Ce parcours n’est pas encore traduit en français : son contenu s’affiche en anglais.
Civil Engineer
Design and build the infrastructure people rely on every day
Pas sûr(e) que ce soit pour vous ? Trouver ma voie →
0 missions sur 9 faites
Ce métier est-il fait pour vous ?
Deux minutes avant d’y consacrer des mois
Cochez ce qui vous ressemble
Cochez celles qui sont vraies pour vous.
Les compétences que vous en tirerez
Les emplois auxquels il mène
- Site Engineer
- Structural Engineer
- Project Manager
- Geotechnical Engineer
- Transportation Engineer
Avant de commencer
- ✓ Strong math & physics foundation
- ✓ Bachelor's in engineering or willingness to pursue one
9 missions jusqu’à Civil Engineer
4 mondes, 9 missions. Touchez un cercle pour l’ouvrir ; celui qui brille est le suivant.
If you're not from an engineering background, start here.
Learn the core subjects that every civil engineer must know.
Get on-site experience — it's non-negotiable in this field.
Get licensed and start applying.
En savoir plus sur ce métier
Le métier, le salaire là où vous vivez, les questions fréquentes, et où ce métier peut vous mener ensuite.
Le métier
Ce que vous feriez
- Plan and design transport or water systems and structures using CAD tools
- Calculate loads, water flow rates and material stresses to set design specifications
- Analyse surveys, maps, drawings and geological data
- Inspect sites to check progress against the design and safety standards
- Manage construction, operation or maintenance work on site
- Make sure projects meet environmental, safety and other government rules
Où vous travailleriez
- Engineering services firms (about 51% of US civil engineers)
- State government (about 11% in the US)
- Local government (about 10% in the US)
- Non-residential building construction
- Federal government
Orientations possibles
- Construction engineering
- Geotechnical engineering
- Structural engineering
- Transportation engineering
Toutes les étapes en détail
Le texte complet de chaque étape, à lire ou à imprimer. Avancez étape par étape dans le parcours ci-dessus.
Build Your Math & Physics Foundation 2 étapes
Calculus & Advanced Mathematics
Solidify the fundamental math required to analyze forces, calculate volumes, and model fluid dynamics gracefully.
Tâche concrète: Solve 10 complex structural loading problems manually using integration to sketch the shear and moment diagrams for a continuously loaded beam.
Pourquoi c’est important: Civil engineering software does the heavy lifting today, but if you don't understand the underlying mathematics, you won't recognize when the software produces a catastrophic output error.
Liste de contrôle
- Master single & multivariable calculus for calculating volume and complex surface areas.
- Learn linear algebra, specifically matrix operations crucial for structural analysis matrices.
- Understand differential equations to model dynamic systems affecting structures over time.
- Apply numerical methods to approximate problems when exact equations fail.
- Practice converting complex physical problems into their governing mathematical equations.
Mechanics & Materials Physics
Understand how physical objects behave under stress, strain, and environmental factors.
Tâche concrète: Calculate the exact maximum weight load a specific steel-truss design can handle before it encounters plastic deformation.
Pourquoi c’est important: You are literally designing things that gravity, wind, and nature are actively trying to destroy. A deep, instinctual grasp of mechanics is what prevents bridges from collapsing.
Liste de contrôle
- Master Statics: analyze structures at rest and calculate exact reaction forces.
- Master Dynamics: analyze structures in motion and kinematic forces.
- Study strength of materials (stress-strain curves, elasticity, yield points, Young's modulus).
- Learn basic thermodynamics and fluid mechanics principles.
- Understand material fatigue and failure modes under repetitive cyclic loading.
Core Civil Engineering 3 étapes
Structural Analysis & Design
Learn to design safe, cost-effective frameworks for buildings and infrastructure that withstand nature over decades.
Tâche concrète: Design a complete structural framework for a 3-story office building, specifying concrete mix ratios and steel reinforcement sizes, ensuring it meets local building codes.
Pourquoi c’est important: This is the core of civil risk. Over-designing wastes millions of dollars; under-designing costs human lives. Structural design strikes the perfect balance.
