ANAND GOPAL PILLI

Detail-oriented civil engineering graduate specializing in structural and geotechnical engineering. Developed expertise in seismic isolation systems and sustainable materials, with research on hybrid bearings and biochar-modified concrete. Experienced in finite element analysis and advanced material characterisation techniques, including XRF and XRD. Committed to engineering innovative solutions for resilient infrastructure and renewable energy initiatives.

• Conference Participation, ASCE EMI 2025-IC, 07/17/25 - 07/20/25
• Professional Memberships, American Society of Civil Engineers (ASCE), Structural Engineering Institute (SEI)
• Volunteer, National Service Scheme (NSS), 07/01/22 - 08/31/25
• Member, Civil Engineering Society, 07/01/22 - 08/31/25

• Project Lead, Biomimetic Tree-Root Foundation Design, 01/01/25 - 05/31/25
• Student Coordinator, Civil Engineering Society, Bapatla Engineering College, 08/01/23 - Present
• Team Lead, Foundation Design Competition, Intercollegiate Tech Fest, 02/01/24
• Class Representative, Structural & Materials Engineering Subjects, 08/01/22 - 06/30/23

• Mitigating Seismic Events using Hybrid Bearing with Tin Metal ball, 2024-2025, Developed an innovative seismic isolation bearing featuring a tin-reinforced metal ball to enhance structural flexibility in earthquake-prone regions.
• Foundation Design for Tree-like Structures in Renewable Energy Applications, 2025-2026, Designed and optimized foundation systems for tree-like structures in solar and wind turbines to ensure stability in diverse soil conditions.

AutoCAD, STAAD Pro, BIM, Autodesk Revit, MATLAB, Python for Civil Specifications, MS Word, MS Excel, MS PowerPoint.

• Graduate Teaching Assistant & Researcher, Sustainable Construction Materials Laboratory, Cleveland State University, 06/01/26, 11/01/27, Conducting research on the use of biochar as a sustainable cement replacement additive in Ultra-High-Performance Concrete (UHPC).
• Researcher, Seismic Isolation & Structural Dynamics, 2024-2025, Developed an innovative hybrid tin-reinforced seismic isolation bearing to enhance earthquake resilience in high-rise structures.
• Researcher, Geotechnical Engineering for Renewable Energy Foundations, 2025-2026, Investigated soil stabilization techniques for the design of foundations for tree-like structures that support solar and wind energy systems.

• Engineering Mechanics
  
  Udemy
  
  Issued Oct 2025 · Expires Jan 2036
  
  Credential ID Engineering Mechanics: Statics
• Introduction to Aerospace Structures and Materials
  
  edX
  
  Issued Aug 2024 · Expires Sep 2036
  
  Credential ID AEASM1x