University of Hawaii at Manoa

What you'll study

This undergraduate programme is delivered through the university's civil and environmental engineering community and combines core engineering science with specialist construction topics. Early years focus on mathematics, physics, chemistry and introductory engineering mechanics to build a solid analytical foundation. From the mid-course you study subjects such as structural analysis, geotechnical engineering, construction materials and methods, construction management, surveying, engineering economics and fluid mechanics.

Typical modules and topics include:

• Statics and Dynamics – equilibrium, forces and motion fundamentals applied to structures and temporary works.
• Strength of Materials and Structural Analysis – behaviour of structural members, load paths and design considerations.
• Construction Materials and Methods – properties and performance of concrete, steel, timber and composite systems; construction sequencing.
• Construction Management and Project Delivery – scheduling, cost estimating, contracts, procurement, risk management and health and safety.
• Surveying and Site Engineering – land measurement, GPS, site layout and earthworks planning.
• Geotechnical Engineering – soil mechanics, foundation design and slope stability important for island terrains.
• Computer Applications – CAD, BIM principles, construction scheduling software and numerical methods.
• Design for Resilience – seismic design, wind loading and coastal resilience considerations relevant to Hawaii and Pacific environments.
• Professional Practice and Ethics – regulatory frameworks, sustainability and community engagement in construction projects.

Programme structure normally includes laboratory work, field exercises, a capstone design project or senior practicum where students deliver a construction engineering design or management plan, and opportunities for industry internships to apply classroom learning to real projects.

Entry requirements

Applicants are expected to hold a secondary school qualification with strong performance in mathematics and a physical science (usually physics). Typical academic preparation includes calculus, algebra, and physics; chemistry is beneficial. Admissions consider the overall academic record and may expect evidence of quantitative ability and problem‑solving skills.

Other common requirements and advice:

• International applicants normally need to demonstrate English language proficiency through recognised tests or equivalent evidence of study in English.
• Some applicants may be admitted with advanced placement or transfer credits for university-level mathematics, physics or engineering courses.
• Relevant practical experience, such as trades exposure, construction internships, or participation in STEM extracurriculars, can strengthen an application.
• Specific grade thresholds, standardised tests and credit-transfer policies follow university admissions regulations and are provided by the admissions office; consult the university for exact criteria.

Career prospects

Graduates move into a wide range of roles across the construction and infrastructure sectors. Typical entry-level positions include construction engineer, site or project engineer, estimator, scheduler, field engineer and quality control/assurance engineer. With experience, graduates progress to project manager, construction manager, contract manager or specialised roles in estimating and scheduling.

Further professional pathways include:

• Pursuing licensure as a professional engineer (PE) or equivalent, which may require postgraduate study and professional experience.
• Specialising in structural, geotechnical or coastal engineering through postgraduate study for design-focused careers.
• Working in government agencies, port and coastal infrastructure authorities, consulting firms, contractors, or as in-house engineering staff for utilities and developers.
• Roles in sustainability and resilience, focusing on adaptation of infrastructure to sea-level rise, storms and seismic hazards—areas of particular relevance in the Pacific region.

Why study at University of Hawaii at Manoa

The University of Hawaiʻi at Mānoa provides a learning environment shaped by its Pacific island context, making it particularly strong for topics such as coastal resilience, island infrastructure and geotechnical challenges in volcanic and coastal soils. Students benefit from faculty who engage in applied research relevant to Hawaii and the broader Pacific, access to campus laboratories and field sites, and industry links with local contractors, government agencies and infrastructure owners.

Being located in Honolulu gives students exposure to a concentrated construction market that includes urban projects, ports and airport works, and a range of public-works programmes. The university supports internships and cooperative education that help students gain practical site experience and professional contacts prior to graduation.

Overall, the programme combines technical engineering training with practical construction management skills and regional expertise that prepare graduates to work on resilient infrastructure projects in island, coastal and urban settings.