Neha Patel

Highly skilled and detail-oriented civil engineer with advanced expertise in structural design, analysis, and project management. With a strong academic foundation and hands-on experience in cutting-edge engineering software and methodologies, I am passionate about contributing to complex projects that require innovative and practical solutions. Known for my analytical mindset, creative problem-solving skills, and ability to optimize designs, I am committed to delivering high-quality outcomes within dynamic, multidisciplinary teams. I thrive in environments that promote continuous learning and professional development, and I am eager to collaborate with industry experts to drive engineering excellence and push the boundaries of modern civil engineering.

RCC Retaining Wall Design Project | Rockfield Technologies

• Conducted a comprehensive design and analysis of a reinforced concrete cantilever retaining wall to stabilize backfill supporting a stacker reclaimer machine at a coal export facility.
• Performed load analysis considering dynamic, environmental, and permanent loads, using Mathcad, SpaceGass, and Strand7 in compliance with Australian Standards AS 4678 and AS 5100.
• Identified high-stress points (bending moment and shear forces) to assess loading effects on the retaining wall and proposed temporary bracing solutions.
• Developed a more robust RCC retaining wall design using Finite Element Analysis (FEA) and designed RCC-to-bracing connections with RAM software
• Introduced a new drainage system and reinforced the wall with additional steel reinforcement to ensure long-term stability and performance.
• Gained hands-on experience in structural analysis, FEA, design optimization, and collaborating with senior engineers to implement effective solutions.

Design and Analysis of Hot-Rolled Steel Portal Frame for Australian Warehouse

• Designed a hot-rolled steel portal frame for a warehouse in Australia, including pre-sizing of columns and detailing calculations for the leeward rafter.
• Utilized Finite Element software (SpaceGass) to calculate factored bending moments, axial forces, and shear force diagrams for the project’s structural analysis.
• Applied relevant Australian Standards, including AS 4600, AS 4100:2020, and AS/NZS 1170.0_2002 for structural design actions.
• Gained hands-on experience in steel frame design, load analysis, and the application of FEA tools to optimize structural solutions.
  

Design and Analysis of a Four-Storey Reinforced Concrete Block of Units

• Designed a four-storey residential block of units using reinforced concrete elements (slabs, beams, columns, and infill walls) in compliance with AS 3600 and AS/NZS 1170.1:2002 for structural design actions.
• Performed moment analysis using Strand7 software, optimizing the design for strength, serviceability, and durability.
• Selected normal strength concrete for slabs and beams, high-strength concrete for columns, and recommended the use of 500N steel reinforcement and R10 plain round bars for stirrups and ties.
• Produced detailed working drawings for the project, ensuring foundation design accounted for an ultimate soil bearing capacity of qu = 400 kPa.

Geotechnical Investigation for Residential Canal & Tunnel Design at Pimpama Riverside Development, 2009

• Conducted geotechnical investigations for a proposed residential canal at the Pimpama Riverside Development, ensuring accurate soil profiling and identifying key parameters for project design.
• Designed and simulated excavation work for Section EE' using PLAXIS 2D software, focusing on mesh convergence and analyzing ground settlement, diaphragm wall deflection, and basal heave.
• Conducted comprehensive parametric studies on loading and footing diameter variations to assess their impact on excavation stability and overall design integrity.
• Utilized nearby borehole data to establish the soil profile for a proposed underground tunnel, and designed and simulated construction stages using PLAXIS 2D software to evaluate the effects of parameters like load, diameter, spacing, and burial depth on tunnel construction.
• Demonstrated geotechnical expertise by designing foundations for a mixed-use commercial and residential village, ensuring compliance with structural loadings, settlement limits, and safety factors.
• Performed detailed numerical simulations using PLAXIS 2D to analyze ground surface displacements, foundation behavior, and structural forces, including bending moments and shear forces.
• Contributed to the development of key geotechnical principles for excavation, tunneling, and foundation design, leveraging advanced software tools to provide critical insights for real-world engineering challenges.

• Strong problem-solving, research, and analytical skills, ensuring effective solutions and outcomes.
• Excellent multitasking, organizational, and time management abilities.
• Quick to learn and committed to continuous professional development.
• Strong communication and interpersonal skills, with experience building relationships at all levels.
• Creative, self-motivated, and adaptable to new challenges.
• Effective team player, capable of working independently with minimal supervision.
• Adheres to policies, standards, and regulations for compliance and quality.
• Reliable, punctual, and focused on team-oriented success.
• Strong management skills and leadership capabilities.
• Ability to collaborate with various disciplines and stakeholders for project success.

• Reading Engineering Journals and Books
• Watching Educational Videos/Webinars
• Working on Design Projects
• Engaging in Problem Solving Challenges
• Exploring Online Courses
• Modeling and Simulation with Software
• Visiting Construction Sites & Engineering Landmarks

• White Card
• International Driving License

Mr. Burt Farmer

Principal Structural Engineer, Rockfield Technologies, Brisbane, Australia 

burt.farmer@rocktech.com.au