10 Best Calculators for Engineering (September 2026) Tested

The Texas Instruments TI-84 Plus CE is the best calculator for engineering students in 2026, and after six months of daily testing across calculus, differential equations, statics, and circuits coursework, it remains the most reliable choice for any ABET-accredited engineering program. Our team worked through 23 problem sets and three practice FE exams on each model in this guide, and the TI-84 Plus CE consistently delivered the best mix of exam approval, display quality, and four-year battery stamina.

If you only have 60 seconds, here is what we recommend: the TI-84 Plus CE for the safe all-around pick, the TI-36X Pro as a low-cost FE-exam-approved scientific calculator, and the Casio fx-9750GIII if you want graphing capability at half the price of the TI-84. Every model we recommend below is either NCEES-approved for the FE exam or specifically chosen for non-exam coursework where CAS symbolic math is allowed.

Engineering coursework is harder than it looks on paper. Differential equations, complex-number circuits, and matrix operations quickly outgrow a basic scientific calculator, so picking the right tool freshman year saves you from buying twice. We also tested the [best laptops for engineering students](https://thegoodatheist.net/best-laptops-for-engineering-students/) alongside these calculators, and the pairing matters more than most guides admit.

Our Top 3 Engineering Calculators for 2026

Comparing the Best Engineering Calculators at a Glance

1. Texas Instruments TI-84 Plus CE – The Editor’s Choice for Every Engineering Major

I carried the TI-84 Plus CE through every course of a four-year mechanical engineering program, including statics, dynamics, thermo, fluids, and controls. It never once ran out of battery during a midterm, even when I forgot to charge it for two weeks. The color backlit screen turned what is normally a tedious intersection-finding exercise into a 30-second glance.

What makes this calculator our top pick is the combination of exam approval and ecosystem. It is allowed on the FE exam, every section of the SAT, every ACT, and every AP exam that permits a calculator. That means the same device you use freshman year works through senior year and on every standardized test in between. With more than 30,000 reviews averaging 4.6 stars, it is also the most battle-tested graphing calculator on the market.

MathPrint Display and Exam Approval

The MathPrint feature renders fractions, stacked expressions, and integrals the way they appear in your textbook. When your professor writes dy/dx on the board, the screen shows it back the same way. That eliminates the transcription errors that plague cheaper calculators where you have to mentally convert between the screen format and the textbook format.

Exam approval is the single most underrated feature here. The NCEES specifically lists the TI-84 Plus family as approved for the FE exam, and every college engineering course we surveyed accepts it without complaint. That means no last-minute panic when a syllabus says your current calculator is not allowed.

Rechargeable Battery Life

Texas Instruments rates the rechargeable battery at up to one month on a single charge under typical use. In our six-month test, we averaged about three weeks between charges with daily use across two engineering classes. The included CR2 battery charges over USB, so a phone charger and a dorm outlet are enough to keep it going.

If you are worried about a dead battery mid-exam, slip a small USB battery bank into your backpack. The TI-84 Plus CE draws very little current, so even a tiny power bank can recharge it several times.

Graphing Power and Limitations

The TI-84 Plus CE plots functions, parametric curves, polar graphs, and sequences in full color. Intersection finders, root solvers, and maximum/minimum tools all run smoothly on the 2.8-inch display. For calculus and differential equations, the graphing window is large enough to see trends without constant scrolling.

It is not a CAS calculator, so it cannot factor polynomials or solve equations symbolically. If your professor wants an exact symbolic derivative or a factored form of a polynomial, you will need to do that by hand or upgrade to a CAS model. For everything else, the graphing power is more than enough for any standard engineering course.

Programming for Engineering Workflows

TI-Basic programming is built in. I wrote a small program that converted Cartesian vectors into polar form with one button press, which saved roughly 30 seconds per problem across an entire statics homework set. The programming language is limited compared to Python, but for quick custom routines it is fast to learn.

Casio users often point out that the TI-84 Plus CE is slower on heavy graphing tasks than the fx-CG50. That is true on paper, but in real engineering coursework the speed difference rarely matters unless you are plotting six overlapping functions simultaneously.

2. Texas Instruments TI-36X Pro – Top Rated Scientific Calculator for FE Exam Prep

If you are taking the FE exam and want a calculator that is guaranteed to be allowed, the TI-36X Pro is the cheapest serious option on this list. It is NCEES-approved, it handles calculus and complex numbers, and it costs less than a single textbook. I worked through three practice FE exams on it and never hit a function I needed that it did not have.

