Akhilesh Anil More

Core Responsibilities Key Achievements

Team Leadership: Lead the UNIQUBE Structural Design Team, managing resources, project planning, technical reviews, and the timely delivery of complex design packages.

Client Coordination: Serve as the primary technical coordinator for high-profile UAE and USA clients, leading design reviews, value engineering, and multidisciplinary coordination workshops.

Design Review & Compliance: Review and approve structural calculations, design reports, shop/fabrication drawings, and construction documents to ensure strict compliance with client requirements, USA building codes, and local UAE regulations.

• Conducted advanced structural analysis and design, ensuring compliance with AISI S100, AISC 360, ASCE 7, ACI 318, IBC, Eurocodes, and local UAE building regulations to uphold project integrity.

Value Engineering: Drive structural optimization initiatives to significantly reduce steel tonnage and improve constructability without compromising structural safety or performance.

Multidisciplinary Liaison: Lead technical coordination between architecture, MEP, production, procurement, QA/QC, and site installation teams from initial concept through final commissioning.

Engineering Automation & Technology: Spearhead the integration of advanced digital technologies across the design, production, and installation phases to proactively identify and mitigate real-life fabrication and site execution issues.

BIM & Workflow Optimization: Personally developed custom plugins within Revit to automate repetitive modeling and drafting tasks, significantly accelerating engineering throughput.

Proprietary Software Development: Guided the end-to-end development of proprietary in-house software designed for LGS structural design, production tracking, shipping logistics, and site installation status management.

Successfully delivered high-profile local infrastructure and international projects, leveraging advanced LGS loadbearing structural systems for ADNOC projects locally and major developments across the US market.

Led the UNIQUBE Structural Engineering Team in successfully delivering multiple concurrent international projects across the UAE and USA.

Guided the development and deployment of end-to-end LGS software, establishing a digitized workflow connecting design, manufacturing, logistics, and installation status tracking.

Programmed custom Revit plugins that eliminated highly repetitive engineering tasks, drastically reducing design turnaround time and minimizing modeling errors.

Mitigated critical field and factory errors by embedding predictive technology workflows into the pre-construction phase, cutting down on-site modifications.

Established rigorous design-review workflows that elevated engineering quality and optimized cross-departmental project delivery speeds.

Maintained exceptional UAE and USA client satisfaction through transparent technical communication, robust value engineering, and on-time delivery.

• Project Leadership: Managed a team of 5 engineers and draftsmen to complete 27 projects on time and within budget, improving resource efficiency.
• Conducted structural evaluations: Designed and analyzed structural components for 45 residential homes, ensuring they met safety standards and project requirements without any compliance issues.
• BIM Modeling: Created detailed structural models, reducing design conflicts by 75% and improving collaboration with architects and MEP teams.
• Structural Analysis & Design
• Factory Coordination: Worked closely with factory teams to ensure structural components were made according to design, improving on-time delivery and quality.
• Site Erection Coordination: Coordinated with contractors during installation, reducing assembly time by 50% while maintaining safety and meeting project deadlines.
• Fabrication File Preparation: Prepared fabrication files for 33 homes, which reduced production errors and increased efficiency.
• Oversaw project tasks, ensuring alignment with timelines and quality standards.
• Facilitated project organization, streamlining processes for enhanced team collaboration.
• Applied technical knowledge to address complex structural challenges and support design integrity.
• Ensured timely project completion
• Utilized advanced software tools
• Pursued ongoing knowledge enhancement

• Structural Design Expertise: Designed and analyzed over 40 residential, commercial, and hybrid structures using cold-formed steel (CFS), hot-rolled steel (HRS), wood, CMU, and RCC, adhering to international standards (AISI S-100, AISC 360, ASCE-7, ACI-318).
• Lateral Analysis Proficiency: Conducted wind and seismic analysis for 25 projects, ensuring compliance with ASCE-7 standards and achieving optimal safety and performance.
• Technical Innovation: Introduced CFS structural design expertise to a previously untrained team, enabling successful completion of 7 CFS projects and expanding service offerings.
• Documentation Excellence: Delivered over 40 comprehensive city submissions and fabrication packages for states including FL, NC, TN, streamlining approval processes and minimizing delays.
• Software Proficiency: Leveraged advanced tools (AutoCAD, ETABS, SAFE, STAAD Pro, Tekla Tedds, Simpson Strongtie, Hilti Profis, Idea Statica, AISIwin, Enercalc) to enhance design accuracy and efficiency.
• Team Building: Developed specialized structural design team, increasing project capacity by 50% and enhancing collaboration.
• Value Addition: Successfully completed 7 complex CFS projects using prior experience, contributing to revenue growth and establishing the company’s expertise in this niche construction domain.
• Masonry & wood structure

• Structural Design Expertise: Successfully designed and analyzed over 8-10 pipe and industrial equipment supporting structures for the oil and gas sector, ensuring compliance with Indian standards and project specifications.
• Foundation Design: Engineered pump foundations for tanks and pumps in sugar factories, ensuring long-term stability and performance.
• RCC Structures: Delivered optimized structural designs for 5 residential and commercial RCC projects, achieving improved cost-efficiency and durability.
• Rehabilitation Projects: Conducted on-site assessments and designed rehabilitation solutions for steel structures in two sugar factories, improving structural integrity.
• Industrial Sheds and Platforms: Designed and delivered 3 industrial steel sheds and platforms with precise GA and fabrication drawings, streamlining construction processes.
• Technical Innovation: Conducted a comparison study between manual and software-based analysis, highlighting efficiency improvements with software tools while ensuring structural durability.
• Simpson Strong-tie

