The BEST Engineering Degrees RANKED (2024)

Summary

This video explores the top 20 engineering degrees, focusing on starting salaries, average earnings, and job growth over the next decade. It highlights the importance of materials, agricultural, and environmental engineering, emphasizing their roles in sustainability and efficiency. The channel also discusses the growing demand for computer, software, and AI engineering, driven by technological advancements and the digital age. The host, a professional engineer, concludes with personal top picks, suggesting AI and related fields for their future potential, and biomedical and agricultural engineering for their essential roles in a growing global population.

Takeaways

• 🔍 **Materials Engineering**: Starting at $63,000, with potential to reach $100,000, expected to grow 5% due to demand for new materials and manufacturing processes.
• 🌾 **Agricultural Engineering**: Begins at $50,000, with a ceiling of $83,000, and is projected to grow 6% as it plays a critical role in sustainable food production.
• 🌿 **Environmental Engineering**: Starts at $60,000, with an average earning of $96,000, expected to grow 6%, driven by heightened public awareness of environmental hazards.
• 🏭 **Industrial Engineering**: With starting salaries at $65,000 and potential to grow to $96,000, expected to grow 12%, focusing on reducing internal costs in manufacturing and other industries.
• 🏗️ **Civil Engineering**: Starting at $65,000, with average earnings of nearly $90,000, and a 5% growth projection, driven by continued investment in US infrastructure.
• 🛠️ **Biomedical Engineering**: Begins at $66,000, advancing to nearly $100,000, with a 5% growth expectation, merging healthcare and engineering as demand for biomedical devices and procedures increases.
• 💻 **Computer Systems Engineering**: Starts at $68,000, with potential to reach $102,000, and is projected to grow 10% as organizations rely on computer systems.
• ⚙️ **Mechanical Engineering**: With starting salaries at $69,000 and average earnings of $96,000, anticipates a 10% growth, as it is the cornerstone of various industries.
• 🔋 **Electrical Engineering**: Begins at $75,000, climbing to $103,000, with a 5% growth projection, fundamental to countless sectors and expected to grow as companies utilize their expertise.
• 🛩️ **Aerospace Engineering**: Starts earning $73,000 a year and can extend to $127,000, with a 6% growth rate, driven by technological advancements and the increasing accessibility of space.
• 🔬 **Chemical Engineering**: Begins at $59,000 but reaches $106,000 on average, with an 8% growth projection, driven by the need for sustainable energy and material solutions.
• 💾 **Computer Hardware Engineering**: Starts at $52,000, with potential to grow to $132,000, and a 5% growth expectation, reflecting the critical role in evolving computing infrastructures.
• ☢️ **Nuclear Engineering**: Offers starting salaries at $67,000, with mid-career at $122,000, projected to show little or no change, with demand influenced by the viability of renewable energy.
• 🚀 **Petroleum Engineering**: Ranks seventh with starting salaries at $74,000, potential to hit $131,000, and a 2% growth projection, influenced by the need for facilitating oil and gas extraction.
• 🌞 **Renewable Energy Engineering**: Starts at $62,000, with potential to grow to $106,000, and a robust expected demand growth of 15%, reflecting the global shift towards renewable energy sources.
• 🤖 **Robotics Engineering**: Begins at $72,000, escalating to $118,000, with a 9% growth expectation, attributed to the increasing use of robots in various industries.
• 📊 **Data Engineering**: With salaries starting at $74,000 and average earnings reaching $113,000, reflecting the critical role of data in the digital age.
• 🛡️ **Cybersecurity Engineering**: Begins at $81,000, climbing to $112,000, with a 32% growth projection, as digital security becomes increasingly relevant.
• 🤖 **Software Engineering**: Starts at $87,000, with seasoned professionals earning $127,000, and a 26% growth projection, driven by the expansion of software development in various fields.
• 🧠 **Artificial Intelligence Engineering**: At the top with starting salaries at $91,000 and potential average earnings of $155,000, with a staggering predicted growth rate of 73%, shaping the future of technology.

Q & A

What is the focus of the video script provided?

The video script focuses on the top 20 engineering degrees, discussing starting salaries, average earnings, and anticipated job growth over the next 10 years.