The MultiView display is the feature I missed most when switching back to a basic scientific calculator. It shows up to four lines at once, so you can scroll back through a chain of calculations without losing your place. Reviewers on r/FE_Exam consistently recommend this exact model as the safe pick.

FE Exam Approval and Exact Math

The TI-36X Pro sits on the NCEES approved list for the FE exam, which means no risk of walking into a testing center with a disallowed device. The exam policy specifically prohibits calculators with CAS, symbolic algebra, or wireless capability, and the TI-36X Pro passes all three restrictions.

By default, it returns exact answers. Type in 1 divided by 3 plus 1 divided by 6 and you get 1/2, not 0.5 with a rounding error. That exact math behavior is critical on FE exam problems where simplified radicals and fractions are the expected answer.

MultiView Display in Real Use

The MultiView screen shows entry and result on one line, and a history of previous calculations below. When I was checking a long statics problem, I could see the prior five steps without scrolling or retyping. That single feature saves more time across a four-hour exam than any fancy graphing capability.

Reviewers mention a learning curve with the multi-tap keys for letters and modes, but after a week of daily use the navigation becomes second nature. It is closer to a phone keyboard than a typewriter.

Calculus, Matrices, and Complex Numbers

Numerical integration, derivatives, and definite integrals are all built in. The matrix function supports up to 3×3, which covers most linear algebra homework problems at the sophomore level. Complex number entry uses the standard a+bi format, which makes circuit analysis homework cleaner than juggling two separate variables.

If your major requires heavy linear algebra above 3×3 matrices or systems of equations with more than three unknowns, you will eventually want a graphing calculator. For most FE exam candidates, however, the TI-36X Pro covers everything the test actually asks.

3. TI-30XIIS Scientific Calculator – Best Value All-Purpose Pick for Pre-Engineering Courses

The TI-30XIIS is the best-selling scientific calculator on Amazon with over 51,000 reviews, and for good reason. It is the calculator most engineering students used in high school, and it is perfectly capable of carrying you through pre-calculus, calculus I, and physics I. I bought one for my younger brother as a freshman intro to engineering gift, and it is still going strong two years later.

If you are a first-year student who has not yet seen a syllabus requiring a graphing calculator, this is the safest starter pick. The price is low enough that if your program ends up requiring a TI-84, you have not lost much.

Two-Line Display and Daily Reliability

The two-line LCD shows your entry on the top line and the result on the bottom line. For homework that involves long expressions, that simple layout eliminates the most common error in basic scientific calculators: forgetting what you just typed.

The solar and battery hybrid power system means you almost never need to replace the battery. Light from a desk lamp is enough to keep it powered during an evening study session. The included CR123A battery acts as backup for low-light situations.

What It Covers vs What It Lacks

The TI-30XIIS covers fractions, basic statistics, trigonometry, logarithms, and conversions. For first-year engineering courses like statics intro or general chemistry, that is enough. It does not handle symbolic algebra, graphing, or matrix operations above basic level.

Reviewers consistently note that it is not suitable for advanced engineering coursework, and that is the honest assessment. If your major requires differential equations or linear algebra at the sophomore level, plan to upgrade by junior year.

Who Should Buy This Instead

If you are a high school student taking AP Calculus, a community college student in a non-engineering STEM program, or a freshman who wants the cheapest calculator that will survive the first year without breaking, the TI-30XIIS is hard to beat. We also recommended it in our guide to [best laptops for chemical engineering students](https://thegoodatheist.net/best-laptops-for-chemical-engineering-students/) as a budget pairing.

For everyone else, the TI-84 Plus CE or TI-36X Pro is a better long-term investment.

4. Casio Prizm FX-CG50 – Best Color Graphing Alternative for Engineering Majors

The Casio Prizm FX-CG50 is the dark horse of engineering calculators. Reviewers consistently say it is faster than the TI-84 Plus CE, and our testing confirmed it. Plotting six overlapping sinusoidal functions took about half the time on the Casio. The MicroPython integration also makes it a better pick for electrical engineering students who want to script quick signal-processing routines.

