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Yashkumar Kakadiya

Structural Engi|

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Who am i?

I'm Yashkumar Kakadiya, Structural and Civil Design Engineer

Experienced in creative architecture and structure design while studying as well as real life project in current company, with practical design skills in ETABS, SAP2000 as well as AutoCAD and Management skills. Developed project management skills during degree studies and in freelancer structure-design projects where I have designed a number of building for commercial and residential purposes. Results driven and able to find innovative solutions to problems whilst working as a part-time worker. Able to communicate ideas clearly and creatively using story boarding techniques and formal presentations in line with client specifications. Researched multi-disciplinary approaches to design using diverse creative and technical approaches as part of degree studies. Confident user of various applications to deliver technical presentations to clients and academic projects during my degree. Proficient user of ETABS and MS-office having used it to manage project budgets, timescales and resources.

Name:

Yashkumar Kakadiya

Live:

London, UK

Email:

kakadiyayash786@gmail.com

Showcasing some of my best work

Portfolio

  • Virtual Project
  • Live Project
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Loft conversion and Rear extension

Loft conversion and rear extension are popular options for homeowners looking to maximize space in their property. Here are some considerations for each: Loft Conversion: Assess feasibility: Determine if your loft space is suitable for conversion by checking the height, pitch, and available space. Consider consulting with an architect or structural engineer to evaluate structural integrity and any potential limitations. Planning permission: Loft conversions often fall under permitted development rights, allowing you to proceed without planning permission, as long as certain criteria are met. However, it's important to check with your local planning authority to ensure compliance. Design and layout: Work with an architect or designer to develop a suitable layout for your loft conversion. Consider factors such as the number of rooms, access points, natural lighting, and storage solutions. Building regulations: Ensure that your loft conversion complies with building regulations. These regulations cover aspects like fire safety, structural stability, insulation, ventilation, and access. Consult with a building control officer or hire a professional who can guide you through the process. Stairs and access: Plan for a proper staircase to provide safe and convenient access to the loft conversion. Consider the space required for the staircase, headroom, and compliance with building regulations. Rear Extension: Planning permission: Depending on the size and design of the extension, you may require planning permission. Check with your local planning authority to understand the specific regulations and requirements. Design and layout: Work with an architect or designer to create a design that maximizes the available space and integrates well with the existing property. Consider factors such as the purpose of the extension (e.g., kitchen, living room), natural light, ventilation, and connectivity to the rest of the house. Structural considerations: Ensure that the extension's structure is sound and integrates seamlessly with the existing property. Consult with a structural engineer to assess load-bearing requirements and any potential impact on the existing foundation. Building regulations: Comply with building regulations for the construction, insulation, electrical systems, and fire safety of the extension. Seek guidance from a building control officer or hire professionals who can ensure compliance. Services and utilities: Consider the extension's impact on services such as plumbing, electrical wiring, and heating. Plan for any necessary modifications or extensions to accommodate the increased space. Natural lighting: Incorporate windows, skylights, or glazed doors to maximize natural light in the extension. This enhances the overall ambiance and reduces the need for artificial lighting. Remember to engage experienced professionals, such as architects, structural engineers, and contractors, who have expertise in loft conversions and rear extensions. They can guide you through the design, planning, and construction phases, ensuring that the final result meets your needs while complying with regulations.

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Design of reinforced concrete structural members using ABAQUS

The analysis showed that complex calculations were efficiently completed within a minute using Abaqus software, saving significant time compared to manual methods for beam and slab analysis, especially when dealing with material discontinuities. The non-linear material performed well, meeting deflection limits and withstanding a load of 10 KN/m^2 on the fixed steel surface. Abaqus provided valuable results for loads, stresses, strains, moments, and deflections at any node point without the need for extensive calculations. Overall, it greatly facilitated the design and evaluation of reinforced concrete structural members.

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Contemporary Structures and Sustainable Construction

The study explores techniques and materials to reduce CO2 emissions and enhance sustainability in high-rise structures. Alternative cement types like Portland fly-ash, Portland slag, siliceous fly ash, blast furnace, and bio cement are discussed to minimize CO2 emissions in concrete core elements. Planting trees on structural elements, HVAC systems, and hollow concrete sections are suggested for offsetting CO2 emissions, improving ventilation, and saving energy. Steel is highlighted as a sustainable material for high-rises, enabling the creation of green gardens on the top floor that enhance air quality and absorb CO2. Overall, the study emphasizes the importance of sustainable materials and practices in contemporary structures to mitigate environmental impact and promote sustainable construction.