Liste de contrôle
- Analyze determinate and indeterminate structures completely.
- Learn to design reinforced concrete columns, beams, slabs, and footings.
- Study steel structure design and load-bearing framing connections.
- Familiarize yourself with seismic and wind loading considerations.
- Identify load paths down a structure to the foundation.
Geotechnical & Fluid Engineering
Understand the unpredictable materials you build on (soil/rock) and the chaotic liquids you manage (water/sewage).
Tâche concrète: Review a real soil boring log report and determine whether a planned commercial warehouse requires deep pile foundations or if spread footings will suffice.
Pourquoi c’est important: The tallest skyscraper means nothing if the ground beneath it gives way. Geotechnical failures are the most expensive, most difficult errors to fix post-construction.
Liste de contrôle
- Study soil mechanics (compaction, shear strength, permeability, consolidation).
- Learn to design shallow and deep foundations (spread footings, piles, caissons).
- Analyze open-channel flow and pipe network hydraulics.
- Understand wastewater treatment and environmental discharge regulations.
- Read and interpret geotechnical soil reporting data.
CAD & Construction Execution
Translate theoretical equations into buildable plans and realistic project schedules.
Tâche concrète: Draft a multi-layered AutoCAD site plan including topographic contours, drainage networks, and road access, then write up a preliminary cost estimate spreadsheet.
Pourquoi c’est important: Designs must be communicated clearly to contractors. Proficiency in software and cost estimation bridges the gap between the design office and the mud on the site.
Liste de contrôle
- Master AutoCAD and Civil 3D for drafting topographic and structural plans.
- Learn to calculate BOQ (Bill of Quantities) and estimate costs accurately.
- Master surveying principles (total station usage, leveling, GPS mapping).
- Study CPM (Critical Path Method) and PERT for project scheduling.
- Learn to read architectural blueprints seamlessly alongside structural drawings.
Internships & Field Experience 2 étapes
Site Operations & Surveying
Step away from the computer and understand how things are actually built in dirt, weather, and chaos.
Tâche concrète: Shadow a site engineer for a week. Document the entire process of a massive concrete pour, detailing the slump test, reinforcement checks, and vibration execution.
Pourquoi c’est important: Theory frequently fails in the field. Field experience teaches you how weather, contractor errors, and supply chain delays impact your perfectly calculated designs.
Liste de contrôle
- Gain hands-on experience using surveying equipment to establish benchmarks.
- Learn to cross-reference complex architectural and structural blueprints on site.
- Observe and document the pouring and curing of structural concrete.
- Practice logging daily site reports and tracking contractor schedule progress.
- Learn field troubleshooting for when reality directly conflicts with the blueprint.
Quality Control & Safety Protocols
Ensure the construction matches the design specifications strictly without compromising human safety.
Tâche concrète: Compile a comprehensive safety and quality checklist for the excavation phase of a deep building foundation, citing specific regulatory codes.
Pourquoi c’est important: Construction is dangerous. Vigilant quality control prevents both immediate fatal accidents and long-term, slow-motion structural degradation.
Liste de contrôle
- Familiarize yourself with OSHA (or local equivalent) construction safety standards.
- Learn standard material testing procedures (soil compaction testing, concrete cylinder crushing).
- Identify and reject substandard or uncertified materials arriving on site.
- Manage RFI (Requests for Information) flow between the active site and the design office.
- Appreciate the physical hazards of heavy machinery operations.
Certifications & Job Hunt 2 étapes
Licensure & Professional Certification
Attain the legal and professional authority to stamp and approve public safety designs.
Tâche concrète: Create a 6-month intensive study calendar for the FE/PE exam, gathering all required reference manuals and scheduling two full-length, timed practice tests.
Pourquoi c’est important: Without a PE license, your career ceiling is exceptionally low. Your stamp is your legal bond that a structure is safe; it is the ultimate mark of a senior civil engineer.
Liste de contrôle
- Pass the FE (Fundamentals of Engineering) exam (US) or equivalent national exam.
- Accumulate the required mentored experience hours under a fully licensed PE.
- Prepare for and pass the rigorous PE (Professional Engineer) exam.
