PARDHU GULLAPALLI
Melbourne,VIC
Summary
Residential structural engineer experienced in designing footings (waffle slabs, stiffened rafts, subfloors, suspended), key elements (lintels, beams, ridge‑beam and cathedral‑rafter roofs), and connections that balance code compliance, buildability, and real‑world site conditions. Proficient in timber (AS1720.1) and steel (AS4100) design, wind load assessments (AS1170), and soil‑tree interaction (AS2870), with a deep understanding of the NCC and Australian Standards. Skilled in Structural Toolkit, SpaceGASS, and AutoCAD, I deliver efficient, cost‑effective solutions tailored to residential construction.
Overview
10
10
years of professional experience
Work History
Structural Engineering Trainee
ANZ Engineers
05.2025 - Current
- Calculated dead load, live load and wind load acting on various elements of a residential dwelling such as lintels, beams, columns, rafters, ridge beams, walls and footing as per Australian Standards AS 1170.0, AS1170.1 and AS 1170.2.
- Designed and drafted timber and steel structural elements using Australian standards and codes such as AS1720.1 and AS4100.
- Carried out strength and serviceability analysis of structural elements of Australian Residential Dwellings using engineering software such as SpaceGass and Structural Toolkit.
- Analysed, designed, and drafted various types of footings used in Australian residential projects using AS2870 according to the requirements of the various site conditions as well as the architectural considerations such as step downs and ups in the floor level, available subfloor
height when designing subfloor elements. - Drafted timber connection details compliant with AS1720.1, AS1684.2, and AS1684.3. Drafted
footing plans and details compliant with AS2870, including the important notes relevant to the founding depth, tree effect, cut and fill impact on site. - Considered architectural aspects and buildability challenges in my designs, some of which are:
o Ensuring the specified sizes for elements fit within the height/space above the opening
and fit within the thickness of walls - Not specifying 2/240X63 hySPAN in a 90mm thick timber stud wall.
o Considering mortar thickness when specifying the lintel thickness in a brick wall – i.e. not specifying 150X90X16 UA as the 16mm thickness can make the mortar thickness
inconsistent.
o Ensuring the proposed subfloor elements, such as bearers and floor joists, can fit within the proposed subfloor space shown in the architectural design and, if due to the minimum clearance required from the bottom of the bearer to the ground (150mm in areas not exposed to termite attack and 400mm in areas prone to termite attack), instead of running the joists over the bearers, connecting them into the bearer. - Carried out designs efficiently and effectively by strategically balancing the design time with the
practical impact on the structure.
Site Engineer
SK Concrete & Landscaping
02.2022 - Current
- Led the successful completion of multiple concrete construction projects, Residential Footings, Driveways, and infrastructure projects.
- Oversaw and coordinated subcontractors, suppliers, and construction crews to ensure the quality and safety of concrete installations.
- Conducted regular site inspections and quality control tests to verify compliance with project requirements and industry standards.
- Prepared and maintained project documentation, including progress reports, change orders, and as-built drawings.
Site Engineer
Silman Bros
05.2020 - 02.2022
- Led the successful completion of multiple asphalt construction projects, including roads, and parking lots.
- Managed daily work crews and operational resources against programmed work in line with agreed timescales.
- Assisted in managing the road construction and rehabilitation works associated with existing/future projects.
- Providing of Engineering Inputs as required for the projects that are being implemented.
- Ensure that variations between project construction and project design are progressively identified.
- Clearly identify OH&S and quality assurance requirements in tender / specification documentation requirements including project briefs.
Site Engineer
Satya Maruthi Infra
08.2015 - 10.2017
- Successfully managed and supervised road construction projects, including highways, streets, and intersections.
- Led project planning and execution, ensuring compliance with project specifications, schedules, and budgets.
- Coordinated with clients, architects, and contractors to review project plans, specifications, and resolve design and construction issues.
- Conducted regular site inspections and quality control tests to verify compliance with project requirements and industry standards.
- Oversaw the construction crews and subcontractors, ensuring adherence to safety protocols and construction best practices.
- Prepared and maintained project documentation, including progress reports, change orders, and as-built drawings.
Education
Bachelor of Technology - Civil Engineering
05.2015
Skills
- Residential Design
- AutoCAD
- Structural Toolkit
- SpaceGASS
Timeline
Structural Engineering Trainee
ANZ Engineers
05.2025 - Current
Site Engineer
SK Concrete & Landscaping
02.2022 - Current
Site Engineer
Silman Bros
05.2020 - 02.2022
Site Engineer
Satya Maruthi Infra
08.2015 - 10.2017
Bachelor of Technology - Civil Engineering
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