# Soft Skills for Engineers: Six Skills That Get Good Work Used Canonical URL: https://headwayskills.com/knowledge/what-are-soft-skills/soft-skills-for-engineers/ Markdown URL: https://headwayskills.com/knowledge/what-are-soft-skills/soft-skills-for-engineers.md Entity type: Article Last updated: 2026-07-07 Language: en Primary audience: professionals improving communication at work Owner: Headway Skills Contact: https://headwayskills.com/contact/ ## Short answer The soft skills engineers need most: explaining technical work, disagreeing well, working across disciplines, getting designs approved, and how to learn them. ## Key facts - Title: Soft Skills for Engineers: Six Skills That Get Good Work Used - Category: What Are Soft Skills - Primary skill: Communication - Related skills: Teamwork, Influence - Primary keyword: soft skills for engineers - Source page: https://headwayskills.com/knowledge/what-are-soft-skills/soft-skills-for-engineers/ ## What this page covers - The soft skills engineers need most: explaining technical work, disagreeing well, working across disciplines, getting designs approved, and how to learn them. - Practical guidance for soft skills for engineers - How this topic connects to Communication ## Detailed explanation The soft skills for engineers that matter most are the ones that let other people use your technical work: explaining it to non-engineers in terms of consequences, checking that the explanation landed, disagreeing about a design without damaging the relationship, working across disciplines, getting proposals approved, and treating review comments as information. None of them is a personality trait. All of them can be practiced. That matters because an engineering job rarely ends when the calculation is right. A correct design that a manager cannot follow, or that a colleague in another function does not trust, tends to stall. What closes that gap is a short list of specific behaviors, each of which can be practiced the way you practiced the technical material. ## Why soft skills matter in engineering work In a 2021 study published in *Education Sciences*, Hirudayaraj and colleagues asked nearly 500 organizations to rate entry-level engineers on 26 soft skills. The new engineers fell below the level [employers expected](/knowledge/what-are-soft-skills/most-important-soft-skills/) on 24 of the 26, and the widest single gap was in communicating effectively with diverse groups. Read the other way, that is an opening: technical preparation tends to meet expectations, so the nontechnical side is where a new engineer has the most room to stand out. The profession treats these skills as part of the job, not an add-on. ABET, which accredits engineering programs, lists among its student outcomes the ability to communicate effectively with a range of audiences, to function effectively on a team, to recognize ethical and professional responsibilities, and to acquire and apply new knowledge. ABET never calls them soft skills, but they sit in the same outcomes list as the technical competencies. Engineering education still spends most of its hours on technical content, so many engineers pick up the people side only incidentally, through group projects and internships. That is a gap in training, not in ability, and it is rarely even. Someone who thrives in team projects may struggle to explain a result to a client, and the reverse is just as common. Rather than working on all six areas below at once, it helps to [find your weakest area first](https://assessment.headwayskills.com/) and start where practice will make the clearest difference. ## Six soft skills for engineers, and what each looks like in practice The six below are ordered roughly by how often they decide whether your work gets used. ### 1. Explaining technical work to non-technical audiences Engineers regularly explain technical information to managers, clients and colleagues in other functions, and those listeners usually need the consequence, not the mechanism. What broke? When will it be fixed? Can the result be relied on? What will it cost? An answer that starts with the derivation and reaches the consequence five minutes later has lost the listener before it gets there. The practical move is to lead with the decision or consequence and drop the jargon. Telling a project manager that a batch is fine for the prototype but not for the customer release, and that you will know more by Thursday, gives them something they can act on. The test data can follow if they ask for it. This is the skill behind the largest gap employers reported, which makes it the one most worth deliberate effort. ### 2. Checking understanding, and explaining again One explanation is often not enough. Some listeners need a decision walked through a second time, in different terms, before they can support it. That is not a sign that they are slow or that you explained badly. It is how understanding usually forms when someone does not share your vocabulary. For engineers used to peers who follow a technical argument at the first pass, this is a real adjustment. Ask what the listener will do with the information, watch for the point where they stop following, and treat a repeated question as useful information about where the explanation broke down. Patience here saves far more time than it costs, because a decision the other person only half-understood tends to come back later as a problem. ### 3. Disagreeing about the design, not the designer Engineering work rewards critical evaluation: finding errors, challenging assumptions, defending a design under questioning. That habit is part of what makes engineers good at their jobs, and it can quietly spill over into how disagreement is handled with colleagues. The distinction that matters is between challenging the idea and challenging the person. Saying that a load case is not covered keeps the conversation on the design. Saying that someone missed it makes it about them, and trust takes the hit even when you are right. Technical disagreement is necessary and should be voiced plainly. Once the team has decided, though, committing to the decision, even one you [argued against](/knowledge/teamwork/disagree-and-commit/), is what keeps the work moving. ### 4. Working across disciplines Most engineering work happens in [teams that cross disciplines](/knowledge/teamwork/cross-functional-team-collaboration/): design, test, manufacturing, operations, product. Each of those colleagues reasons from different priorities and uses different words for the same problem. People trained mostly on individual problem sets often find this the hardest adjustment of all, because nothing in a problem set involves negotiating with a colleague who has a different definition of done. What makes a technically strong engineer someone others want on a project is mostly unglamorous: knowing where the team needs you rather than where you would prefer