10 Highest-Paying Engineering Bachelor's - Bachelors Degree Center (2024)

Key Infor­ma­tion:

• The high­est pay­ing engi­neer­ing degrees includes dif­fer­ent dis­ci­plines such as Aero­space, Soft­ware, and Chem­i­cal Engi­neer­ing.
• These posi­tions com­mand attrac­tive salaries mak­ing engi­neer­ing alucra­tive career choice.
• Engi­neers work in diverse indus­tries, from space explo­ration to cre­at­ing every­day products.
• The high pay is asso­ci­at­ed with the com­plex skills and knowl­edge required in these engi­neer­ing fields.

Engi­neers are respon­si­ble for the cre­ation of just about every­thing peo­ple touch in their dai­ly lives. They cre­ate the engines that go into the cars, the toast­er on the kitchen counter, and even the HVAC sys­tems for the home and office. There are many types of high­est pay­ing engi­neer­ing degrees. With that being said, the engi­neer­ing majors with the high­est pay make it worth­while for some­one to study engi­neer­ing as acareer while earn­ing asat­is­fac­to­ry salary.

Orig­i­nal­ly pub­lished in July 2022 and updat­ed in Jan­u­ary2024.

Engi­neer­ing is afield that com­bines cre­ativ­i­ty with ahost of STEM skills in order to cre­ate some­thing that works as intend­ed. It’s also usedto:

• help main­tain the environment
• find new uses for chemicals
• improve exist­ing process­es for increased efficiency
• ensure that aprod­uct or process is safe for all touse

Just about every indus­try needs an engi­neer to aid with the design and cre­ation of new prod­ucts, improve exist­ing ones, and find solu­tions to prob­lems as theyarise.

The 4Main Engineering Categories

There are four main cat­e­gories of engineering:

• Chem­i­cal
• Civ­il
• Elec­tri­cal
• Mechan­i­cal

Each main cat­e­go­ry has mul­ti­ple sub­dis­ci­plines that offer astu­dent the oppor­tu­ni­ty to find an area of engi­neer­ing that suits their apti­tudes and inter­ests the best and make alife-long career out of it. Many sub­dis­ci­plines of engi­neer­ing over­lap with one anoth­er and can open up the oppor­tu­ni­ty to work in anoth­er area of engi­neer­ing or col­lab­o­rate with oth­ers to expand one’s own knowl­edgebase.

When asked “Which engi­neer­ing has the high­est salary?”, the answer is usu­al­ly that it depends on the types of engi­neer­ing and salaries asso­ci­at­ed with it. How­ev­er, the field of engi­neer­ing as awhole is not like­ly to ever go away, or not be in demand, as engi­neers are the cre­ative forces behind the cre­ation of things that make up the world around us.

So what are the high­est-paid engi­neer­ing degrees? What type of engi­neer makes the most mon­ey? Earn­ing abachelor’s degree in engi­neer­ing is just the first step towards acareer full of growth and earn­ing oppor­tu­ni­ties. Here’s alook at the 10 high­est-pay­ing bach­e­lors in engineering.

1. Aerospace Engineer

An Aero­space Engi­neer works in the avi­a­tion and space indus­tries design­ing things such as satel­lites, com­mer­cial and pri­vate air­craft, rock­ets, and the sys­tems asso­ci­at­ed with their oper­a­tions. Work­ing asan aero­space engi­neer means enter­ing one of the two main branches:

• Aero­nau­ti­cal Engineering
• Astro­nau­ti­cal Engineering

Aero­nau­ti­cal engi­neer­ing focus­es on atmos­pher­ic flight where­as astro­nau­ti­cal engi­neer­ing involves space flight. Both branch­es over­lap each oth­er which means some­one who works in one field can eas­i­ly tran­si­tion to theother.

