Certifications and Achievements

Professional Memberships

ASCE Membership
Elected Member of the American Society of Civil Engineers (M.ASCE, R.Eng), reflecting excellence in civil engineering.

SEI Membership
Member of the Structural Engineering Institute, part of ASCE, supporting innovation and technical leadership in structural design.
National Technology Council – Pakistan (2022)
Life-time registration as a Graduate Engineering Technologist after completion of B.Tech (Hons) Civil from SUIT Peshawar.


ASCE Continuing Education

Seismic Assessment & Strengthening (2025)
CEU-certified training focused on structural safety in low to moderate seismic regions.

Design Wind Loads – ASCE 7-16 (2025)
Applied wind load envelope procedures for building design per ASCE standards.


    Structural Software Training

    ETABS High-Rise RC Building Design (2025)

    Intensive design course for a 20-story concrete building using ETABS.



    Dlubal Software (Germany)

    1. RSECTION 1 – Thin-Walled & Hybrid Profiles (May 5, 2025)
      An introduction to cross-section modeling and analysis.
    2. Special Features in RFEM 6 (May 28, 2025)
      Hands-on with surface contacts, releases, blocks, and structure modifications.
    3. Geotechnical Analysis in RFEM 6 (June 26, 2025)
      Training in soil modeling and anchor system design.
    4. PV System Structural Design (July 3, 2025)
      Engineering of solar systems from concept to simulation.
    5. Modeling Round-Arched Timber Halls (July 17, 2025)
      Design workflow for curved timber roofs under EC5.
    6. Masonry Modeling in RFEM 6 (July 10, 2025)
      Material behavior modeling for masonry structures.
    7. RFEM 6 Static Design – Beginner to Advanced (April 28, 2025)
      Three-hour workshop in FEM beam design and second-order theory.


      SOLIDWORKS – LinkedIn Learning

      1. Steel Building Design with Weldments (May 8, 2025)
        Introduction to steel detailing through SOLIDWORKS.


      CSi Bangkok

ASCE 41 Seismic Retrofit (June 18, 2025)
Seismic evaluation and rehabilitation of existing buildings.


      🔩 Hilti CPD Webinars

      1. Reinforcement of Existing Concrete Structures (March 5, 2025)
        Strengthening techniques for structural rehabilitation.
      2. Anchor General Design + Checkbot (Feb 25, 2025)
        CPD-certified training on anchoring systems in UAE.
      3. PROFIS Basic Training (Feb 26, 2025)
        Fundamentals of Hilti’s anchoring software solution.


🏗️ Project & Construction Management

    1. Project Management Foundations – LinkedIn (Mar 2024)
      Principles of planning, scheduling, and risk handling.
    2. Construction Management: Lean & Safety (Mar 2024)
      Courses covering lean practices, site safety, and health protocols.
    3. Scheduling & Delivery Methods (Mar 2024)
      Strategies for managing construction timelines and procurement.
    4. Concrete Construction and QA/QC (Mar 2024)
      In-depth training in structural concrete and quality control.
    5. Construction Risk & Technology Integration (Mar 2024)
      Leveraging digital tools to reduce construction risks.
    6. Quality Management (Great Learning – Mar 2024)
      Certification in maintaining construction excellence through QA frameworks.
    7. International Logistics (Apr 2024)
      Key skills in managing overseas construction materials and supply chains.
    8. Human Resource Management (Great Learning – Mar 2024)
      Understanding organizational and personnel dynamics in project settings.
    9. Construction Safety & Health (Mar 2024)
      Compliance-focused training in occupational health standards.
    10. Construction Management Foundations (Repeated Module)
      Baseline principles of overseeing civil construction projects.






