because they do not know the scope of knowledge of computer science, computer engineering, hardware engineering, and software engineering.

They only realize the difference when they have already signed up for any of the mentioned courses. Worse, they don’t get it at all so they just go blindly along with it. But it pays to know as early as now. So what’s the difference between computer science, computer engineering, hardware engineering, and software engineering?

Computer Science: The University of Southern Mississippi Computer science is that branch of science and technology that encompasses all aspects of a computer system including computer software, hardware, and networking. In its most general form, it is concerned with the understanding of information transfer and transformation. It is the study of all the processes that fall under the umbrella of giving life to a machine to enable it to perform complicated tasks and actions. Computer science explores the fundamental understanding of algorithms and information processes and the practical design of efficient reliable software and hardware to meet given specifications.

Computer Engineering:  This is a course that blends together computer science and electrical engineering. Computer engineering covers the research, design, development and testing of computer systems and components such as processors, circuit boards, memory devices, networks and routers. It also covers software development. It is this field that integrates such components into computer and network systems. That is why computer engineers need to have working knowledge in electrical engineering.

Computer Science Degree:  As the name suggests, hardware engineering (or computer hardware engineering) is responsible for designing and developing computer hardware, like circuit boards, chips, and systems for increased efficiency of the computer. Engineers under this branch usually test and install any hardware after conducting research and overseeing the manufacturing process of their products, if they aren’t updating systems by improving the components. It is closely related to electronics engineering. Both study the design, development, and testing of electronic circuits and components. But hardware engineering is only limited to handle computer and peripheral equipment.

Software Engineering Source:  Software engineering is all about the process of analyzing user needs and designing, constructing, and testing end user applications that will satisfy these needs through the use of software programming languages. It also includes analyzing existing software and modifying it to meet current application needs. The average salary for a software engineer is in the six-figure lane, so it’s a highly lucrative career to get into. It is far from simple programming in terms of scope. The field of software engineering encompasses design, construction, maintenance, configuration, development process management and creation of software, among others. It is typically used for large and intricate software systems rather than single applications or programs.