An Aero­space Engi­neer can find them­selves work­ing on the design, devel­op­ment, con­struc­tion, test­ing, and final pro­duc­tion of all types of space and air­craft. They can work in the pub­lic and pri­vate sec­tors, work­ing in places suchas:

• labs
• sys­tems suppliers
• man­u­fac­tur­ers
• air­lines
• research and development
• uni­ver­si­ties

This is anoth­er one of the high­est pay­ing engi­neer­ing jobs in terms of aver­age, but the pay can quick­ly increase with salary and tak­ing advan­tage of job opportunities.

Aver­age Salary: $126,880

2. Software Engineer

A Soft­ware Engi­neer com­bines their knowl­edge of pro­gram­ming lan­guages and engi­neer­ing prin­ci­ples to cre­ate soft­ware archi­tec­ture for avari­ety of uses and pur­pos­es. They cre­ate pro­grams and apps for any­thing that needscom­put­er hard­ware to oper­ate and per­formtasks.

A soft­ware engi­neer can also be tasked with tak­ing old, out-of-date pro­grams and build­ing off their frame­work for an update or to build some­thing com­plete­ly new. Oth­er areas where asoft­ware engi­neer can find work include pro­gram­ming forrobots, video games, sys­tems engi­neers, and mobile apps.

The Soft­ware Engi­neer career is almost at the top of the list in terms of the high­est-pay­ing engi­neer­ing jobsdue to the fact they have tobe:

• flu­ent in mul­ti­ple pro­gram­ming languages
• under­stand the phys­i­cal con­struc­tion of computers
• under­stand the lim­i­ta­tions of com­put­er hard­ware when it comes to pro­cess­ing the code they cre­ate and its ulti­mateuse

Soft­ware engi­neers are in high demand and their aver­agesalary reflects thatfact.

Aver­age Salary: $124,200

3. Chemical Engineer

It could be said that the chem­i­cal engi­neer­ing degree is the penul­ti­mate STEM degree due to the fact it combines:

• Biol­o­gy
• Eco­nom­ics
• Math­e­mat­ics
• Chem­istry
• Physics

Chem­i­cal engi­neers are involved in the cre­ation and improve­ment of foods, med­ica­tions, fuel, plas­tics, and many oth­er prod­ucts used in dai­ly life. Achem­i­cal engi­neer takes raw mate­ri­als and devis­es ways to turn them into some­thing use­ful. The role also includes fac­to­ry and plant design, mon­i­tor­ing safe­ty prac­tices, and mod­el­ing trans­port phe­nom­e­na that affect how mate­ri­als react and move through aman­u­fac­tur­ing process.

Jobs for chem­i­cal engi­neers are most­ly found in the oil and ener­gy indus­tries, but oth­er fields that involve the use or cleanup of chem­i­cals are start­ing to tap into chem­i­cal engi­neer­ing. The phar­ma­ceu­ti­cal and biotech­nol­o­gy fields also offer plen­ty of job oppor­tu­ni­ties, as does biotech­nol­o­gy. Nan­otech­nol­o­gy is anoth­er area of employ­ment for chem­i­cal engineers.

Aver­age Salary: $106,260

4. Electrical Engineer

Elec­tri­cal engi­neers design lay­outs for just about any­thing that requires the deliv­ery of elec­tric­i­ty from start to fin­ish. Their job isto:

• under­stand how elec­tric­i­ty is gen­er­at­ed andmoved
• fig­ure out how to apply it to agiv­enuse
• cre­ate alay­out for its transmission
• make sure the design has suf­fi­cient capac­i­ty for the intend­eduse

The elec­tri­cal engi­neer also has to make sure that safe­ty reg­u­la­tions are observed at all times, and that the fin­ished prod­uct is safe for use by the enduser.

