S. M. Azam Rashdi

• Manage and direct design, simulation and 3D Prototyping team and activities required to implement Rebuild projects.
• Supervising/assisting team of design and project managers.
• Project Feasibility Assessment, Managing deliverable reports and scientific output records for different projects.
• Managed financial, operational and human resources to optimize business performance.
• Oversaw project management efforts, ensuring timely completion of projects within allocated budgets and scope.
• Spearheaded process improvements within engineering department, leading to more efficient workflows across teams.

Key areas: CAE Simulations (CFD / FEA), Aerothermodynamics, HPC Design Center, Additive Manufacturing (3D Prototyping Metal & Polymers), Project Management, Business Development.

• Engine Test Bed Design and Installation (Piping design, CFD Flow Analysis, Structural Design Analysis and Equipment procurement)
• Thermal Analysis of Airborne Electrical Equipment
• Piping System design and Analysis.
• Mentored junior consultants, fostering professional growth and building strong team dynamics.
• Delivered outstanding service to clients to maintain and extend relationship for future business opportunities.

Key areas: Process Design, CAE Simulations (CFD / FEA), Aerothermodynamics, Piping Design & Simulations, FSI & Hydrodynamics of Offshore structures, Project Management, Product development.

• Managing Design and Project Management activities.
• Led change management initiatives to drive organizational transformation without compromising employee morale or productivity levels.
• Improved safety procedures to create safe working conditions for workers.
• Structural Design Analysis
• Collaborative design & drawing development with consultant.
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Key areas: CAE Simulations (CFD / FEA), FSI & Hydrodynamics of Offshore structures, Project Management.

• Development of Rules and Regulation for Steel Ship Construction.
• Assisted in training new team members on surveying techniques, fostering supportive work environment for continued growth.
• Collaborated with engineers, architects, and construction professionals to ensure accurate information was incorporated into designs.

Key areas: Development of Rules and Regulation for Steel Ship Construction, CAE Simulations (CFD / FEA), Ship Design & Simulations

• Teaching Fluid Mechanics, Marine Structures I & II, CFD and FEM
• Conducted research in relevant field, integrating findings into course content and enriching student understanding of subject matter
• Managed undergraduate and graduate internship programs to enable participants to gain exposure to mechanical discipline

• Teaching Fluid Mechanics, Thermodynamics, and Intro to CFD
• Faculty Advisor SAE (DSU Chapter), Officer In-charge of CAE Center and its development (Equipment Procurement and Planning).
• Developed strong relationships with colleagues, collaborating on curriculum development and sharing best practices in teaching strategies
• Increased student interest by incorporating real-world examples into lessons and connecting material to relevant experiences
• Provided individualized support for struggling learners, using tutoring sessions and additional resources to close achievement gaps

• Study processes in EAF in thermal CFD turbulence model Supersonic Jets in metallurgy
• Error estimate of incompressible approximation for compressible nozzle and Simulation of liquid metal splashes and shows dents, splashing and penetration.
• Collaborated with multidisciplinary teams to develop innovative research methodologies and strategies.
• Conducted literature reviews to support hypothesis development and identify gaps in existing knowledge.

Key areas: Steel-making, CFD

• Flame Chemistry Lab Development.
• Development and analysis of combustion chamber.
• Facilitated communication between researchers and faculty members by regularly updating progress reports and sharing key findings.
• Assisted in completion of research projects, conducting literature reviews and gathering relevant information.

• Localization of two Mitsubishi truck's parts and assemblies
• Project management and Planning
• Cost estimation and Feasibility study for localization.
• Acquisition, and development of parts for localization Automotive
  Components.
• Design Assessment.
• Attended training courses to build understanding of processes, techniques, and industry.
• Managed multiple localization projects simultaneously, ensuring timely completion and high-quality results.
• Directed continuous improvements in transportation quality, accuracy and efficiency for over 100 SKUs from more then 25 different suppliers

• Project Planning.
• Procurement and Cost Estimation.
• Conducted thorough feasibility studies before initiating projects, avoiding costly delays or cancellations later on.
• Reduced project timelines with proactive planning and close monitoring of progress.
• Design & construction of new oil jetty.
• Correspondence with clients on technical issues and drawings.
• Completion of BOQ, HSE (Weld quality check WPQR & WPS) and
• Trainings: Facilitate safety leadership initiatives and HSE.