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Civil Engineer Phd Jobs in Colorado (NOW HIRING)

Master's (MS) or Doctorate (PhD) in Engineering. Civil, Structural, Geotechnical, or a related field is preferred. * Extensive and proven knowledge of dams and hydropower markets, trends, and clients ...

Senior Blade Structure Engineer

Boulder, CO · On-site

$125K - $170K/yr

Qualifications Required: • MS or PhD in Aerospace, Mechanical, Civil Engineering, or a closely related discipline. • 5+ years of professional engineering experience in wind energy, aerospace, or ...

Bachelor's degree or higher in a relevant engineering field plus 5 years, MS plus 3 years, or PhD ... DoW (national defense), NASA (civil space) and commercial customers. Equal Pay Act This is the ...

... 5 years, or PhD plus 0-2 year of professional experience in systems engineering for high ... DoW (national defense), NASA (civil space) and commercial customers. Equal Pay Act This is the ...

... civil partners. As a senior team member, the successful candidate will contribute expertise at both ... PhD and 4 years of experience. An additional 4 years of relevant experience may be considered in ...

Showing results 41-60

Civil Engineer Phd information

See Colorado salary details

$40K

$86.9K

$129.3K

How much do civil engineer phd jobs pay per year?

As of Sep 2, 2026, the average yearly pay for civil engineer phd in Colorado is $86,933.00, according to ZipRecruiter salary data. Most workers in this role earn between $71,000.00 and $103,600.00 per year, depending on experience, location, and employer.

What is a civil engineer PhD?

Civil Engineer PhDs are professionals who have earned a Doctor of Philosophy (PhD) degree in civil engineering, which involves advanced study and research in topics such as structural engineering, transportation, geotechnical engineering, and environmental systems. They typically work in academia, research institutions, or high-level industry positions, focusing on solving complex engineering problems and advancing knowledge in the field. Civil Engineer PhDs may also teach at universities, publish research papers, and lead large-scale engineering projects. Their expertise is critical in developing innovative solutions to infrastructure and environmental challenges.

What are the key skills and qualifications needed to thrive as a civil engineer PhD?

To thrive as a Civil Engineer PhD, you need advanced knowledge in civil engineering principles, strong research capabilities, and a doctoral degree in civil engineering or a closely related field. Expertise in simulation software (such as AutoCAD, MATLAB, or ANSYS), research methodologies, and often professional licensure (PE) or certifications are typically required. Exceptional problem-solving skills, leadership, and the ability to communicate complex concepts clearly make someone stand out in this role. These skills and qualifications are crucial for leading innovative research, advancing engineering solutions, and effectively collaborating with academic and industry stakeholders.

What are some common research and collaboration challenges faced by civil engineer PhDs in academic and industry settings?

Civil Engineers with a PhD frequently collaborate across interdisciplinary teams, which can present challenges in aligning technical language, project goals, and expectations. In academia, balancing independent research with teaching and grant writing is a common challenge, while in industry, integrating cutting-edge research into practical projects often requires effective communication with stakeholders from non-technical backgrounds. Building strong professional networks and developing project management skills are essential for overcoming these challenges and advancing in both environments.

What is the difference between Civil Engineer Phd vs Civil Engineer?

AspectCivil Engineer PhdCivil Engineer
Required CredentialsPhD in Civil Engineering, possibly with research experienceBachelor's or Master's in Civil Engineering
Work EnvironmentResearch labs, academia, advanced consultingConstruction sites, design firms, project management
Employer & Industry UsageUniversities, research institutions, specialized consultingConstruction companies, engineering firms, government agencies

The main difference is that a Civil Engineer Phd focuses on research, academia, and advanced analysis, while a Civil Engineer typically works on design, construction, and project implementation. The Phd often involves specialized research, whereas the Civil Engineer role emphasizes practical application and project management.

Is it worth getting a PhD in civil engineering?

A PhD in civil engineering prepares individuals for advanced research, academia, and specialized roles in areas like infrastructure design and environmental systems. It can lead to higher-level positions and increased earning potential but requires significant time and commitment, often involving research, publications, and teaching experience.

What can I do with a PhD in civil engineering?

A PhD in civil engineering prepares individuals for advanced research, teaching at the university level, and leadership roles in infrastructure design, construction, and project management. Graduates often work in academia, government agencies, or private consulting firms, utilizing skills in data analysis, modeling, and technical problem-solving.

What cities in Colorado are hiring for Civil Engineer Phd jobs?