What is the starting salary for a materials engineer according to the script?

The starting salary for a materials engineer is around $63,000 a year.

What is the projected job growth for materials engineers in the next 10 years?

The projected job growth for materials engineers is 5% in the next 10 years, which is faster than the average for all occupations.

How does the script describe the role of agricultural engineers in food production?

The script describes agricultural engineers as critical players in the quest for sustainability and efficiency in food production.

What is the expected starting salary for an environmental engineer?

The expected starting salary for an environmental engineer is about $60,000 a year.

What is the projected growth rate for employment of industrial engineers by 2032?

The projected growth rate for employment of industrial engineers is 12% by 2032, which is much faster than the average for all occupations.

What is the starting salary for a civil engineer as mentioned in the script?

The starting salary for a civil engineer is $65,000 a year.

What are the key areas of growth for biomedical engineers?

Biomedical engineers are expected to see employment growth due to the demand for biomedical devices and procedures such as hip and knee replacements.

What is the starting salary for computer systems engineers and their potential growth?

The starting salary for computer systems engineers is around $68,000 a year with the potential to grow to $102,000 a year.

What is the script's ranking for mechanical engineering in terms of starting salaries and average earnings?

Mechanical engineering is ranked at number 13 with starting salaries at around $69,000 and average earnings of $96,000.

What are the top three degrees recommended by the script's presenter?

The top three degrees recommended by the presenter are AI engineering and other occupations related to it, biomedical engineering, and agricultural engineering.

What is the reason behind the presenter's preference for biomedical and agricultural engineering?

The presenter prefers biomedical and agricultural engineering because of the increasing world population, which will drive a bigger demand for food and healthcare.

What is the starting salary for a software engineer as per the script?

The starting salary for a software engineer is $87,000 a year.

What is the projected employment growth rate for software developers by 2032?

The projected employment growth rate for software developers is 26% by 2032, which is much faster than the average for all occupations.

What is the top-ranked engineering degree in the script?

The top-ranked engineering degree in the script is artificial intelligence engineering.

What is the starting salary for an artificial intelligence engineer according to the script?

The starting salary for an artificial intelligence engineer is $91,000 a year.

What is the projected growth rate for employment in artificial intelligence engineering over the next 10 years?

The projected growth rate for employment in artificial intelligence engineering is staggering at 73% over the next 10 years.

Outlines

00:00

🔬 Engineering Degrees Overview

This paragraph introduces the video's focus on the top 20 engineering degrees, highlighting starting salaries, average earnings, and job growth projections over the next decade. It emphasizes the incorporation of new data and a twist on expected pathways. The host, Alex, a professional engineer and career coach, presents his qualifications and begins the countdown with materials engineering at number 20, noting its role in developing new materials for products and systems, with a 5% job growth projection due to increasing demand for new materials and manufacturing processes.

05:02

🌾 Agricultural and Environmental Engineering Insights

The second paragraph delves into agricultural engineering at number 19, underscoring its importance in sustainable food production with a 6% job growth projection. It mentions the need for agricultural engineers to design efficient machinery and reduce environmental damage. Environmental engineering is discussed at number 18, with a 6% growth rate anticipated due to heightened public awareness of environmental hazards. The paragraph also covers industrial engineering at number 17, expecting a 12% growth by 2032, and civil engineering at number 16, with a 5% growth projection, both emphasizing their roles in infrastructure and societal needs.

10:03

🛠️ Biomedical and Computer Systems Engineering Trends

The third paragraph discusses biomedical engineering at number 15, which merges healthcare with engineering, and expects a 5% employment growth due to increasing demand for biomedical devices and procedures. Computer systems engineering at number 14 is highlighted for its 10% growth projection by 2032, as organizations continue to rely on IT. Mechanical engineering at number 13, with a 10% growth rate, is emphasized for its broad industry application, especially in automation machinery. Electrical engineering at number 12 is noted for its fundamental role across sectors, with a 5% growth projection, and chemical engineering at number 11 is recognized for its key role in sustainable energy and material solutions, anticipating an 8% growth.