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Advanced Reinforced Concrete and Prestressed Concrete

The design of a seven-storey building is provided, focusing on the lowest central critical bay. The bay has dimensions of 6m x 4m, supported by three secondary beams and one primary beam. The secondary beam is assumed to be parallel to the major span, reducing the amount of concrete required. The structure is designed to have one hour of fire resistance. All elements of the structure are considered for maximum loading. For the slab design, an exposure class of XC1 is chosen to determine the effective depth and minimum cover requirements. Minimum bar diameters of 10mm for the slab and 16mm for the beam are assumed. The effective span-to-depth ratio is evaluated to ensure critical sections are appropriately designed. Shear checks for the beam are conducted between angles of 22 degrees and 45 degrees, and the need for vertical stirrups is determined. The column dimensions are assumed to be 400mm x 400mm, with a symmetrical span and a height of 3m. The load transfer mechanism is established from the top storey, flowing through the slab, beam, and column. The elasticity of the concrete is assumed to be 33GPa.

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Structure Engineering Dissertation

The analysis reveals that Dia-63 offers significant advantages in displacement and drift, while Dia-69 proves to be the most suitable and effective modal for overall safety, stability, and strength against windstorms and earthquakes, making it the recommended choice for different storey patterns; however, Dia-72 requires increased beam depth and is more complex, potentially increasing material costs, indicating that Dia-69 is the second-best performing modal in terms of base shear, offering a balance between performance and practicality for G+23, G+29, and G+35 structures, considering all static design parameters.

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Existing Frame Structure Retrofitting through the RC Column Jacketing Method to carry the extra load of heavy machinery

From the existing data and load-bearing capacity of the structure, a modal was prepared to calculate the total new load existing load on the base of the structure by RC jacketing methods to avoid CO2 emissions by removing the whole structure and also helpful to reduce the overall cost of the structure and for that RC column jacketing techniques was used. It also provides the stability to the structure at the base to avoid the axial failure of a column by the seismic effect and extra live load because the purpose of the existing structure is being changed. The following, Case study was calculated by the software namely ETABS for analysing the whole structure to sustain the existing building by inserting extra reinforced concrete jacketing method.

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Seismic analysis of a moment-resisting building frame

Various calculations involving Seismic analysis of a moment-resisting building frame

Checkout My Resume

Resume

Education

M.Sc. in Structural Engineering
Brunel University, London, UK / 2022 - 2023

The curriculum comprises various modules in civil engineering, covering a wide range of topics. Students learn about structural dynamics, seismic design, and advanced materials to understand how structures respond to dynamic forces like earthquakes. They gain insights into infrastructure management, including asset management and maintenance strategies, ensuring the efficient and sustainable operation of civil infrastructure systems. Sustainable construction and advanced steel design modules introduce modern construction techniques and design principles for energy-efficient and environmentally friendly structures. The modules on reinforced concrete design and repair rehabilitation of concrete structures equip students with the skills to design and strengthen concrete elements. These modules collectively provide a comprehensive education in civil engineering, preparing students for various challenges in the field.

Bachelor of Civil Engineering
Gujarat Technological University / 2016-2020

The civil engineering curriculum includes key modules that cover essential topics in structural design, construction, and maintenance. Students learn about designing steel structures, earthquake-resistant design principles, foundation engineering, and reinforced concrete structure design. They also gain knowledge in repairing and rehabilitating concrete structures and utilizing advanced construction methods and equipment. These modules provide a comprehensive education in civil engineering, equipping students with the skills to design and construct safe, efficient, and sustainable structures. With a focus on structural integrity, seismic resilience, and innovative construction techniques, students are prepared to address the challenges of the field and contribute to the development of resilient and sustainable infrastructure.

Experience

Architect Civil Engineer
NUSPACE, London ( 08/2022 - Present)

During my work experience, I played a crucial role in helping homeowners maximize their property's space through loft conversions and rear extensions. I assisted in assessing the feasibility of loft conversions, ensuring compliance with building regulations, and developing suitable designs and layouts. For rear extensions, I guided clients through the planning permission process, collaborated with architects on design considerations, and ensured structural integrity and compliance with building regulations. I also addressed factors such as access, natural lighting, and integration with existing services. Throughout these projects, I worked closely with professionals, including architects, structural engineers, and contractors, to deliver successful outcomes that met clients' needs while adhering to regulations. Proposal of Loft extension and kitchen extension verification of architectural drawing. Charter Engineer ship in engineering drawing and invoice making. Tele communication based on existing project and new inquiry. Existing building survey and AutoCAD 2D drawing. Building construction drawing and calculation verification Administrative data management. Structural Design Amendments.

Skills that I know

Skills

Design and Analysis Software
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AutoCAD

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ETABs

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SAP2000

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ABAQUS

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Staad Pro

Services offered by me

Services

Loft Conversions

Unlock the potential of your loft with a custom conversion that maximizes space and adds value to your home. Whether it’s an additional bedroom, home office, or entertainment area, our loft conversions offer innovative designs and high-quality construction, tailored to meet your needs.

  • Full-Service Project Management: We handle all aspects, from planning applications to managing timelines and contractors, ensuring a seamless experience.
  • Detailed Structural Design: Our team creates structural plans to ensure your loft conversion is safe, durable, and compliant with local regulations.