to be, sharing what you know freely instead of guarding it, and doing what you committed to by the date you committed to. Reliability is the quiet basis of trust on a cross-functional team. ### 5. Getting buy-in for a technical proposal A good technical proposal does not get adopted on its merits alone. The people who approve it weigh cost, risk, schedule and their own priorities, and a proposal that ignores those reads as naive however sound the engineering. Understanding [what the decision-makers care about](/knowledge/influence/stakeholder-buy-in/), presenting the drawbacks alongside the benefits, and following up after the meeting are what turn a correct idea into an approved one. For a junior engineer, there is a further constraint: you cannot push every idea at once. If you have arrived somewhere with a list of improvements, this will sound familiar. One of the young people we interviewed about starting work told us: > At the start, I had lots of ideas, and I really thought I could contribute a lot. But eventually I was told, 'OK, we can't deal with all these ideas. You need to choose carefully before you start revolutionizing our whole organization.' The point is not to keep your ideas to yourself. It is to pick the one with the clearest payoff and build a proper case for it. Credibility from delivering consistently is what earns a junior engineer's next proposal a hearing, so the order often runs: deliver, then propose. ### 6. Taking review feedback as information Design reviews, code reviews and test results put an engineer's work under regular, direct criticism. That is one of the profession's strengths, and it only works if the person receiving the comments can take them as information about the work rather than a verdict on themselves. The useful sequence is to understand the comment fully first, then add your own view. Reacting defensively by reflex has a cost that builds over time: reviewers learn to soften or skip their comments, and you end up with fewer and less honest ones. An engineer whose reviews stay candid keeps improving faster than one whose colleagues have stopped bothering. ## The skills underneath all six Look back across the six entries and the same few capabilities keep turning up: how you put a technical point across, how you work alongside people whose job is different from yours, and how you move a decision toward yes. **Communication** carries the first two entries and much of the sixth. In engineering terms it means stating the main point first, adapting to how the listener thinks rather than how you would explain it to a peer, and listening actively enough to notice when the explanation has stopped landing. It also covers choosing the medium: a complex or contested technical issue is usually better settled in conversation than in a long email thread. This is not about polished public speaking. It is about making your work usable by people who do not share your training. **Teamwork** sits behind the third and fourth entries. It starts with being excellent at your own role while respecting what others contribute, and asking where the team needs you. It also covers managing disagreement constructively: engaging in the technical argument, keeping it on topic so trust survives, and then committing to the joint decision. None of this asks you to soften your technical standards. It asks you to apply them without making the disagreement personal. **Influence** is the skill behind the fifth entry, and it starts long before any pitch. A reputation built on delivering results and being known for specific expertise is what gives a junior engineer standing. From there it is a process: prepare by understanding what is in it for the people deciding, pitch simply and present the drawbacks as well as the benefits, then persist until the idea is implemented. This has nothing to do with office politics. It is how sound engineering gets from a proposal to a product. Engineers measure before they optimize, and these skills respond to the same logic. The **free Job Skills Test** gives you [a baseline you can build from](https://assessment.headwayskills.com/), scoring communication, teamwork and influence as part of a **wider set of twelve work skills**, so your practice goes where it pays off first. Each of the twelve is learnable, and knowing your starting point is what turns vague effort into deliberate practice. ## What you already bring Some of this may already be familiar from how you work. If you have ever redrawn a sketch so a teammate from another discipline could follow it, or rewritten a test summary so it opened with the result instead of the method, you have practiced the core of the first entry without calling it a soft skill. The entries that feel less natural are not a ruling on who you are. They are behaviors you have had less chance to rehearse, and you can build them in your own register, whether that is quiet and exact or talkative and direct. As your projects grow and more of your work depends on other people's decisions, these skills carry more of the outcome, and each of them can be practiced in the meetings and reviews already on your calendar. What helps now is knowing which one to start with. ## Find out where your skills stand The only step left is getting an accurate picture. The Job Skills Test is a **free** self-assessment of your work skills: in 7 minutes it scores you across twelve skills, including communication, teamwork and influence, and shows which ones would make the biggest difference to how your engineering work is received. ## Who this is for - Professionals building practical workplace skills - Readers looking for specific, usable work advice - Managers, educators, and coaches supporting career readiness ## Common questions ### What is this guide about? The soft skills engineers need most: explaining technical work, disagreeing well, working across disciplines, getting designs approved, and how to learn them. ### Which Headway skill does this connect to? This guide connects primarily to Communication. It also relates to Teamwork, Influence. ### What is the recommended next step? Use the free Work Skills Test to reflect on which work skill to improve next. ## Related pages - https://headwayskills.com/knowledge.md - https://headwayskills.com/knowledge/what-are-soft-skills.md - https://headwayskills.com/knowledge/communication.md - https://headwayskills.com/knowledge/teamwork.md - https://headwayskills.com/knowledge/influence.md - https://headwayskills.com/work-skills-test.md ## Citation guidance Use the canonical page when citing this content: https://headwayskills.com/knowledge/what-are-soft-skills/soft-skills-for-engineers/ Preferred summary: "The soft skills engineers need most: explaining technical work, disagreeing well, working across disciplines, getting designs approved, and how to learn them." ## Change log - 2026-07-07: Content collection version published.