Innovative, Intuitive, Independent Design Tools for Civil,
Structural & Mechanical Engineers.
“Give me six hours to chop down a tree and I will spend the first four sharpening the axe.” - Abraham Lincoln
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In contrast to trial-and-error design templates, these are characterized by a systematic approach.
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The design tools operate entirely on automation and do not necessitate user input derived from the outcomes of previous runs.
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The tools for member design yield the most cost-effective design outcomes.
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The output includes a detailed design report, Bill of Quantities (BOQ), sketches, and various alternative design options to consider.
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Each design tool has the capability to conserve valuable engineering man-hours.
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Key Attributes
StrSof Software and automated templates have gained widespread acclaim in the civil and structural engineering community. They are currently highly sought after by practicing civil and structural engineers, as well as engineering students, research scholars, software programmers, and software developer firms. The following points elucidate the factors contributing to their widespread appeal:
- Crafted to yield the most cost-effective outcome among available design alternatives.
- Manages up to 500 load combinations and 10 support joints in a single run (baseplate, spread footing and RCC pedestal).
- Only the minimum dimensions and limiting ratios necessary for member design are needed as user input. The software autonomously calculates the final sizes.
- The results obtained are highly precise, and rounding-off of calculated values is aimed at providing conservative outcomes rather than leaning towards the unsafe side.
- The output includes detailed step-by-step calculations, dynamic formulas, references to relevant codes, a comprehensive bill of quantities (BOQ), as well as sketches/diagrams that are fully annotated with dimensions and other pertinent details.
- Utmost level of automation achievable for an engineering design template. Significantly streamlined with an intuitive user interface tailored for junior engineers, trainees, and newcomers.
- No prerequisite training is necessary to utilize these automated templates. User assistance is readily accessible on each input page for immediate support.
- Meticulously designed, maintained, and supervised by adept structural engineers hailing from prestigious institutions, boasting extensive expertise across diverse sectors.
- Adheres to rigorous design principles akin to those employed by the oil and gas industry.
StrSof Engineering Software
BASEPLATE
Baseplate is a structural design software is utilized by civil, structural & mechanical engineers for design of pinned and fixed base plates to LSM of IS800. It covers a wide range of baseplate configurations as well as for column and shear key profiles
SPREAD FOOTING
RCC Footing is a civil engineering software used by civil & structural design engineers to design a spread footing to LSM of IS456. It can handle bi-axial moments with hundreds of load combinations. Loads may be applied at either pedestal or footing level.
RCC PEDESTAL
RCC Pedestal is a software used by civil & structural design engineers to design An RCC pedestal to LSM of IS456. It can handle bi-axial moments with hundreds of load combinations. Selection of end restraint type disables corresponding forces automatically.
RCC SLAB
RCC Slab is a civil engineering design software used by civil & structural engineers to design one-way and two-way RCC slabs to LSM of IS456. Handles all types of edge support conditions.
WIND LOAD CALCULATOR
Wind Load Calculator is used by civil & structural engineers to obtain design wind pressures, to IS875-Part3, on the various elements of a 3D gable-framed building in 30 seconds.
STEEL MTO
Steel MTO is used by structural & mechanical engineers to obtain accurate steel BOQ for any steel structure. Separate sheet for each member type allows an ‘easy-to-do’ steel BOQ in the most user-friendly manner.
STORMWATER DRAIN
Stormwater Drain is used by civil, structural & mechanical engineers, on infrastructure projects, to design stormwater drains using Manning’s formula for velocity. Covers drains in rectangular, trapezoidal and circular shapes.
LOAD COMB GENERATOR
Load Comb Generator is used by structural engineers to obtain ready-to-use load combinations with up to seven primary load cases. The LC strings generated can be used by primary design software (E.g. in STAAD/ ETABS) with ease.
Intelligent engineering design tools created to conserve both engineering hours and construction costs.
Testimonials
What design engineers, construction personnel, academics, research scholars, and engineering students are sharing regarding our software/templates.
Blog Posts :
Learn in detail about best practices.
Structural design software proficiency can set job aspirants apart from other candidates in interviews for engineering positions. Here’s how it can help you stand out:
1. Technical Competence: Demonstrating proficiency in structural design software showcases your technical skills and expertise. It reassures employers that you have the practical knowledge and hands-on experience needed to excel in the role.
2. Efficiency and Productivity: Structural design software enables engineers to work more efficiently. Discussing your ability to use these tools to streamline tasks and meet project deadlines can make you an attractive candidate, as employers value productivity.
3. Problem-Solving Skills: Employers look for candidates who can address complex design challenges. Using software to model, analyze, and optimize structural solutions demonstrates your problem-solving abilities, which are highly regarded in the field.
4. Quality and Accuracy: Structural design software can help reduce errors in calculations and design. Highlighting how you can produce high-quality and accurate designs using software can be a strong selling point.
5. Innovation: Many engineering firms seek candidates who can think innovatively and contribute to the development of sustainable and efficient design solutions. Proficiency in software tools can enable you to present innovative ideas in the interview.
6. Multi-disciplinary Collaboration: If the software is integrated with Building Information Modeling (BIM) tools, it can demonstrate your ability to collaborate with architects, contractors, and other engineers in multi-disciplinary teams, which is highly valued in the construction industry.
7. Sustainable Design: Sustainability is a growing focus in the construction industry. Proficiency in software features related to sustainability and green design practices can be a unique selling point, particularly if the company prioritizes sustainability.
8. Adaptability: Mention your ability to quickly learn and adapt to new software tools. Employers appreciate candidates who can readily embrace new technologies and stay updated with industry trends.
9. Certifications: If you have certifications related to specific structural design software, such as Autodesk Revit, SAP2000, ETABS, or others, be sure to mention them. Certifications can validate your skills and set you apart from candidates who lack formal training.
