SINA MASOODI ARFAEE

Mobile: 407-***-**** • Email: ac9sh8@r.postjobfree.com

Analytical, solutions-oriented professional with a strong familiarity with a wide range of principles, practices, and methods within the Engineering field. Thrive in team-oriented environments. Core competencies include: Manufacturing Engineering • Component Testing • Quality Assurance • Data Acquisition & Analysis Computer-Aided Design (CAD) Projects • System Modeling • Electronic Components • System Assembly Engineering Design • Fatigue Assessment • Numerical Analysis • Technical Support • Customer Service EDUCATION

UNIVERSITY OF CENTRAL FLORIDA

Bachelor of Science (B.S.) in Mechanical Engineering, 12/2018 Notable Courses: Manufacturing Engineering; Thermodynamics; Machine Design; Energy Systems; Heat Transfer; Fluid Mechanics; Leadership & Innovation in Engineering NOTABLE PROJECTS

CAD SolidWorks: Modeled Scroll-Compressor assembly with static and fatigue analyses.

Lab Measurement & Data Analysis: Analyzed heat transfer of a heat sink using thermocouples, data acquisition

& numerical analyses; gained knowledge of Interdisciplinary Display for Engineering Analysis Statics (IDEAS). CERTIFICATIONS

Certified SolidWorks Professional (C--3498FZ7TZG)

Microsoft Office Specialist Certification

EXPERIENCE

Tuscan Engineering 01/2019 to 04/2019

Created highly accurate BIM models using Solid Edge software.

Coordinated with our client to obtain Architectural and MEP models.

Revised drawings by using Solid Edge, AutoCAD, and SolidWorks software. Lead Design Engineer – Design PTAC unit 01/2018 to 12/2018

Redesigned a sleeve wall to have less length and depth by using the empty spaces in the assembly to increase the efficiency of the system.

Used SolidWorks to perform Flow simulations on the fans.

Performed Vibration testing on a scroll compressor to characterize noise rejection and structural stability of the system.

OCI Associates Engineering Inc – Intern 10/2017 to 01/2018

Designed and revised piping, ducts, and other HVAC drawings on AutoCAD.

Calculate the CFM and Air flow by using Trane Trace.

Modeled coil assemblies and parts for tolerance analysis using Revit program SOFTWARE

SolidWorks • LabView • Microsoft Word • Excel • PowerPoint • Solid Edge • AutoCAD • Revit • CATIA