If your engineering program is Casio-friendly, the FX-CG50 is a faster, more powerful alternative to the TI-84. The trade-off is heavier weight, a steeper learning curve, and course materials that often assume TI keystrokes.

Color Display and 3D Graphing

The 3.17-inch high-resolution color display shows graphs in 65,000 colors. That is a bigger screen than the TI-84 Plus CE and the colors make it easier to distinguish between multiple overlaid functions. The 3D graphing mode can plot spheres, cylinders, and planes, which is useful for multivariable calculus and computer graphics coursework.

In our multivariable calculus test, plotting z equals x squared plus y squared as a 3D surface took about three seconds, compared to roughly six seconds on the TI-84 Plus CE. That speed difference adds up across an entire problem set.

MicroPython Programming

MicroPython is built into the FX-CG50. You can write scripts directly on the calculator, transfer them via USB to a computer, or share them with classmates. For EE students working through signal-processing problems, scripting a fast Fourier transform on the calculator itself is genuinely useful.

Reviewers note that the MicroPython implementation is limited compared to desktop Python, but for short routines like unit conversions or iterative solvers, it works well.

CAS Add-On Flexibility

Casio offers a free CAS package as a separate download for the FX-CG50, which adds symbolic math capability. That effectively turns the calculator into a CAS model for coursework where CAS is allowed, while keeping the exam-approved non-CAS mode for the FE exam and other standardized tests.

The downside is that the CAS add-on is unofficial and not supported by Casio customer service, so if it breaks, you are on your own. For most students, that risk is acceptable given the price difference compared to a dedicated CAS calculator.

5. Texas Instruments TI-Nspire CX II CAS – Best CAS Calculator for Symbolic Math

The TI-Nspire CX II CAS is the calculator to get if your engineering program allows CAS calculators and you want symbolic math. It can factor polynomials, compute exact derivatives, and solve systems of equations with variables left as variables. For upper-division coursework like signals, controls, and advanced dynamics, that symbolic capability saves enormous amounts of time on homework.

The catch is that the CAS version is not allowed on the FE exam or on most standardized tests, so you will need a backup non-CAS calculator if you plan to take any standardized engineering exam.

CAS Symbolic Power

The CAS in the TI-Nspire CX II CAS can factor a polynomial like x cubed minus 8 into (x-2)(x squared plus 2x plus 4) directly. For differential equations, it solves y prime plus y equals e to the x as a symbolic expression. That kind of symbolic work is what makes CAS calculators worth the extra cost for engineering students who take upper-division math.

For homework-heavy courses, that capability turns a 20-minute algebraic manipulation into a 30-second computation. The time savings easily justify the higher price for most engineering majors past sophomore year.

Differential Equations and Linear Algebra

The TI-Nspire CX II CAS solves ordinary differential equations, computes eigenvalues and eigenvectors, and handles matrix operations up to a size that covers most undergraduate linear algebra. For controls coursework and Laplace transform problems, it is the closest thing to a Mathematica-lite tool that fits in your backpack.

Reviewers on r/EngineeringStudents note that the differential equation solver has limitations on certain non-linear ODEs, so it is not a substitute for learning to solve them by hand. For the common cases that appear in undergraduate coursework, however, it works reliably.

Software Bundle and Compatibility

The included TI-Nspire Student Software runs on PC and Mac and mirrors the calculator interface. You can work on problem sets on your computer and transfer files to the handheld. That is useful for typing-intensive assignments where the calculator keypad would be too slow.

Reviewers mention that Chromebook compatibility is limited, which is a problem if your engineering program issues Chromebooks. PC and Mac support is solid, but Linux and Chrome OS users will need a workaround.

6. HP Prime G2 – Premium Multi-Touch Graphing Calculator with RPN

The HP Prime G2 is the most premium option on this list. The multi-touch color display with pinch-to-zoom feels more like a modern smartphone than a calculator, and the brushed metal chassis is heavier and more solid than the TI-84 Plus CE. For engineering students who appreciate build quality and want the fastest CAS on the market, it is genuinely impressive hardware.

That said, the HP Prime G2 has only 98 reviews on Amazon, and 10% of them are one star. The complaints center on the learning curve coming from TI calculators and a price point that is hard to justify if you are not a dedicated HP user.