The Elec­tri­cal Engi­neer is one of the high­est-pay­ing engi­neer­ing degrees on its own, but it also has var­i­ous sub-dis­ci­plines that are also some of the high­est-pay­ing engi­neer­ing jobs. Some of the sub-dis­ci­plines include:

• Elec­tron­ics
• Micro­elec­tron­ics
• Sig­nal Processing
• Telecom­mu­ni­ca­tions
• Instru­men­ta­tion

These types of engi­neer­ing and salaries are based on the elec­tri­cal engi­neer­ing degree but stand on their own in terms of engi­neer­ing roles and areas of employment.

Aver­age Salary: $104,610

5. Environmental Engineer

The job of an Envi­ron­men­tal Engi­neer is to apply engi­neer­ing prin­ci­ples to envi­ron­men­tal prob­lems in search of asolu­tion. They study agiv­en envi­ron­men­tal prob­lem, suchas:

• air pol­lu­tion
• design munic­i­pal waste­water treat­ment plants
• waste­water recla­ma­tion systems
• keep track of envi­ron­men­tal improve­ment efforts
• make sure that awork­site has the prop­er per­mits, plans, and stan­dard oper­at­ing pro­ce­dures inplace

While this role is one of the low­er-pay­ing jobsin the engi­neer­ing field, it does have alot of growth poten­tial due to the fact that site reme­di­a­tion, the need for fresh drink­ing water, and pro­tect­ing the envi­ron­ment from fur­ther pol­lu­tion arebecom­ing aneces­si­ty as opposed to an after­thought. Both the pri­vate and pub­lic sec­tors are going to need envi­ron­men­tal engi­neers to aid with these projects.

Aver­age Salary: $96,530

6. Industrial Engineer

The posi­tion of an Indus­tri­al Engi­neer is one of both design­er and prob­lem solver in that the role cancon­sistof design­ing manufacturing/production facil­i­ties and/or improv­ing exist­ing oper­a­tions for max­i­mum efficiency.

Some of the tasks an indus­tri­al engi­neer is respon­si­ble for include:

• the lay­out of equip­ment in afac­to­ry to ensure effi­cient trans­fer from line toline
• infor­ma­tion sys­tems such as aserv­er facility
• find­ing inef­fi­cien­cies in an exist­ing pro­duc­tion system
• devel­op­ing man­age­ment con­trol sys­tems that aid with finan­cial plan­ning and cost control

As the name of the dis­ci­pline sug­gests, jobs for an indus­tri­al engi­neer are found in indus­tri­al oper­a­tions. The engi­neer is the per­son who’s respon­si­ble for keep­ing aman­u­fac­tur­ing or indus­tri­al oper­a­tion mov­ing smooth­ly and find­ing ways to max­i­mize oper­at­ing effi­cien­cies as well as reduce costs.

They also work with cus­tomers to keep them updat­ed on progress and make sure that afin­ished prod­uct meets the cus­tomer’s expect­ed standards.

Aver­age Salary: $96,350

7. Mechanical Engineer

A mechan­i­cal engi­neer is some­one who cre­ates machin­ery that per­forms aspe­cif­ic func­tion, such as acar engine. Their job is to design, build, test, and pre­pare apiece of machin­ery for use on its own or as part of alarg­er machine.

Mechan­i­cal engi­neer­ing is one of the old­est forms of engi­neer­ing, and as such, focus­es on projects that require syn­chro­niza­tion for their oper­a­tion as opposed to rely­ing on elec­tron­ics. It uses math­e­mat­ics, physics, and mate­ri­als sci­ence to pro­duce itemssuch as:

• HVAC equip­ment
• indus­tri­al equipment
• med­ical devices
• weapons
• and more

Mechan­i­cal engi­neers typ­i­cal­ly find employ­ment in fields where indus­tri­al design and man­u­fac­tur­ing skills are need­ed. Archi­tec­tur­al firms hire mechan­i­cal engi­neers who have exper­tise in design­ing HVAC sys­tems, while the aero­space indus­try needs them for the design and con­struc­tion of the var­i­ous types of engines and oth­er mov­ing parts used in the final product.