Cities in Colorado with the most Civil Engineer Phd job openings:

Infographic showing various Civil Engineer Phd job openings in Colorado as of August 2026, with employment types broken down into 100% Full Time. Highlights an 100% In-person job distribution, with an average salary of $86,933 per year, or $41.8 per hour.

Principal Engineer Lead, Hydrology & Hydraulics - Mining & Dams

BBA, Inc.

Lakewood, CO

$105K - $139K/yr

Full-time

Re-posted 6 days ago


Job description

Your future role at BBA

BBA is seeking a Principal Engineer Lead - Hydrology,Hydraulics & Dam Safety to provide technical authority and leadership forwater management, tailings, and dam-related projects in the mining sector. Thisrole is central to the safe design, operation, and governance of dams andtailings facilities, where hydrological risk, hydraulic performance, andregulatory compliance are critical.
You will act as a senior technical advisor and damsafety leader, supporting clients in the planning, design, assessment, andoperation of tailings storage facilities, water retention dams, diversionstructures, and mine water management systems. The role combines advancedtechnical responsibility, dam safety governance, mentoring, and clientengagement.

With us, you'll get the opportunity to

TechnicalLeadership & Dam Safety Authority

  • Provide technical leadership and oversight for hydrology, hydraulics, and dam safety aspects of mining projects
  • Act as senior technical reviewer for dams, tailings storage facilities, and mine water management infrastructure
  • Lead and review hydrological and hydroclimatic studies, including:
    • Catchment and watershed analyses
    • Extreme flood estimation and design floods
    • Hydroclimatic and statistical analyses
    • Climate change impact and adaptation assessments
  • Lead hydraulic analyses and modelling to support dam and tailings design, including:
    • Spillway and outlet works capacity
    • Flood routing and reservoir routing
    • Freeboard assessments
    • Emergency spillway performance
  • Perform or oversee 1D, 2D, and 3D hydraulic simulations for dams, tailings facilities, and diversion systems

Tailings & Mine Water Management

  • Lead the development of integrated mine water management strategies, including water balances, operational water routing, and contingency planning.
  • Develop and review water and mass balance models for tailings storage facilities and mine operations.
  • Support tailings governance frameworks, including design basis, operating criteria, and performance monitoring.
  • Contribute to closure and long-term water management strategies for tailings and mine facilities.

Dam Safety, Risk & RegulatoryCompliance

  • Lead and contribute to dam safety assessments, including:
    • Dam Safety Reviews (DSRs)
    • Independent Technical Reviews (ITRs)
    • Consequence classification and hazard assessments
    • Failure modes and effects analyses (FMEA)
  • Support emergency preparedness and response planning, including dam break analysis and inundation mapping and emergency action plans (EAPs)
  • Prepare and review dam safety documentation in support of regulatory submissions and audits
  • Ensure alignment with applicable U.S. dam safety regulations, guidelines, and industry standards, as well as international best practices

Leadership, Mentorship & Client Engagement

  • Serve as a technical mentor and leader for hydrotechnical and dam safety professionals
  • Support proposals, scopes, and technical approaches for dam and tailings projects
  • Act as a trusted technical advisor to mining clients and regulatory authorities
  • Promote best practices in safety, risk management, and responsible tailings governance

Do your qualities and values matchour corporate culture?

  • Strong ethical standards and commitment to public and environmental safety
  • Deep interest in complex, high-consequence engineering challenges
  • Results-driven with sound engineering judgment
  • Collaborative leadership and knowledge-sharing mindset
  • Strong commitment to health, safety, and responsible mining practices

Summary of certifications and jobrequirements

  • Bachelor's degree in civil engineering or equivalent
  • Master's degree or PhD in Hydraulics, Hydrology, Water Resources, or related field is a strong asset
  • Licensed Professional Engineer (PE) or eligible for licensure in the United States
  • 20+ years of experience in hydrology, hydraulics, and dam safety, preferably in mining and tailings projects
  • Demonstrated experience with dam safety evaluations, tailings facilities, and flood risk management
  • Advanced proficiency in hydrological and hydraulic modelling tools
  • Strong written and verbal communication skills in English
  • Asset: Familiarity with U.S. dam safety regulations and regulatory processes
  • Asset:  Experience supporting Emergency Action Plans (EAPs) and inundation mapping
  • Asset:  Knowledge of instrumentation, hydrometry, and dam monitoring systems
  • Asset:  Familiarity with international dam and tailings guidelines (e.g., industry best practices)
  • Asset:  Experience incorporating climate change considerations into dam and flood design