🎓 Academic & Community Contributions
    1. Project Supervision Certificate – ANSI College Mardan
      Appreciation for mentoring diploma students in structural design, estimation, and management.
    2. Beaconhouse “School of Tomorrow” Workshop (Mar 2017)
      Participant in national-level professional development for educators and mentors.
    3. LUMS KP Impact Challenge Workshop (Oct 2018)
      Workshop focusing on entrepreneurship and regional innovation.
    4. Mardan Science Festival – Supervisor Award (Apr 2019)
      Recognized for leadership in student science exhibitions and civil projects.
    5. Sarhad University Workshop on Technology in Pakistan (Mar 2018)
      Participant in educational efforts promoting tech integration in engineering education.
    6. ANSI Appreciation for Final Year Project Oversight (Repeats Entry 29)
      Dual recognition from academic director and head of department.





🧪 Field Competency Training

  1. Working on Live Highways – King Fahd Authority (Aug 2023)
    Certified safety protocols for active roadway operations.
  2. Working on Bridges & Near Water (Aug 2023)
    Specialized training for hazardous environments and marine works.
  3. General Equipment Safety – King Fahd Causeway (Aug 2023)
    Verified safety proficiency for heavy civil equipment usage.

🏆 Bonus Recognitions
PMI-Registered Provider Credentials (LinkedIn + Great Learning)
Multiple project courses delivered through accredited PMI frameworks (contact hours + PDUs awarded).

Multiple Course Completion IDs and NASBA Registry
Construction and management courses accredited under NASBA’s Continuing Professional Education
 standards.







Comments

Post a Comment

Popular posts from this blog

What Is Structural Engineering?

🏗️ Structural Engineering: Foundations, Forces, and the Future 🌟 Introduction: The Skeleton of Civilization Structural engineering is the invisible force behind the visible world. From shelters that withstand storms to skyscrapers that defy gravity, it forms the backbone of civilization—quietly enabling progress, protection, and permanence. It blends science with imagination, physics with responsibility, and tradition with innovation. At its core lies the pursuit of safety, functionality, and endurance. 🧱 Defining Structural Engineering Structural engineering is a discipline dedicated to understanding how structures bear loads and resist forces. It ensures that every constructed form—be it a bridge, tower, tunnel, or hall—stands strong, remains safe, and endures for generations. Key Objectives: Safety : Guarding against collapse or failure in all conditions. Strength : Withstanding imposed forces from nature and usage. Stability : Preventing deformation or instability. Ser...
Read more

🌀 Gridshell Structures: Engineering Elegance Through Curvature and Efficiency

1. Introduction: Where Art Meets Engineering Gridshell structures represent a poetic fusion of geometry, structural ingenuity, and material optimization. Defined by their doubly curved surface created from a lattice-like grid of linear elements, gridshells achieve the spatial beauty of shell architecture while relying on the adaptability and ease of linear components. Born from experimental forms and matured into engineered masterpieces, gridshells now occupy a vital niche within sustainable design, biomimetic architecture, and performance-based engineering. Unlike traditional shell structures that demand elaborate formwork or high material thickness, gridshells use their geometry—not mass—for stiffness. Through active bending or precise node shaping, these structures embody principles of minimalism and resilience, allowing large spans with reduced resources. Their relevance has surged in recent decades with the growing emphasis on parametric design, renewable materials, and expressi...
Read more

🏗️ The Evolution of Structural Engineering: From Antiquity to Innovation

  🏗️ The Evolution of Structural Engineering: From Antiquity to Innovation 🌄 Introduction: The Backbone of Civilization Structural engineering has silently shaped the rise and resilience of civilizations. From primitive shelters to megastructures defying gravity and nature, this discipline has evolved through centuries of inquiry, experimentation, and bold vision. The field has grown from rule-of-thumb construction techniques to complex algorithms and AI-assisted design—all rooted in one timeless goal: making structures safe, durable, and inspiring. 🏛️ Ancient Beginnings: Engineering with Intuition and Ingenuity Prehistoric & Early Civilizations (Before 3000 BCE) Human dwellings were rudimentary: caves, huts of timber, and mud. Structural choices were governed by immediate material availability and empirical stability. Egyptian, Mesopotamian & Indus Valley Structures Massive monuments like the Pyramids of Giza and Ziggurats showcased early mastery of stone an...
Read more