Aver­age Salary: $96,310

8. Project Engineer

The role of aproject engi­neer is sim­i­lar to that of aproject man­ag­er, except that the project engi­neer over­sees all the aspects of design­ing or rebuild­ing aman­u­fac­tur­ing or pro­cess­ing facil­i­ty. Tasks can include:

• cre­at­ing aplan that out­lines the start and brings the project to the desired outcome
• hir­ing contractors
• sourc­ing materials
• keep­ing the project on schedule

The project engi­neer liais­es with all stake­hold­ers on aproject to keep them informed of the cur­rent sta­tus of all projects relat­ed to engi­neer­ing. They also make sure that safe­ty is observed at alltimes.

The project engi­neer is one of the high­est pay­ing engi­neer­ing jobs due to the fact it com­bines engi­neer­ing and busi­ness man­age­ment skills. Jobs for this role are found pri­mar­i­ly in con­struc­tion as it focus­es pri­mar­i­ly on man­ag­ing the con­struc­tion and out­fit­ting of pro­duc­tionlines.

How­ev­er, the title also applies to man­ag­ing the upgrad­ing of an exist­ing man­u­fac­tur­ing facil­i­ty or work­ing in the fac­to­ry itself as aproject engi­neer in aman­age­r­i­al position.

Aver­age Salary: $95,370

9. Civil Engineer

A Civ­il Engi­neer over­sees the design and con­struc­tion of pub­lic works and infra­struc­ture projects. They’re respon­si­ble for eval­u­at­ing asite for its intend­ed pur­pose, design­ing the archi­tec­ture that’s going to go in place, and mon­i­tor­ing the con­struc­tion of their design.

Civ­il engi­neers are usu­al­ly found work­ing for gov­ern­ment agen­cies that are respon­si­ble for the con­struc­tionof:

• bridges
• road­ways
• sew­er systems
• pub­lic buildings
• and more

It’s the duty of the civ­il engi­neer to cre­ate and deliv­er the vital infra­struc­ture need­ed for every­one to live their dai­ly lives as eas­i­ly as possible.

While most civ­il engi­neer­ing jobs are asso­ci­at­ed with the pub­lic sec­tor, they are also found in pri­vate indus­try as well. One of the major dutiesof aciv­il engi­neer is cal­cu­lat­ing loads and how well amate­r­i­al can with­stand car­ry­ing that load. Pri­vate indus­tries such as auto­mo­tive, ship­build­ing, aero­space, and con­struc­tion will hire civ­il engi­neers and offer high­er pay than the pub­lic sector.

Aver­age Salary: $89,940

10. Manufacturing Engineer

A man­u­fac­tur­ing engi­neer is involved with cre­at­ing aman­u­fac­tur­ing process from the ground up. That involves under­stand­ing the prop­er­ties of the raw mate­r­i­al and how it can be manip­u­lat­ed into an end product.

They plan out how aprod­uct is to be made, find or cre­ate the nec­es­sary tool­ing and machines, and devel­op the man­u­fac­tur­ing process. They then inte­grate every­thing into one seam­less pro­duc­tion line. The man­u­fac­tur­ing engi­neer is also tasked with keep­ing every­thing with­in the bud­get. Once the pro­duc­tion line is fin­ished, they teach oth­ers how to prop­er­ly use the equip­ment and gen­er­ate con­sis­tent results.

Most jobs for man­u­fac­tur­ing engi­neers are found in the indus­tri­al fields that require an engi­neer to cre­ate, build, mon­i­tor, and main­tain pro­duc­tion lines. These roles are foundin:

• large-scale bak­eries
• mold-mak­ingshops
• tex­tile production
• met­al cast­ing facilities

A man­u­fac­tur­ing engi­neer can also find work doing noth­ing but mon­i­tor­ing the out­put of pro­duc­tion lines and ensur­ing that the dai­ly out­put meets expec­ta­tions, or adjust­ing the pro­duc­tion of the machines when necessary.