✈️ Aerospace and Emerging Engineering Fields

Aerospace engineering at number 10 is featured for its 6% growth projection, driven by redesigns for less noise pollution and better fuel efficiency. The paragraph introduces computer hardware engineering at number 9, with a 5% growth expectation, and nuclear engineering at number 8, which shows little to no change in employment over the next decade. It also touches on petroleum engineering at number 7, with a 2% growth projection, and renewable energy engineering at number 6, reflecting a robust 15% growth due to the global shift towards renewable energy sources.

🤖 Robotics, Data, and Cybersecurity Engineering Advancements

Robotics engineering at number 5 is highlighted for its pivotal role in automation across industries, with a 9% growth projection by 2030. Data engineering secures the fourth spot, with a 35% growth rate expected for data scientists, reflecting the critical role of data in the digital age. Cybersecurity engineering at number 3 is emphasized for its 32% growth projection, underscoring the increasing relevance of digital security as cyber attacks grow in frequency.

💡 Software and Artificial Intelligence Engineering Dominance

Software engineering is discussed at number 2, recognized as a cornerstone of the tech industry, with a 26% growth projection by 2032. The paragraph concludes with artificial intelligence engineering at number 1, which is predicted to have a staggering 73% growth rate over the next decade. The host shares his top three degrees, favoring AI and related fields, but also suggests biomedical and agricultural engineering due to the increasing global demand for food and healthcare.

Keywords

💡Engineering Degrees

Engineering degrees refer to academic qualifications in various disciplines of engineering. In the video, the host discusses the top 20 engineering degrees, focusing on factors like starting salaries, average earnings, and job growth prospects. This keyword is central to the video's theme as it sets the stage for the exploration of different engineering career paths.

💡Starting Salaries

Starting salaries represent the initial income that an individual can expect to earn in a particular job or career. The video script provides specific figures for the starting salaries of various engineering degrees, indicating the financial potential for recent graduates in these fields. This concept is integral to the video's message, as it helps viewers gauge the economic viability of different engineering careers.

💡Average Earnings

Average earnings denote the typical income that professionals in a field can expect to make over time, often including experience and seniority. The script mentions average earnings for different engineering degrees, showing the long-term financial prospects. This is important for understanding the growth potential within each engineering discipline.

💡Job Growth

Job growth refers to the projected increase in the number of job opportunities within a particular field over a specified period. The video outlines the anticipated job growth for various engineering degrees, highlighting the future demand for these professionals. This concept is crucial for assessing the sustainability and growth potential of different engineering careers.

💡Materials Engineering

Materials Engineering is a field focused on the development, processing, and application of materials. The script positions it at number 20 in the list, with a 5% growth projection, emphasizing its role in creating new materials for products and systems, such as lighter and more fuel-efficient airplanes.

💡Agricultural Engineering

Agricultural Engineering involves the design of machinery, equipment, and structures for efficient and sustainable food production. The video script places it at number 19, with a 6% growth projection, underscoring the importance of this field in addressing global food security and environmental sustainability.

💡Environmental Engineering

Environmental Engineering is concerned with addressing environmental issues, such as pollution and resource management. The script lists it at the 18th spot, with a 6% growth projection, reflecting the increasing demand for professionals to improve environmental conditions and promote sustainability.

💡Industrial Engineering

Industrial Engineering is a discipline focused on optimizing production processes and systems efficiency. The video mentions it at number 17, with a 12% growth projection, indicating the high demand for professionals in this field as companies seek to reduce costs and improve operational efficiency.

💡Civil Engineering

Civil Engineering involves the planning, design, and construction of infrastructure projects. The script places it at number 16, with a 5% growth projection, highlighting the continuous need for civil engineers in upgrading and maintaining critical infrastructure like bridges and water systems.

💡Biomedical Engineering

Biomedical Engineering is an interdisciplinary field that combines engineering principles with medical and biological sciences. The video script lists it at number 15, with a 5% growth projection, showcasing the increasing demand for professionals in this field as the need for advanced medical devices and procedures grows.

💡Computer Systems Engineering

Computer Systems Engineering involves the design and implementation of computer systems and networks. The script positions it at number 14, with a 10% growth projection, reflecting the ongoing reliance on IT systems across various industries and the need for professionals to manage and innovate these technologies.