- Stay updated on green building certifications (like LEED or BREEAM) to remain competitive.
- Maintain continuing education hours to keep licensure valid.
Tendering, Contracts & Career Acceleration
Navigate the complex business and legal side of civil engineering to secure high-value projects and positions.
Tâche concrète: Review a public tender document for a municipal road expansion. Write a brief executive summary outlining the scope of work and highlighting two potential liability risks.
Pourquoi c’est important: Senior engineers soon become business managers. Understanding contracts, risk allocation, and bidding elevates you from drafting plans in a cubicle to running multimillion-dollar projects.
Liste de contrôle
- Learn the basics of construction contracts (such as FIDIC) and dispute resolution pathways.
- Understand the bidding/tendering process for private and government infrastructure projects.
- Build a robust portfolio highlighting complex design or on-site execution problems you solved.
- Tailor your resume contextually depending on the target class: Consultancies, Contractors, or Government.
- Read public tender documents to gauge exactly what clients demand.
Questions fréquentes : Civil Engineer
Des réponses claires sur la durée, les prérequis, les salaires et les méthodes d’étude.
Combien de temps faut-il pour devenir Civil Engineer ?
Ce parcours estime 4–6 years (degree) or 1–2 years (post-grad switch). Il compte 4 phases et 9 étapes, de « Build Your Math & Physics Foundation » à « Certifications & Job Hunt ».
Comment devenir Civil Engineer ?
Suivez les 4 phases dans l’ordre, en commençant par la phase 1, « Build Your Math & Physics Foundation ». Votre première tâche : Solve 10 complex structural loading problems manually using integration to sketch the shear and moment diagrams for a continuously loaded beam.
Combien gagne un Civil Engineer ?
Le salaire dépend du pays. L’encadré salaire de cette page indique l’estimation de DraftMyCareer, en monnaie locale, pour le pays choisi dans le menu.
De quoi ai-je besoin avant de commencer ?
Ce parcours indique : Strong math & physics foundation; Bachelor's in engineering or willingness to pursue one.
De quelles compétences un Civil Engineer a-t-il besoin ?
Ce parcours couvre : Structural Analysis, AutoCAD, Surveying, Project Management, Materials Science, Fluid Mechanics.
Changer de métier : passerelles vers ce poste et depuis ce poste
Voir toutes les reconversions →Évolutions et changements de poste possibles
- Backend Developer
Software engineering offers rapid promotion cycles, higher compensation ceilings, and location-independent remote work compared to traditional construction and civil consulting.
⏱ 8–12 months (8 Months to 1 Year)🧭 ModerateCe que vous apprendriezBackend Programming Languages (Java, Python, or TypeScript) · Relational Database Schema Design & SQL · REST APIs & Cloud Microservices
Voir le plan d’action
- Month 1–3: Coding Fundamentals & OOP Learn programming basics, data structures, and Object-Oriented principles in Python or Java.
- Month 4–6: Structural Data Modeling & SQL Apply structural systems thinking to relational database design in PostgreSQL, mastering queries, indexes, and ORMs.
- Month 7–9: REST APIs & Microservices Architecture Construct REST endpoints, request validation, authentication, and Docker containerization.
- Month 10–12: Cloud Backend Services & Capstone Build and containerize a project management or CAD asset processing backend API with Docker, deploy to AWS, and prepare for tech interviews.
- Software Engineer
Apply engineering problem solving to the fast-moving tech sector with higher compensation and remote flexibility.
⏱ 6–9 months🧭 ModerateCe que vous apprendriezData Structures & Algorithms · Modern Programming (TypeScript, Python, Java) · Git & Version Control
Voir le plan d’action
- Month 1–2: Programming Fundamentals Master programming syntax, memory management, and OOP principles.
- Month 3–4: Data Structures & Algorithms Solve LeetCode problems covering arrays, trees, graphs, and dynamic programming.
- Month 5–7: Full-Stack Project Portfolio Build production web applications with databases, authentication, and cloud hosting.
- Month 8+: Interview Preparation Practice system design interviews and software engineering behavioral questions.