Aver­age Salary: $76,151

Which Engineering Branch is Best for the Future?

Engi­neer­ing is known for high annu­al salaries. The best high­est pay­ing engi­neer­ing degrees that are best for the future include:

• Aero­space
• Chem­i­cal
• Robot­ics
• Envi­ron­men­tal
• Bio­chem­i­cal
• Telecom­mu­ni­ca­tion
• Elec­tron­ics
• Bio­med­ical
• Elec­tri­cal
• Geo­log­i­cal
• Marine
• Nuclear Ener­gy
• Earth

These are the best types of engi­neer­ing and salaries that guar­an­tee life­long employ­ment oppor­tu­ni­ties and are rel­a­tive­ly future-proof as long as you keep up with cur­rent trends and don’t let your edu­ca­tion stagnate.

No one can pre­dict which engi­neer­ing degree will be best for the future, but it’s pos­si­ble to get agood idea by observ­ing the needs of the world at large. The high­est-paid engi­neer will be the one in the most demand.

• Petro­le­um Engi­neers (and nat­ur­algas)
• Com­put­er Hard­ware Engineers
• Data Engi­neers
• Mate­ri­als Engineers

Which of the best engineering jobs has the highest salary potential?

The high-pay­ing engi­neer­ing degrees are ones that track with the cur­rent needs of soci­ety. One such exam­ple is envi­ron­men­tal engi­neer­ing. One of the high­est pay­ing engi­neer­ing jobs, envi­ron­men­tal engi­neer­ing in the strictest sense is one of the old­est forms of engi­neer­ing as it was cre­at­ed to help shape the envi­ron­ment to society’s needs.

Now it’s also being used to help make bet­ter use of eco­log­i­cal­ly sen­si­tive sites and help with clean­ing up pol­lu­tion. Over time, an envi­ron­men­tal engi­neer’s medi­an salary makes it the high­est-paid engi­neer­ing field due to the amount of cleanup required to keep the envi­ron­ment healthy.

The U.S. Bureau of Labor Sta­tis­tics (BLS) shows that amaster’s degree in engi­neer­ing can get pro­fes­sion­al engi­neers to the high­est engi­neer­ing salary poten­tial. You can find amaster’s engi­neer­ing pro­gram online.

What Can You Do with an Engineering Degree Besides Engineering?

The under­pin­ning skills of an engi­neer­ing degree trans­late well into oth­er indus­tries. An engi­neer­ing career may not be your final career path. Engi­neers fre­quent­ly find the high­est pay­ing engi­neer­ing degrees in fields that include:

• Finance
• Com­put­er sci­ence and com­put­er systems
• Soft­ware development
• Project man­age­ment
• Con­struc­tion project management
• Pub­lic policy
• Eco­nom­ics
• Urban plan­ning
• Mar­ket­ing
• Health­care

These are just afew of the careers that are suit­ed to some­one with an engi­neer­ing degree. Engi­neers are taught to use their ana­lyt­i­cal skills to solve prob­lems and find new ways of doing things, using exist­ing meth­ods to make some­thing work bet­ter, or improv­ing exist­ing meth­ods for peak performance.

These skills are invalu­able in many indus­tries that require some­one who can ana­lyze and apply their find­ings to come to asolu­tion. Some­one who wants to shift their career from abranch of engi­neer­ing to anoth­er pro­fes­sion­al field will find the change easy and still man­age to earn ahigh salary.

Relat­ed Rankings:

• 10 Most Afford­able Bach­e­lor’s in Mechan­i­cal Engineering
• 10 Most Afford­able Bach­e­lor’s in Engi­neer­ing Management
• 10 Most Afford­able Bach­e­lor’s in Elec­tri­cal Engineering
• 10 Most Afford­able Bach­e­lor’s in Nuclear Engineering
• 10 Most Afford­able Online Engi­neer­ing Degree Bach­e­lor Programs

Sources:

• BLS.gov
• Payscale.com