Highlights

Top 20 engineering degrees explored with a focus on starting salaries, average earnings, and job growth over the next decade.

Materials Engineering at number 20 with a 5% job growth projection, driven by demand for new materials and manufacturing processes.

Agricultural Engineering at number 19, with a 6% growth rate, essential for sustainable food production and environmental efficiency.

Environmental Engineering ranked 18th, with heightened public awareness driving a 6% job growth for environmental solutions.

Industrial Engineering at number 17, with a 12% growth rate due to the need for cost reduction in manufacturing and other industries.

Civil Engineering at number 16, with a 5% growth rate, crucial for infrastructure projects and renewable energy oversight.

Biomedical Engineering in 15th place, merging healthcare with engineering, and expected to grow by 5% due to demand for medical devices.

Computer Systems Engineering at number 14, with a 10% growth rate as organizations increasingly rely on computer systems.

Mechanical Engineering, the cornerstone of engineering, with a 10% growth rate due to complex automation machinery needs.

Electrical Engineering at number 12, fundamental to various sectors, with a 5% growth rate and key roles in electronic devices and systems.

Chemical Engineering at number 11, with an 8% growth rate, driven by sustainable energy needs and material solutions.

Aerospace Engineering at number 10, with a 6% growth rate, as aircraft are redesigned for less noise and better fuel efficiency.

Computer Hardware Engineering in 9th place, with a 5% growth rate, reflecting the evolving computing infrastructures demand.

Nuclear Engineering at number 8, with little change in employment, influenced by renewable energy viability and nuclear plant construction limits.

Petroleum Engineering ranked 7th, with a 2% growth rate, as the need for oil and gas extraction drives some demand.

Renewable Energy Engineering at number 6, with a robust 15% growth rate, reflecting the global shift towards sustainable energy sources.

Robotics Engineering in 5th place, with a 9% growth rate, due to increasing use of robots in manufacturing, healthcare, and defense.

Data Engineering secures the 4th spot, highlighting the critical role of data in the digital age, with a 35% growth rate for data scientists.

Cyber Security Engineering at number 3, with a 32% growth rate, as digital security becomes increasingly relevant.

Software Engineering in 2nd place, the cornerstone of the tech industry, with a 26% growth rate due to expansion in AI, IoT, and automation.

Artificial Intelligence Engineering at number 1, with a staggering 73% growth rate, shaping the future of technology.

The presenter's top three degrees are AI Engineering and related fields, biomedical engineering, and agricultural engineering due to increasing global demands.

