Find out the top 10 core skills you need to master as a structural engineer and what hard skills you need to know to succeed in this job.

A structural engineer ensures that the structural integrity of any physical structure is maintained. Besides, he/she makes sure the structure is safe during and after the construction. Hence, they are important in every civil project.

Other responsibilities include contributing in the designing of buildings, bridges or any other civil project, focus on the capacity of the structure to withstand loads or stresses and advise the rest of the construction team accordingly. The engineers also investigate whether the site suits the magnitude of the proposed project. In this regard, they examine the soil, relief, and the area around for any inconsistencies. Lastly, they are mandated to communicate with other professionals to ensure sustainability of projects.

Core Skills Required to be a Structural Engineer

Core skills describe a set of non-technical abilities, knowledge, and understanding that form the basis for successful participation in the workplace. Core skills enable employees to efficiently and professionally navigate the world of work and interact with others, as well as adapt and think critically to solve problems.

Core skills are often tagged onto job descriptions to find or attract employees with specific essential core values that enable the company to remain competitive, build relationships, and improve productivity.

A structural engineer should master the following 10 core skills to fulfill her job properly.

Listening Skills:

Listening Skills are a practical ability to accurately receive and interpret messages you receive during the communication process to ensure flow and accuracy are maintained.

A Structural Engineer ought to have outstanding listening skills that lead to a better understanding at the workplace between the management and the staff, customer satisfaction in return yielding greater productivity with fewer mistakes and increased sharing of information in a more creative and innovative way.

Interpersonal Skills:

Interpersonal Skills are a set of abilities that enable a person to positively interact and work with others effectively while avoiding office disputes and personal issues with each other.

A Structural Engineer must learn the importance of these skills in the workplace and emphasis on every employee possessing them to build a more cohabit able and productive workplace with the help of each.

Facilitation:

Facilitation is making tasks or life easy for others while ensuring the daily running of successful meetings or workshops or business at large.

A Structural Engineer must use facilitation to process and structure a system that meets the needs of either an individual or a team to help them achieve their goals as well as add value to their lives by making sure each participates.

Networking:

Networking is the process that encourages an exchange of information and ideas among individuals or groups that share the same interests.

A Structural Engineer is required to establish policies and procedures that govern networking to form professional relationships that will boost the future of business and employment prospects while maintaining regular contact with each other to gain each other's trust thus developing few quality relationships.

Equal Opportunity and Diversity:

Equal Opportunity and Diversity means having employees from a wide range of background that includes different ages, gender, ethnicity, sexual orientation, religious belief, educational background, physical ability and treating them equally.

A Structural Engineer is required by the law to create a workplace free from discrimination and harassment to its employees as well as understand and adhere to the rights and responsibilities under the human rights and antidiscrimination law.

Flexibility:

Flexibility is an important skill that allows employers and employees to make an arrangement about working on maintaining a work/life balance to help organizations improve the productivity and efficiency of their balance.

A Structural Engineer needs creative ideas on how to plan flexible schedules for all his employees by incorporating flexible working arrangements and individual flexibility agreements that allow negotiation to change how certain agreements apply to them and how they can be adjusted.

Project and Goal Focus:

Project and Goal Focus is setting your mind and heart on things that matter and add value to your life against those things that add no value at all or of little value.

A Structural Engineer ought to learn of early hiccups that may cause distraction and get to motivate the employees early enough to see the projects completed promptly and in good condition.

Long Range Planning:

Long Range Planning is setting long-term goals and objectives for your business or project to ensure its growth and sustainability is reached by all the employees.

A Structural Engineer needs creativity in defining long-term goals that ought to be proactive, putting together a full employee focused management strategy that analyzes the major initiatives and translates them into functional goals that employees handle.

Business Etiquette:

Business Etiquette is a basic framework of rules set by companies to ensure and allow you to understand the way you should conduct yourself in the professional world.

A Structural Engineer must establish the tone for proper behavior in the workplace by making sure all the distinct boundaries are laid out for everyone to follow and understand the implications of defaulting.

Mechanical Skills:

Mechanical Skills are the abilities to solve problems that arise in the workplace, although it may vary from one company to another.

A Structural Engineer must be well equipped with technical skills to handle any underlying mechanical problem that may arise from wrong scheduling to meeting unique customer needs, budget, legal constraints, environmental and social issues, technology changes and any other management requirements.

Hard Skills Required to be a Structural Engineer

Hard skills are job-specific skill sets, or expertise, that are teachable and whose presence can be tested through exams. While core skills are more difficult to quantify and less tangible, hard skills are quantifiable and more defined.

Hard skills are usually listed on an applicant's resume to help recruiters know the applicant's qualifications for the applied position. A recruiter, therefore, needs to review the applicant's resume and education to find out if he/she has the knowledge necessary to get the job done.

A structural engineer should have a good command of the following hard skills to succeed in her job.

Structural Engineer: Hard skills list

Analyze Survey Reports, Maps, and Data to Plan Projects
Assess Environmental Impact and Risks
Assemble Project Deliverables
Assist With Staging, Testing, and Shipping of Equipment Prior to Deployment
AutoCAD
Communication
Compile and Submit Permit Applications to Local, State, and Federal Agencies
Create Blueprints Using CAD (Computer Aided Design)
Critical Thinking
Decision Making
Design Public Work Projects
Develop Designs, Layouts, and Design Calculations
Develop Project Scope and Timeline
Ensure Job Sites Meet Legal Guidelines, and Health and Safety Requirements
Experience with Civil 3D
Experience with Microstation
Experience with Reinforced Concrete and Steel Design
Experience with On-Site Construction Observation and Management
Highly Detail Oriented
High Level of Analytical Thinking
Identify Possible Design Improvements
Leadership
Listening
Manage and Monitor Each Stage of Project
Manage the Repair and Maintenance of Public and Private Infrastructures
Map Reading
Mathematics
Organizational Skills
Perform or Oversee Soil Testing
Perform or Oversee Surveying Operations
Physics
Prepare Designs and Estimates
Prepare Conclusion and Analysis Reports
Present Environmental Impact Statements to the Public
Proactive and Willing to Take on New Challenges
Project Management
Provide Cost Estimates for Materials, Equipment, and/or Labor
Recommend Modifications for Design Improvements and Simplification
Sound Knowledge of Engineering Fundamentals
Technical Skills
Technical Writing
Test Building Materials
Understand and Design Within AASHTO Guidelines
Understand Diagrams, Drafts, Flow-Charts, and Other Information and Documentation
Use Software to Design Within Industry and Government Standards
Work Effectively Under Pressure

Written by on