• Live Project Contributions: Designed and delivered residential, commercial, and hybrid structures (LGSF + Hot Rolled Steel) for US-based projects, adhering to AISI S-100, AISC 360, and ASCE-7 standards under guidance of Lead Engineer.
• Conducted wind and seismic analyses for numerous structures, ensuring compliance with ASCE-7 standards and contributing to structural safety and efficiency.
• Design Optimization: Developed and refined structural designs using advanced tools such as STAAD Pro, ETABS, SAFE, Tekla Tedds, Enercalc.
• Ensured accuracy in GFC and fabrication drawings, enhancing design reliability and accelerating project timelines.
• Gained proficiency in software such as Idea Statica, AISI Win, Framecad Structure, Tekla Tedds, Enercalc, enhancing design precision and productivity for complex CFS and RCC projects.
• Rapid Skill Acquisition: Mastered the concepts of Cold-Formed Steel (CFS) framing within three months of joining as a fresher, earning a promotion from the R&D department to the Engineering and Production team.
• Managed 28 commercial projects
• Aggregated total of 135 projects

• Structural Analysis and Design: Gained expertise in analyzing and designing support structures for industrial equipment, pipe racks, and cable trays using STAAD Pro, adhering to IS 800 standards.
• Seismic and Wind Analysis: Learned and applied Equivalent Static and Response Spectrum methods for seismic analysis and conducted Static and Dynamic wind analysis as per IS 1893 and IS 875 standards, ensuring the stability of structures.
• Connection Design: Developed critical steel beam-to-concrete connection solution for industrial project using Hilti Profis software, gained through collaboration with Hilti professionals.
• Hands-On Contribution: Delivered accurate connection designs and STAAD Pro models, ensuring compliance with project specifications and enhancing overall project integrity.
• Industry Exposure: Attended construction seminars to understand industry trends and innovative practices, applying insights to improve design approaches during internship.
• Software Utilization: Used STAAD Pro, Hilti Profis, AutoCAD, and Tekla Structures to support design tasks, improving accuracy and efficiency in project deliverables.
• Conducted field assessments to gather data for project analysis.
• Structural Engineering innovation
• Engaged in practical training to refine engineering skills.
• Optimization & efficiency
• Code compliance mastery
• Participated in research and development projects to innovate solutions.
• Software innovation

• Sinhagad College of Engineering, Pune, India.
• Academic Evaluation
• Major Project – The potential use of Super Absorbent Polymer in concrete.
• Abstract – Super absorbent polymers (SAP) are cross limited polymers that can absorb large amount of liquid and swell substantially is form a soft and insoluble gel. This characteristic can be used for self-sealing cracks in concrete. SAP promotes autogenous healing by releasing their absorbed water during hydration process. Super Absorbent Polymer is helpful to control autogenous shrinkage of concrete at early age. A property of SAP allows it to act like internal curing agent. This provides a new alternative way to control early age cracking of modern concrete. In the current paper use of super absorbent polymer as an internal curing agent is investigated by mechanical tests like compression, split tensile and four point bending tests. For this experimental program dry and wet curing of M30 grade specimens considered with 0%, 0.5% & 1% of superabsorbent polymer by weight of cementitious material in concrete. The experimental results showed that increase in amount of super absorbent polymer in concrete helpful for hydration process of cement in both dry and wet curing conditions.
• Journal Papers –
• The Potential Use of Superabsorbent Polymer in Concrete (ISBN 978-93-87901-06-3), Panchtatva in Civil Engineering, sponsored by Savitribai Phule Pune University.
• The Potential Use of Super Absorbent Polymer in Concrete, Civil-PGCON 2019,Sixth Post Graduate Conference of Civil Engineering- 2019 held by Savitribai Phule Pune University
• GPA: CGPA 7.7 - 1st Class

• J. J. Magdum College of Engineering, Kolhapur, India.
• Academic Evaluation
• Major Project - Use of plastic in Formwork.
• Sponsor - Samruddhi Industries Ltd, Sangli.
• Abstract - This project focuses on assessing the potential use of plastic as a sustainable and efficient alternative to conventional materials for RCC slab formwork. The study involved a detailed analysis of plastic slab formwork using both manual calculations and simulation tools such as ANSYS to evaluate its structural performance under various load conditions. The plastic material, sourced from Samruddhi Industries, was analyzed to determine the required specifications for durability, strength, and reusability. The results provide insights into the feasibility of plastic formwork, highlighting its advantages in terms of lightweight, reusability, and ease of handling, while meeting the structural demands of RCC construction.
• Journal Paper - Use of Plastic Formwork, IJETSR, April 2017, ISSN 2394-3386
• Academic Achievements –
• Qualified GATE (Graduate Aptitude Test in Engineering) during undergraduate studies, demonstrating strong technical and analytical aptitude.
• Secured a government stipend for pursuing a Master’s degree, recognizing academic excellence and potential.
• GPA: 66% - 1st Class with Distinction