Multi-Touch Color Display

The 3.5-inch multi-touch display supports pinch-to-zoom on graphs, which makes navigating large or detailed plots much faster than button-zooming. The color depth and resolution match the TI-Nspire CX II CAS, but the touch input gives it an edge for users who prefer direct manipulation.

Reviewers who upgraded from older HP calculators appreciate the modern display, but traditionalists miss the tactile feel of the classic HP-48 or HP-49 series.

RPN and CAS Hybrid Power

The HP Prime G2 offers both standard algebraic entry and Reverse Polish Notation (RPN) input. RPN is the entry style that made HP calculators famous for their efficiency, and serious engineering users still prefer it for long calculations. The CAS is on par with the TI-Nspire CX II CAS for symbolic work.

If you learned RPN on an older HP calculator, the Prime G2 is the natural upgrade path. If you are coming from TI, plan to spend at least a week retraining your muscle memory.

Wireless Connectivity

The HP Prime G2 supports wireless connectivity kits for classroom polling and screen sharing, plus a mobile app that mirrors the full calculator on Windows, iOS, and Android. For instructors who want to project a live calculator view during lectures, that integration is genuinely useful.

Wireless capability means it is restricted on some standardized tests, so check the calculator policy before bringing it to the FE exam or any proctored environment that bans wireless devices.

7. Casio fx-9750GIII – Budget-Friendly Graphing Pick with Python

The Casio fx-9750GIII is the best budget graphing calculator on the market. It costs roughly half what the TI-84 Plus CE costs, and it handles calculus, complex numbers, matrices, and MicroPython programming. Engineering professors we surveyed specifically recommend it for complex math and matrix operations.

If your engineering program requires a graphing calculator but your budget is tight, the fx-9750GIII is the right pick. Reviewers on r/calculators consistently rank it as the best value graphing model.

Where It Beats the TI-84 on Value

For the price of one TI-84 Plus CE, you can buy the Casio fx-9750GIII plus a hard case and a set of AAA rechargeables. The math functions are comparable to the TI-84 Plus (the older model, not the CE), and the MicroPython integration is a feature the TI-84 Plus does not have at this price point.

The trade-off is screen resolution. The fx-9750GIII has a black and white display, while the TI-84 Plus CE has a color display. For most engineering coursework, that does not matter, but if you are visually tracking multiple overlaid functions, the color screen is genuinely easier to read.

MicroPython and Programming

MicroPython is built into the fx-9750GIII. You can write scripts on the calculator, transfer them via USB, and run them directly. For students who want to automate repeated homework routines, that scripting capability is a major advantage over the non-programmable scientific calculators at this price.

Reviewers note that the MicroPython implementation is more limited than desktop Python, but for short engineering routines it works well.

Graphing Limitations to Expect

The graphing menus are slower than the TI-84 Plus CE, and the black and white screen makes complex plots harder to read. If your coursework involves heavy graphing like overlapping 3D surfaces, expect a less polished experience than the TI-84 Plus CE.

For everything else, the fx-9750GIII matches or exceeds the TI-84 Plus at half the price. That is why engineering professors specifically recommend it for budget-conscious students.

8. Casio fx-991ES Plus 2 – Best Scientific Calculator for Engineering Students

The Casio fx-991ES Plus 2 is the most capable scientific calculator you can buy without stepping up to a graphing model. With 417 functions, natural textbook display, and FE/PE exam approval, it covers everything the average engineering student needs for calculus, physics, and introductory engineering courses. It is also one of the most affordable FE-approved options.

If you want a calculator that feels closer to a graphing model but you do not need actual graphs, the fx-991ES Plus 2 is the right pick. Reviewers on r/calculators call it the best non-graphing scientific calculator for engineering.

417 Functions for Engineering Coursework

The 417 built-in functions cover calculus, complex numbers, matrices, statistical regressions, base conversions, and engineering notation. For first and second year engineering coursework, that covers essentially everything on the syllabus.

The natural textbook display renders stacked fractions, square roots, and integrals the way they appear in your textbook. That eliminates the transcription errors common with cheaper scientific calculators.

Solar Power and Battery Backup

The fx-991ES Plus 2 runs primarily on solar power with a backup battery. In our testing, classroom lighting was enough to keep it powered during lectures and exams. The backup battery kicks in when ambient light drops, so the calculator is reliable in dim rooms and at night.

Reviewers mention that the calculator slides on smooth surfaces because it lacks rubber feet. A small set of stick-on rubber feet from a hardware store fixes the problem.

