Postgraduate Engineering & Management Programs

Program Structure & Design

Why Transportation Engineering & Management?

Transportation systems are changing rapidly.

Growing cities, increasing travel demand, road safety concerns, expanding highway networks, infrastructure deterioration, public transportation needs, environmental pressures, climate and disaster risks, emerging technologies, and limited resources are creating increasingly complex challenges for transportation professionals.

These challenges cannot be addressed through engineering design alone. They require professionals who can understand the transportation system as a whole—integrating engineering, planning, data, economics, management, safety, sustainability, policy, and human behavior.

M.Sc. TEAM is intended to develop this broader perspective while maintaining a strong foundation in transportation engineering.

Educational Objectives

Program Objectives

The M.Sc. TEAM program aims to:

• develop advanced knowledge of transportation engineering, planning, analysis, and management;

• strengthen the ability to analyze transportation systems and identify appropriate engineering and management solutions;

• develop competence in traffic engineering, highway engineering, pavement engineering, transportation planning, and related areas;

• promote understanding of road safety, sustainability, resilience, economics, and management in transportation decision-making;

• strengthen the ability to use analytical methods, data, and appropriate tools for transportation studies;

• develop research capability for investigating transportation and infrastructure problems systematically;

• encourage evidence-based and responsible professional decision-making; and

• prepare graduates for advanced technical, managerial, consulting, research, academic, and leadership responsibilities.

Specialized Focus Areas

What You Will Develop

By progressing through the program, students are expected to strengthen their capability to:

Analyze Transportation Systems

Understand travel demand, traffic characteristics, transportation networks, infrastructure performance, and the interaction between transportation and the wider built environment.

Plan and Evaluate Transport Infrastructure

Apply appropriate methods to transportation planning, project evaluation, infrastructure development, and mobility-related decision-making.

Address Traffic and Transport Safety Challenges

Analyze traffic operations, capacity, control, road-user behavior, safety issues, and potential engineering and management interventions.

Understand Highway and Pavement Performance

Develop deeper understanding of highway engineering, pavement systems, materials, performance, maintenance, and asset-management considerations.

Integrate Sustainability and Resilience

Consider environmental impacts, climate and disaster risks, lifecycle performance, resource efficiency, and long-term resilience in transportation decisions.

Apply Research and Analytical Methods

Formulate research questions, collect and analyze data, evaluate evidence, use appropriate methodologies, and communicate technically sound findings.

Make Better Professional Decisions

Evaluate alternatives considering technical performance together with economic, managerial, environmental, institutional, and social factors.

Key Areas of Study

The program develops knowledge across interconnected areas of transportation engineering and management.

Transportation Planning

Study the principles and methods used to understand mobility needs, travel demand, transportation networks, land-use interactions, and future transportation requirements.

Traffic Engineering & Management

Explore traffic characteristics, traffic studies, capacity, intersections, control systems, traffic operations, congestion, and measures for improving the efficiency and safety of road networks.

Highway Engineering

Develop advanced understanding related to highway planning, geometric considerations, engineering analysis, construction, operation, maintenance, and performance.

Pavement Engineering & Management

Examine pavement materials, structural behavior, design considerations, performance evaluation, maintenance, rehabilitation, and lifecycle management.

Transport Safety

Understand crash-related factors, road-user behavior, safety analysis, engineering countermeasures, road safety management, and approaches to reducing transport-related risk.

Transportation Economics & Project Evaluation

Consider economic principles, costs and benefits, investment decisions, project appraisal, prioritization, and the efficient allocation of resources.

Sustainable Transportation

Examine transportation in relation to environmental impacts, accessibility, public transport, active mobility, urban development, resource use, and long-term sustainability.

Resilient Transportation Infrastructure

Explore how transportation infrastructure can be planned, designed, managed, and maintained in the context of natural hazards, climate change, extreme events, and other disruptions.

Transportation Management & Policy

Develop understanding of the institutional, organizational, regulatory, policy, and management dimensions of transportation systems.

Data, Technology & Analytical Tools

Strengthen the use of data, quantitative methods, spatial information, modelling approaches, and relevant digital tools for transportation analysis and decision-making.