Design Engineer - Segmental Formwork

As a Design Engineer, you will play a crucial role in designing temporary support systems for concrete, ensuring structural integrity and safety, particularly for precast segments. Your key responsibilities will include: - Design & Optimization: Developing and optimizing formwork systems for precast segments and other structures to ensure safety, buildability, and cost-effectiveness. - Structural Analysis: Performing structural calculations to verify the formwork's ability to withstand various construction loads. - Material Selection: Choosing suitable materials for formwork based on factors such as cost, durability, and strength. - Documentation: Creating detailed design drawings, 3D models, and design calculations for project submission. - Coordination: Collaborating with project teams and stakeholders to provide technical advice and address design challenges. - Site Support: Conducting site visits to ensure correct implementation of formwork designs and safety protocols. - Compliance: Ensuring designs adhere to safety standards, building codes, and project requirements. Qualifications and Skills required for this role include: - Education: Diploma or Bachelor's degree in Civil, Mechanical, or Structural Engineering. - Software Proficiency: Proficient in CAD software like AutoCAD, Solid Works & STAADPRO for 2D and 3D drawings. - Technical Knowledge: Understanding of formwork and shoring systems, including modular and conventional types. - Structural Principles: Knowledge of concrete pressure, construction loads, wind loads, and stability design for civil structures. - Communication: Excellent communication skills to collaborate effectively with project teams. - Problem-Solving: Ability to identify and address technical challenges and adapt designs to site conditions. - Work Experience: Minimum 5 years of experience in designing Long line/Short line Segment, Steel Bridges, I Girder Shutter, Pier & Pier Cap. Your role as a Design Engineer will be crucial in ensuring the safety and efficiency of temporary support systems for concrete structures.,