Transcripts

welcome back to our Channel where we

simplify the complex world of

engineering degrees into a narrative you

can follow easily today we are diving

into the top 20 engineering degrees

focusing on starting salaries average

earnings and the anticipated job growth

over the next 10 years let's explore

these Pathways with a Twist on the

expected and incorporate new data into

our exploration at the end of this video

I will tell you my top three degrees I'm

Alex a professional engineer with over

15 years of experience so C ified

professional career coach and the

certified professional resume writer at

number 20 we find materials engineering

so beginners might see a starting salary

of around $63,000 a year with potential

growth to $100,000 a year employment of

materials Engineers is projected to grow

5% in the next 10 years faster than the

average for all occupations as demand

for new materials and Manufacturing

processes continues to increase more

materials Engineers are expected to be

needed to help develop this products and

systems for example uh new material

Alloys are expected to be developed to

make airplanes lighter and more fuel

efficient a great focus on uh

environmental sustainability Also may

create demand for materials Engineers

moving to number 19 agricultural

engineering so that emerges the critical

player in our quest of for

sustainability and efficiency in food

production so the initial salary can be

approximately 50 $7,000 a year with

potential growth to $83,000 as expertise

depend employment of agricultural

Engineers is projected to grow 6% a year

Farms will continue to need agricultural

Engineers to design more efficient

Machinery equipment and buildings and to

help reduce environmental damage so

agricultural Engineers expected to

continue working on projects such as

ternative energies and B fuels Precision

automated farming Technologies for

irrigation Sprain and harvesting so an

addition strong Global competition

should further support demand for these

workers as pharmace ways to reduce cost

and decrease production right

environmental engineering takes 18th

spot with a starting salary of about

$60,000 a year and average earning of

around

$96,000 a year employment of

environmental Engineers is projected to

grow 6% by 2032 faster than the average

for all occupations heightened public

awareness of the hazards facing the

environmental is expected to support

demand for environmental Engineers for

example this workers are expected to be

needed to help desire solutions to

improve water and their quality IIT

growing concern about pollution and the

lack of access to clean drinking water

across the country number 17 belongs to

industrial engineering where studing

salaries however around $65,000 a year

escalating to $96,000 a year employment

of industrial Engineers is projected to

grow 12% by 2032 much faster than the

average for all occupations industrial

Engineers focus on reducing internal

costs making their work avable in

manufacturing and other Industries such

as um Consulting and Engineering

servicing and research and development

firms right as more companies look to

lower cost so demand is expected to

increase for industrial Engineers to

optimize production processes also

manage uh Supply chains and Logistics

and uh provide expertise on automation

at number 16 civil engineering so with

the starting salaries at $65,000 and

average figures reaching $89 almost

$90,000 a year its employment is

projected to grow 5% in the next 10

years it's contined investment in US

infrastructure civil engineers will be

needed to manage projects that meet

society's need for upgrading Bridges Ro

s Water Systems buildings and other

structures civil engineers also will be

needed to oversee renewable energy

projects such as constructions of wind

farms and solar arras as those projects

get approval biomedical engineering

claims the 15th Place starting at 66,000

and advancing to almost $100,000 a year

so this field merges Healthcare and

Engineering with a growth expectation of

5% bio engineers and biomedical

Engineers are expected to see employment

growth at has demand for biomedical

devices and procedes such hip and knee

Replacements continues to increase in

addition with continued public awareness

of medical advances increasing number of

people will seek biomedical solutions to

their problem computer systems

engineering claims the sported number 14

so starting salaries for systems

Engineers or computer Engineers are

around $68,000 a year with the potential

to grow to

$102,000 a year so for those with more

exper employment of computer systems

analyst is projected to grow around 10%

a year by 2032 much faster than the

average for all occupations as

organizations across the economy

continue to rely on it the computer

systems analyst or Engineers will be

hired to design and install new computer

systems small farms will with minimal it

requirements will find it more cost

effective to contract with outside farms

for these services so rather than to

hire computer systems analist directly

mechanical engineering this is my

profession is up next at number 13 corn

Stone of engineering with studing

salaries at around 69,000 and average

earnings of 96,000 it anticipates a 10%

growth mechanical engineers work in a

range of Industries and on many types of

projects as a result employment growth

for this workers arise by industry as

manufacturing processes incorporate more

complex automation Machinery mechanical

engineers are expected to be needed to

help plan for and Design This equipment

number 12 is for electrical engineering

fundamental to countless sectors the

starters can expect here like $75,000 a

year climbing to

$103,000 a year on average overall

employment of electrical and electronics

Engineers is projected to grow 5% by

2032 faster than the average for all

occupations some employment growth is

expected as companies they continue to

utilize the expertise of Engineers for

projects involving electronic devices

and systems these Engineers are expected

to have key roles in developing

sophisticated customer Electronics solar

arrays semiconductors and communication

Technologies chemical engineering stands

at number 11 key to Pharmaceuticals

energy and more it starts at 59,000 but

reaches 106,000 on average with an 8%

growth projection driven by the need for

sustainable energy and the material

