Civil Roads & Urban 3D Design Engineer

About the role

Egis, an international firm active in architecture, consulting, construction engineering and mobility services, is looking for a detail-oriented and innovative Civil Roads & Urban 3D Design Engineer to join its transportation infrastructure team in Bengaluru, India. The engineer designs and develops comprehensive 3D models for urban road networks and transportation infrastructure projects, working with multidisciplinary teams to deliver designs that meet regulatory standards and project objectives.

Key responsibilities

• Develop detailed 3D models and designs for urban roads, intersections and transportation infrastructure using industry-standard software.
• Analyze site conditions, traffic patterns and urban planning requirements to inform design decisions.
• Prepare design documentation, technical drawings and visualization materials for stakeholder presentations and project approvals.
• Coordinate with project managers, urban planners, environmental specialists and other stakeholders.
• Conduct feasibility studies and design alternatives analysis, and ensure compliance with transportation design standards, building codes and local regulations.
• Use GIS and spatial analysis tools to assess project sites and support data-driven design decisions.
• Take part in design reviews, maintain project files and documentation, and help prepare project proposals and technical specifications.

Required profile

• 3-7+ years of professional experience in civil engineering design, focused on roads, highways or urban transportation infrastructure.
• Experience on multi-disciplinary projects and collaboration with cross-functional teams.
• Preferred: familiarity with transportation planning software and traffic simulation tools, knowledge of sustainable design and green infrastructure, and experience with urban infrastructure projects.

Required skills

• Advanced proficiency in 3D design software such as AutoCAD Civil 3D, MicroStation or equivalent.
• BIM and integrated design workflows.
• GIS tools and spatial analysis for transportation planning.
• Traffic engineering principles and urban planning concepts.
• Technical drawing, documentation and visualization, plus strong analytical, organizational and communication skills.