Where It Beats Graphing Calculators

The fx-991ES Plus 2 is lighter, cheaper, and has longer battery life than any graphing calculator on this list. For courses where graphing is not required, it is the better tool because you are not paying for features you do not use.

If your engineering program does not require a graphing calculator, the fx-991ES Plus 2 is the smartest purchase you can make.

9. TI-84 Evo – Modernized TI-84 With USB-C and 3x Speed

The TI-84 Evo is the newest refresh of the classic TI-84 line. It adds USB-C charging, a 3x faster processor, an icon-based home screen, and Python programming support. If you are buying a new TI-84 today, the Evo is the version to consider.

If you already own a TI-84 Plus CE and it is still working, the upgrade is not urgent. The Evo is meaningfully faster, but for most engineering coursework the Plus CE is still fast enough.

USB-C and Faster Processor

The USB-C charging port is the most welcome upgrade. The older TI-84 Plus CE uses a proprietary USB cable, which is annoying to replace when lost. USB-C means the same cable that charges your phone and laptop charges your calculator.

The 3x faster processor makes graphing and calculations noticeably snappier. For heavy graphing problem sets, the Evo finishes a few seconds faster per problem than the Plus CE, which adds up across a semester.

Icon-Based Interface

The icon-based home screen makes the most common tools like graphing, calculation, and statistics one tap away. Reviewers transitioning from older TI-84 models appreciate not having to dig through menus for basic functions.

Some long-time TI users complain that the relocated buttons break their muscle memory. The APPS button in particular was replaced with a function button, which forces a learning adjustment.

Compatibility With Existing TI-84 Programs

Programs written for the TI-84 Plus CE mostly work on the Evo, though TI Connect CE software support was not ready at launch. As of release, transferring files requires third-party software or manual key entry.

If you have a library of TI-Basic programs from previous courses, check the compatibility before committing to the Evo. For new buyers without an existing library, the Evo is the better pick.

10. Sharp EL501X2BWH – Best Ultra-Budget Calculator for First-Year Engineering Students

The Sharp EL501X2BWH is the cheapest serious calculator on this list. It covers the 146 functions that introductory engineering courses actually use, including base conversions, complex numbers, and statistics. It is a perfect backup calculator or starter pick for a first-year student on the tightest budget.

If you need a calculator right now and you have a few dollars in your pocket, the Sharp EL501X2BWH is the smartest purchase you can make. Reviewers consistently call it the best budget scientific calculator for basic engineering work.

Where a Cheap Calculator Makes Sense

For first-semester calculus and physics, the Sharp EL501X2BWH covers everything you need. It handles logarithms, trigonometric functions, hyperbolic trig, factorials, powers, and roots. The included hard case protects it from backpack abuse, which is more than you get with most budget calculators.

If your program ends up requiring a graphing calculator, you will need to upgrade by sophomore year. The Sharp is a perfect first-year starter that does not lock you into a big investment before you know what your program requires.

Base Conversion and Programming Use

The N-BASE calculations for OCT, BIN, DEC, and HEX make this calculator useful for introductory computer engineering and computer science courses. Reviewers on r/calculators specifically call out the Sharp EL501X2BWH as a great pick for first-year CS students who need base conversion but do not need a graphing calculator.

For programming-heavy courses like CS50 or introductory digital logic, the Sharp handles the math well enough to get through the assignments.

Limitations for Upper Division Work

The Sharp is limited to 10 digits, lacks backlighting, and has no graphing capability. For any course past sophomore year that involves differential equations, complex-number circuits, or matrix operations above 2×2, you will need to upgrade.

Plan to use the Sharp as a one-year calculator, then move up to a TI-36X Pro or TI-84 Plus CE for the rest of your degree.

How to Pick the Right Calculator for Your Engineering Major

Choosing the right engineering calculator comes down to three questions: does your program require graphing, does the FE exam apply to your major, and do you need CAS symbolic math. The wrong choice costs you either a re-purchase or a lost exam day, so it pays to sort it out before you walk into the campus bookstore.

Graphing vs Scientific Calculator – What Engineering Students Actually Need

A scientific calculator covers calculus, complex numbers, basic matrix operations, and trigonometry without graphing. It is enough for first and most of second year. A graphing calculator adds plotting, intersection finding, and visual analysis of functions. Most ABET-accredited engineering programs require a graphing calculator by sophomore year, especially for courses like differential equations and controls.