solution in addition demand for these

workers will continue with chemical

engineering's migration into nanot

technology alternative energies

biotechnology and other FS at number 10

aerospace engineering takes flight

startus earning $73,000 a year and can

extend to

127,000 with the projected growth rate

of 6% aircraft have been redesigned for

less noise pollution and better fuel

efficiency which should help Drive

demand for aerospace engineers

technological advancement have reduced

the cost of launching satellites so

demand for aerospace engineers is

expected to increase as space becomes

more accessible especially with

developments in small satellites that

have greater commercial liability in

addition continued interest in draws for

certain users such as forest fire

detection may help to drive employment

growth for these Engineers computer

hardware engineering which claims the

ninth sport in Tech hotland the studying

salaries are around $52,000 a year with

potential sing to 32,000 a 5% growth

expectation reflects the critical role

for computer engineering in evolving

Computing infrastructures and systems

demand for computer hardware Engineers

is expected to grow as this workers

needed to design parts of manufacturing

products that use processes and other

components such as household

applications medical devices and

automobile nuclear engineering occupies

the eighth position offering a unique

path with starting salaries at 6 $7,000

a year and mid Korea at

$122,000 a year employment of nuclear

Engineers is projected to show little or

no change in the next 10 years

traditional utilities that own and built

nuclear power plants have employed the

greatest number of nuclear Engineers

however the increasing viability of

renewable energy and limited

construction of new nuclear power plants

puts economic pressure on traditional

nuclear power generation and reduces

demand for these Engineers sending

hundreds of résumés but not getting any

response engineer now is a platform for

creating RS for engineers of all

professions the most crucial aspect of a

technical specialist's resume is their

professional skills on the engineer now

platform technical skills and

competencies for almost all engineering

professions have been manually selected

and you can add them to your resume with

just one click in today's world most

companies use AI algorithms to screen

resumés so even the format of your

resume matters during the selection

process engineer now uses formats tested

over the years on hundreds of Engineers

use what truly works the next one is

petroleum engineering which ranks uh

seventh with stent salaries at

$74,000 a year and the potential hitting

$131 almost $33,000 a year employment of

petroleum Engineers is projected to grow

2% by 2032 about as fast as the average

for all occupations so the need for

petroleum engine to help facilitate oil

and gas extraction at existing

operations is expected to create some

demand for these workers however

increased use of renewable energy and

weak investments in fossil fuels

production May limit job growth over the

projection decades be careful with this

occupation Renewable Energy Engineering

Finds Its place at number six as the

world pivot STS sustainable energy

solutions those entering this field can

expect stting salaries around 62,000 000

with the potential grow to $106,000 a

year on average the expected demand

growth is robust at 15% reflecting the

Urgent Global shift towards renewable

energy sources like solar and wind at

number five robotics engineering images

at the pival FI with Automation and all

Transformer Industries starting salaries

are about $72,000 a year escalating to

$118,000 a year on average according to

the Bureau of Labor static their demand

for robotics engineering is expected to

grow by 9% by 2030 the search in demand

can be attributed to the over increasing

use of robots and industries such as

manufacturing healthare and defense in

fact robots are becoming more prevalent

in our daily lives from self-driving

cost to robotic surgical systems data

engineering secure the fourth spot

highlighting the critical role of data

in today's digital age so can look

forward to salaries of $74,000 a year

with average earnings reaching

$113,000 a year quite a similar job

which is sometimes interchangeable in

data scientist and the studing salary

here is

124,000 employment of data scientist is

projected to grow 35% which is much

faster than the average for all

occupations cyber security engineering

is more relevant than even at number

three in an area where digital security

is per month studing salaries are 81,000

climbing to 112,000 employment of

information security or cyber security

Engineers is projected to grow 32% in

the next 10 years cyber attacks have

grown in a frequency and these Engineers

will be needed to create innovative

solutions to prevent Hackers from

stealing critical information or

creating problems for computer networks

at number two software engineering it's

a corstone of the tech industry with

beginners earning 87,000 a year and

season professionals

$127,000 a year overall employment of

software developers is projected to grow

26% by 2032 which is much faster than

the average for all occupations

increased demand for software developers

software quality insurance analy and

testest will Steam from the continued

expansion of software development for

artificial intelligence Internet of

Things Robotics and other automation

applications finally at number one

artificial intelligence engineering

maintains its Crown this Cutting Edge

field is shaping the future with

studying salaries at $91,000 a year and

potential average earnings of

$155,000 a year According to some

statistics staggering growth rate is

predicted at

73% over the next 10 years so as I said

earlier my top three degrees are AI

engineering and and actually all

occupations related to it but if you way

far from it and hate programming coding

Etc so I would suggest looking at

biomedical engineering and agricultural

engineering so when it comes to it it's

easy to see that it's big part of our

present and will be in the future too so

why do I favor biomedical and

agricultural engineering it's because

the world's population is increasing

quickly and with more people there is

going to be a bigger demand for food and

health care see you in the next video

and don't forget to subscribe bye-bye