About Highway Engineering
Highway Engineering is a specialized area of Civil Engineering focused on the planning, design, construction, operation, maintenance, and management of roads, highways, expressways, and transportation infrastructure. The programme provides knowledge of highway alignment, geometric design, pavement materials, pavement design, traffic engineering, transportation planning, road construction, highway drainage, road safety, and maintenance techniques. Students gain practical exposure through surveying, pavement material testing, traffic studies, field visits, laboratory work, and infrastructure projects. The programme also introduces modern practices such as intelligent transportation systems, GIS-based transportation planning, sustainable pavement technologies, and smart highway infrastructure.
Why Choose Highway Engineering?
Highway Planning & Design
Learn the principles of highway alignment, geometric design, road layout, and transportation planning.
Pavement Engineering
Develop knowledge of flexible and rigid pavement design, materials, construction, testing, and maintenance.
Traffic Engineering
Study traffic flow, capacity, road intersections, traffic management, transportation systems, and road safety.
Construction Technology
Gain practical understanding of modern road construction methods, equipment, quality control, and project management.
Surveying & Geospatial Technology
Learn surveying, GIS, GPS, digital mapping, and data-based approaches for transportation infrastructure planning.
Programme Curriculum
| Branch Code | Subject Name |
|---|---|
| ABC | ABC |
| Branch Code | Subject Name |
|---|---|
| ABC | ABC |
Laboratories & Facilities
Candidates should have passed 10+2 or equivalent examination with the required subjects, as prescribed by the University and applicable regulations. Candidates must fulfill the minimum academic eligibility and other admission requirements specified by the University. Final eligibility shall be as per University norms and prevailing admission regulations.
- Application: Submit the application form through the prescribed University admission process.
- Eligibility Verification: Academic qualifications and eligibility requirements are verified by the University.
- Merit / Counselling: Admission is provided through the applicable merit or counselling process as per University norms.
- Document Verification: Submit the required academic and identification documents for verification.
- Fee Submission: Complete the admission process by depositing the prescribed programme fees.
Graduates specializing in Highway Engineering can work as Highway Engineers, Transportation Engineers, Pavement Engineers, Site Engineers, Road Safety Engineers, Quality Control Engineers, and Project Engineers in highway construction companies, infrastructure organizations, government departments, consulting firms, and transportation agencies. They can also pursue higher studies, government careers, research, project management, or entrepreneurship in infrastructure development.
- Tuition Fee: As per University norms
- Examination Fee: As per University norms
- Laboratory Fee: As per University norms
- Development / Other Charges: As per University norms
Frequently Asked Questions
Q1. What is Highway Engineering?
Highway Engineering is a specialized area of Civil Engineering concerned with the planning, design, construction, maintenance, and management of roads, highways, and transportation infrastructure.
Q2. What subjects are covered in Highway Engineering?
Major areas include highway geometric design, pavement engineering, traffic engineering, highway materials, transportation planning, road safety, drainage, construction, and maintenance.
Q3. Is practical training included?
Yes. Students receive practical exposure through surveying, pavement material testing, traffic studies, laboratory experiments, field visits, and infrastructure projects.
Q4. What is pavement engineering?
Pavement engineering deals with the design, construction, testing, maintenance, and rehabilitation of road pavements using suitable materials and engineering methods.
Q5. What technologies are used in modern highway engineering?
Modern highway projects use GIS, GPS, remote sensing, digital surveying, intelligent transportation systems, traffic monitoring, and computer-aided design and analysis.
Q6. Where can Highway Engineering graduates work?
Graduates can work in highway construction, infrastructure development, transportation consulting, road safety, pavement management, government departments, and transportation agencies.
Q7. Can graduates pursue higher studies?
Yes. Graduates can pursue postgraduate studies and research in transportation engineering, highway engineering, structural engineering, construction management, urban planning, and related fields.
Ready to Build Your Future in Highway Engineering?
Explore the programme, understand your options and take the next step at Mahakaushal University.