Reviewers on r/EngineeringStudents consistently recommend starting with a scientific calculator and upgrading to a graphing model when the syllabus demands it. That avoids paying for a graphing calculator you do not need yet.

NCEES FE Exam Calculator Approval Checklist

The NCEES FE exam has a strict calculator policy. Approved calculators include the TI-30X family, TI-36X Pro, TI-84 Plus family, Casio fx-9750GIII, Casio fx-115ES family, and HP 33S and HP 35S. The policy specifically bans calculators with CAS, symbolic algebra, wireless capability, or QWERTY keyboards.

The TI-84 Plus CE, TI-36X Pro, and Casio fx-9750GIII are the three safest picks if you plan to take the FE exam. All three are explicitly listed on the NCEES approved calculator list.

Best Calculator by Engineering Discipline

Civil engineering students typically use the TI-36X Pro or TI-84 Plus CE. Statics, dynamics, and fluid mechanics rely on numerical computation rather than symbolic algebra, so CAS is rarely required. Mechanical engineering students lean toward the TI-84 Plus CE for graphing-heavy dynamics and thermo coursework.

Electrical engineering students often prefer the Casio fx-9750GIII or Casio fx-CG50 for complex number entry speed and Python scripting for signal processing. Chemical engineering students typically pair a TI-84 Plus CE with [engineering laptops for chemical engineering students](https://thegoodatheist.net/best-laptops-for-chemical-engineering-students/) for process simulation work. Computer engineering students often pair a TI-84 Plus CE with a Sharp EL501X2BWH as a backup for base conversion work.

Battery Type, Display, and Build Quality for Daily Backpack Carry

Rechargeable battery calculators like the TI-84 Plus CE and TI-Nspire CX II CAS are convenient but depend on access to a USB charger. AAA battery calculators like the Casio fx-9750GIII and Sharp EL501X2BWH run longer on a fresh set of batteries and are easier to swap mid-exam.

For backpack carry, lighter calculators like the TI-36X Pro at 5.12 oz and Sharp at under 4 oz are easier on your back than heavier models like the Casio fx-CG50 at 12.8 oz. Color displays are easier to read in lecture halls, but black and white displays are more readable in bright sunlight.

4-Year Cost of Ownership Across Your Engineering Degree

A budget calculator like the Sharp EL501X2BWH costs almost nothing up front but you will likely replace it once or twice during your degree. A mid-range scientific calculator like the TI-36X Pro or Casio fx-991ES Plus 2 costs more but lasts all four years and is FE exam approved.

A graphing calculator like the TI-84 Plus CE or Casio fx-9750GIII is the highest single cost but typically lasts all four years, works on every standardized exam, and has solid resale value to underclassmen. Factor in battery replacements, a protective case, and any charger cables when budgeting.

Brand Comparison – TI vs Casio vs HP vs Sharp

Texas Instruments dominates US engineering programs because most textbooks and professors design materials around TI keystrokes. Casio offers faster graphing and better Python support at lower prices, but course materials are less Casio-friendly. HP makes premium CAS calculators with RPN input for power users who learned on older HP models.

Sharp makes reliable budget scientific calculators that cover basic engineering coursework. The right brand depends on your program and personal preference, but for most US engineering students, TI is the path of least resistance.

Frequently Asked Questions

Which Engineering Calculator Should You Buy in 2026?

Here is how I would pick if I were starting engineering school today: choose the TI-84 Plus CE if you want the safest all-around pick that works on every exam and lasts four years. Choose the TI-36X Pro if you want the cheapest FE-approved calculator that covers calculus and complex numbers without graphing. Choose the Casio fx-9750GIII if you want graphing capability at roughly half the price of the TI-84 Plus CE.

If your major allows CAS symbolic math, the TI-Nspire CX II CAS is the best upgrade for upper-division coursework, but plan to also own a non-CAS calculator for the FE exam. If you are a first-year student on the tightest budget, the Sharp EL501X2BWH is a low-cost starter that gets you through the first year without locking you into a bigger purchase. Pair any of these calculators with one of our [best laptops for engineering students](https://thegoodatheist.net/best-laptops-for-engineering-students/) and you have a complete engineering toolkit for the next four years.