Design Engineer Mechanical

FAISAL MOHAMMED

Farmington, MI 248-***-**** ******.*****@*****.*** Bold Profile LinkedIn: Faisal Mohammed HVAC DESIGN ENGINEERING SUSTAINABLE SYSTEMS MECHANICAL INNOVATION Results-driven Mechanical Design Engineer with 3+ years of experience in sustainable HVAC systems and renewable energy applications, specializing in precision-engineered solutions for mission-critical environments. Proficient in AutoCAD, SolidWorks, and Revit, with a strong track record of optimizing manufacturing processes while ensuring top-tier quality standards. Currently advancing leadership and innovation in sustainable production through Industrial Management studies. CORE COMPETENCIES

Analysis Project Coordination Manufacturing Optimization Process Improvement Quality Assurance Design Process Methodology Mechanical Drafting 3D Modeling & Simulation Sustainable Design Preventative Maintenance SMACNA Guidelines Six Sigma CAD/BIM Integration Blueprint Analysis Safety & Regulatory Compliance TECHNICAL SKILLS

Software & Tools: AutoCAD SolidWorks Revit ANSYS Fusion 360 FDM Technology Engineering Expertise: Heat Load Calculation Thermodynamics Fluid Mechanics Heat Transfer PROFESSIONAL EXPERIENCE

PI Square Technologies LLC. – Farmington, MI Sept 2024 – Present Mechanical Design Engineer

Technical Documentation: Expertly analyze and respond to Request for Information (RFI) documents and change orders, ensuring compliance with project specifications while maintaining documentation standards for mechanical systems.

Procurement Support: Collaborate with procurement teams to evaluate and source optimal mechanical equipment and materials, facilitating contractor selection processes that align with technical requirements and budget constraints.

Project Oversight: Systematically review isometrics, P&ID, and CAD drawings for mechanical systems, validating installation procedures against defined specifications to guarantee adherence to industry standards and client expectations. Delta T Aircon – Hyderabad, India Aug 2021 – Aug 2022 Mechanical Design Engineer

System Analysis: Performed heat load and external static pressure calculations using Hourly Analysis Program (HAP), optimizing HVAC system performance parameters to achieve maximum efficiency in diverse environmental conditions.

Technical Design: Engineered precision duct designs and routing configurations following SMACNA guidelines, ensuring optimal airflow distribution while minimizing pressure drops throughout complex building infrastructures.

Documentation Excellence: Developed detailed technical drawings, layouts, and schematics utilizing AutoCAD and Revit, translating complex engineering concepts into precise construction documents for seamless implementation. Link Institute – Hyderabad, India Jan 2021 – May 2021 HVAC Design Engineer (Internship)

System Calculation: Executed fundamental heating and cooling load calculations to establish baseline requirements, contributing essential data points for developing HVAC system frameworks.

Design Assistance: Generated preliminary HVAC system layouts utilizing CAD and BIM software under senior engineering supervision, translating theoretical concepts into practical application designs.

Regulatory Compliance: Verified design conformity with local building codes, regulations, and industry standards, ensuring all system specifications met or exceeded mandatory requirements for safe operation. Cognizant – Hyderabad, India Jan 2021 – Jul 2021

LTO Operator

Data Accuracy: Enhanced mapping precision by 10% through systematic analysis of 100+ business listings daily, implementing verification protocols that ensured information integrity across database platforms. Faisal Mohammed Page 2

Digital Enhancement: Boosted website engagement metrics by 12% through strategic addition of new business listings, expanding digital ecosystem while improving user navigation experience.

Quality Control: Eliminated erroneous contact information from mapping databases while integrating newly established businesses, maintaining data integrity through systematic verification procedures. PROJECT EXPERIENCE

Layer Thickness Impact Study, University Research Initiative Feb 2021 – May 2021 Lead Researcher

Materials Innovation: Formulated an advanced epoxy injection methodology to internally seal FDM components without dimensional alterations, revolutionizing component durability while maintaining design specifications.

Parameter Optimization: Refined critical FDM printing parameters through systematic experimentation, achieving maximum tensile strength in printed components while documenting optimal settings for future applications.

Technology Integration: Harnessed CAD and Fusion 360 slicing software capabilities to design and prepare precision models for FDM printing, establishing quality control parameters that ensured consistent production standards. Go-Kart Design Project, Society of Automotive Engineers Sept 2019 – Aug 2020 Design Team Member

Structural Engineering: Worked in a team of 20 as part of SAE cabinet to architect and analyze vehicle chassis using SOLIDWORKS and ANSYS, validating structural integrity through comprehensive stress analysis and optimization techniques.

Performance Improvement: Designed a high-efficiency gas-powered go-kart achieving 40 km/h top speed with 15 km/L fuel efficiency, balancing performance metrics with sustainable operation parameters.

Project Efficiency: Delivered completed vehicle design with 90% implementation success rate within prescribed timeframe, generating 25% cost savings through strategic material selection and assembly optimization. EDUCATION

Master of Science in Industrial Management (Aug 2024) Trine University – Detroit, MI

Bachelor of Science in Mechanical Engineering (Aug 2021) Jawaharlal Nehru Technological University – Hyderabad, India CERTIFICATIONS

Heat Treatment of Steel

Industrial Water System Management

Heating, Ventilation, and Air Conditioning (HVAC) Systems

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