10. Portfolios and Projects: If possible, showcase past projects or work samples where you’ve successfully used structural design software. Having tangible evidence of your experience and accomplishments can significantly enhance your candidacy.
11. Continuous Learning: Discuss your commitment to ongoing learning and professional development in the field of structural engineering. Mention any courses, workshops, or training programs you’ve attended to stay updated with the latest software and industry standards.
12. Communication Skills: In the interview, effectively communicate how you use structural design software to convey ideas, collaborate with team members, and present your designs to clients or stakeholders.
Incorporate these points into your interview responses, and be prepared to demonstrate your software proficiency if asked to solve a problem or showcase a previous project. This will help you stand out as a candidate who not only has the technical skills but also understands how to apply them effectively in a professional context.
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Structural design software can significantly contribute to the professional growth and career promotion of designing engineers in several ways:
1. Increased Efficiency: Structural design software automates many repetitive and time-consuming tasks, such as calculations and simulations. This efficiency allows engineers to complete projects faster, take on more responsibilities, and handle larger or more complex projects, which can lead to career advancement.
2. Enhanced Design Capabilities: These tools provide engineers with advanced modeling and analysis capabilities, allowing them to explore innovative design solutions and take on challenging projects. Demonstrating proficiency in using such software can set engineers apart and make them more attractive candidates for promotions.
3. Improved Accuracy: Structural design software helps minimize errors in calculations and design. Accuracy is crucial in engineering, as mistakes can have costly consequences. By using software, engineers can produce designs that are more reliable, reducing the likelihood of design flaws and construction issues.
4. Collaboration and Communication: Many structural design software packages are compatible with Building Information Modeling (BIM) software. This facilitates collaboration with other project stakeholders, such as architects, contractors, and other engineers, enhancing the engineer’s ability to work in interdisciplinary teams and communicate effectively.
5. Sustainable Design Expertise: Sustainable design is an essential aspect of modern engineering. Structural design software often includes tools for analyzing and optimizing designs for sustainability. Engineers who can demonstrate expertise in sustainable design practices are more likely to be considered for leadership roles and promotions in an era where environmental concerns are paramount.
6. Flexibility and Adaptability: Proficiency in using structural design software makes engineers more adaptable to evolving technology trends in the construction and engineering industries. Being able to quickly learn and adopt new software tools and design methodologies can be a valuable asset in a career.
7. Problem-Solving Skills: Working with structural design software hones an engineer’s problem-solving skills. Engineers who can tackle complex structural challenges using software solutions are more likely to be recognized and promoted for their analytical and critical thinking abilities.
8. Knowledge Expansion: Continuous learning is essential in engineering. Using structural design software encourages engineers to stay updated with the latest industry trends, software updates, and best practices, which can contribute to their professional development.
9. Career Certification and Licensing: Some structural design software certifications and training programs can enhance an engineer’s credentials and qualifications, potentially opening doors to more advanced job positions and higher pay.
10. Project Management: As engineers progress in their careers, they may transition into project management roles. Understanding structural design software can help in effectively managing engineering projects and teams, which can lead to career growth.
In summary, proficiency in structural design software not only makes engineers more efficient and accurate but also positions them as valuable assets in the industry. It can enhance problem-solving skills, expand their knowledge base, and improve their career prospects, ultimately leading to greater opportunities for growth and promotion within the engineering field.
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Structural design software plays a crucial role in helping construction companies build sustainable buildings by optimizing various aspects of the design and construction process. Here’s how structural design software contributes to sustainability in construction:
1. Efficient Material Use: Structural design software allows engineers to optimize the use of building materials. By accurately calculating loads, stresses, and other factors, it helps reduce material waste, which is essential for sustainable construction.
2. Energy Efficiency: Sustainable buildings aim to be energy-efficient. Structural design software can analyze the structure’s thermal performance, helping engineers and architects design structures that maximize natural lighting and ventilation, reducing the need for artificial lighting and HVAC systems.
3. Design Iterations: Software tools allow for easy and quick design iterations. This helps architects and engineers explore multiple design options, making it easier to select the most sustainable and cost-effective solutions.
4. Load Analysis: Structural design software provides in-depth analysis of loads, including wind, seismic, and live loads. This ensures that the building can withstand various environmental conditions, reducing the risk of damage and the need for repairs.
5. Integration with BIM: Building Information Modeling (BIM) software, often used alongside structural design software, enables collaboration and information sharing among different construction disciplines. This integration ensures that sustainable design features are integrated from the start of the project and maintained throughout construction.
6. Green Building Standards Compliance: Many structural design software packages have features that support the compliance of green building standards such as LEED (Leadership in Energy and Environmental Design). They can help ensure that a building’s design meets the requirements for sustainability certification.
7. Lifecycle Analysis: Some advanced structural design software tools can perform lifecycle analysis, considering the environmental impact of a building from construction through operation and eventual demolition. This data helps in making sustainable decisions throughout the building’s entire life cycle.
8. Sustainable Material Selection: Some software tools provide information about sustainable building materials, allowing designers to make environmentally conscious choices when specifying materials for the project.
9. Construction Optimization: Structural design software can assist in optimizing construction processes, reducing construction time and waste. This includes techniques like prefabrication and modular construction, which can minimize material waste and energy consumption.
10. Risk Mitigation: Sustainable construction often involves innovative design and construction methods. Structural design software helps identify and mitigate risks associated with new technologies or techniques, ensuring that sustainable strategies are implemented safely.
In summary, structural design software supports sustainable building practices by optimizing materials, improving energy efficiency, enabling design iterations, facilitating compliance with green building standards, and offering tools for holistic lifecycle analysis. It plays a crucial role in the planning and execution of sustainable construction projects.
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