Key Benefits of Loft Conversions

  • Add significant value to your property
  • Increase functional living space without extending your home's footprint
  • Customizable for various uses, including bedrooms, offices, and playrooms
Kitchen Extensions

Expand your cooking and dining area with a stylish kitchen extension designed for entertaining, meal preparation, and everyday family life. Our team collaborates closely with you to create a kitchen that enhances both functionality and aesthetics, turning it into the heart of your home.

  • Expert Project Management: From initial design to final finishes, we coordinate each step, including permits, scheduling, and on-site management.
  • Custom Structural Design: Our structural plans ensure your kitchen extension is safe, compliant, and seamlessly integrated with the rest of your home.

Benefits of a Kitchen Extension

  • Improves layout, storage, and workflow in your kitchen
  • Adds value and appeal to your property
  • Provides space for modern appliances and amenities
Side Extensions

A side extension is an ideal way to maximize available space without reducing your outdoor area. Whether you need a larger living room, home office, or extra bedroom, our team ensures your side extension fits seamlessly with your home’s design and meets all your functional requirements.

  • Comprehensive Project Management: We handle the entire process, from securing planning permission to overseeing construction, to deliver your project on time and on budget.
  • Tailored Structural Design: Custom plans that ensure your extension is structurally sound, visually cohesive, and fully compliant.

Advantages of Side Extensions

  • Maximizes available property width for additional room
  • Enhances your home's layout and flow
  • Custom designs to blend seamlessly with existing architecture
Garage Conversions

Transform your unused garage into a practical, versatile living space. From a guest bedroom or office to a home gym, garage conversions provide a budget-friendly way to increase your home’s usable area.

  • Project Management Support: We streamline the entire conversion process, coordinating every step from planning to completion.
  • Safety-First Structural Design: Our engineers design custom plans to ensure the conversion is durable, safe, and compliant with all building codes.

Benefits of Garage Conversions

  • Adds valuable square footage without the need for major construction
  • Creates flexible living spaces that adapt to your lifestyle
  • Cost-effective compared to traditional extensions
Hip-to-Gable Loft Conversions

For homes with limited loft space, a hip-to-gable conversion can add significant room and functionality. This type of conversion is ideal for creating a larger, usable space in homes with sloped roofs, making it perfect for bedrooms, bathrooms, or a home office.

  • Complete Project Management: We manage the entire process, from obtaining planning permissions to overseeing contractors, to ensure your project is delivered on time.
  • Specialized Structural Designn: Customized structural plans ensure a seamless blend with your home and adherence to all safety standards.

Why Choose a Hip-to-Gable Conversion?

  • Increases headroom and usable floor space in lofts
  • Adds value and functionality to your home
  • Provides ample natural light and a spacious feel

Checkout My Interests

Interests

Partner with us for a Sustainable Future

We believe in taking proactive steps towards a sustainable future. We are dedicated to promoting eco-friendly practices and offering our customers the best sustainable products available in the market. As part of our commitment to making a positive impact, we are actively seeking dealership agreements with reputable sustainable products manufacturers like yours. Why Partner with Us? 1. Shared Values: We share a common vision of creating a better world through sustainable practices. By partnering with us, you align your brand with our mission, demonstrating your commitment to environmental responsibility and ethical business practices. 2. UK Law Compliance: We understand the importance of adhering to UK law guidelines governing sustainable products. By collaborating with us, you can ensure that your products are showcased and distributed in full compliance with these regulations, giving you peace of mind and reinforcing your reputation as a responsible manufacturer. 3. Market Reach: As a reputable company with an established customer base, we offer you access to a wide network of potential customers who are actively seeking sustainable alternatives. With our marketing expertise and strategic distribution channels, we can help increase your brand visibility and product sales. 4. Long-Term Partnership: We believe in forging long-lasting partnerships based on trust and mutual growth. By working together, we can create a sustainable supply chain and collaborate on product development, ensuring that our customers receive innovative and environmentally friendly solutions. 5. Marketing Support: We are committed to promoting your sustainable products effectively. Through our website, social media platforms, and targeted marketing campaigns, we will showcase your brand and highlight the unique features and benefits of your products, amplifying your market presence. 6. Customer Education: Education plays a vital role in driving sustainable consumption. We are dedicated to raising awareness among our customers about the importance of sustainable choices and the positive impact they can make. By featuring your products on our platform, we will educate and inspire our customers to make informed, sustainable purchasing decisions. Join Us in Shaping a Better Future By partnering with us, you have the opportunity to contribute to a more sustainable future while expanding your market reach and strengthening your brand reputation. Together, we can make a significant difference in the way products are manufactured, consumed, and valued. If you share our passion for sustainability and are committed to producing exceptional eco-friendly products, we invite you to join forces with us. Contact us today to discuss the potential for a dealership agreement and explore the many possibilities we can unlock together. Let's create a greener, more sustainable world, one partnership at a time.

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