CAD Design Engineer

AZWAN ARIS

**** ******* **** ***, *** Arbor, MI *8105 734-***-**** ac83ya@r.postjobfree.com

EDUCATION

University of Michigan, College of Engineering Ann Arbor, MI B.S.E. in Aerospace Engineering Sept 2015 - Dec 2018 GPA: 3.63/4.00

Honors: University Honors, Dean’s List, Magna Cum Laude EMPLOYMENT

Computer Specialist - Computer Aided Engineering Network (CAEN) Feb 2016 - Dec 2018

• Maintained over 400 authorized computers resulting in a well-equipped facilities for all engineering students

• Trained new staff by coaching them on the aspects of the job leading to an improvement in working standards at CAEN Design/Manufacturing Engineer Intern - VAYU, Inc May 2018 - Aug 2018

• Designed payload cover and belly of Vayu’s drone using Solidworks and AutoCAD resulting in 11% reduce in mass

• Implemented the knowledge of GD&T (Geometric Dimensioning and Tolerancing) when designing wing tube jigs to reduce the offset between wing tubes and wing tube receivers leading to a high tolerance manufacturing method

• Built and tested prototypes of the designed parts using tools such as CNC router, 3D printer, and materials such as carbon fiber, fiberglass, and aluminum allowing for verification of design quality and an on-going refinement

• Documented approximately 30 design parts and assemblies in the bills of materials (BOM) for a future reference PROJECT EXPERIENCE

Aircraft Design Engineer - Aerospace Engineering Senior Aircraft Design Sept 2018 - Dec 2018

• Performed multidisciplinary integration of aerodynamic, stability and control, propulsion, and structures on an electric aircraft design resulting in 33% lower direct operating cost (DOC) than a gas configuration for a short range mission

• Programed and analyzed weight estimates, configuration selection, wing loading, structural and aeroelasticity using a combination of MATLAB, Solidworks and AutoCAD ensuing a design that is optimized and feasible to manufacture

• Presented the solution in a 20 minute presentation and 50-page technical report allowing for improvement via feedback Structural Design Analyst - M-Fly Student Design Team Sept 2016 - April 2018

• Designed a robust (aimed for a safety factor of 1.5), lightweight, and manufacturable remote-controlled aircraft using Solidworks and AutoCAD resulting in a structure that is 0.7 kg lower while maintaining bending and torsional rigidity

• Conducted Finite Element Analysis (FEA) on the individual parts of the structure to identify breaking points or stress and strain across the body producing an optimized CAD design that predicted real-world performance accurately Design/Manufacturing Engineer - Aerospace Removable Fairing Design Jan 2018 - April 2018

• Designed and manufactured free-to-rotate removable fairing that is attached to a propeller tube on a drone utilizing softwares like Solidworks and Microstation resulting in a 56% decrease in drag produced during the horizontal flight

• Operated machines such as CNC wire cutter and 3D printer to produce test samples allowing for repeatable process Lead Design Engineer - Aerospace Engineering Hovercraft Design Jan 2017 - April 2017

• Designed and modeled CAD structures using CATIA V5 and Microstation software producing high manufacturability hovercraft that minimizes drag and increases velocity, allowing the team to win 3rd place in a top speed contest

• Utilized materials such as fiberglass, balsa wood and foam composite to remain approximately 25% under budget LEADERSHIP EXPERIENCE

Team Leader - Aerospace Engineering Senior Lab Jan 2018 - April 2018

• Led a team of 5 students through a senior lab course that applies the knowledge of designing, building, and testing to a real-world problem producing an accurate solution presented in an approximately 20-page technical report

• Facilitated the team’s collaboration with an Aerospace company, Vayu, in designing a fairing using $400 of funding Business Manager - M-Fly Student Design Team Sept 2016 - April 2018

• Recorded all team financial matters including budget-keeping, funding, sponsorships, and reimbursements, resulting in a design team that adheres to the allocated funds and remains economical throughout the design and build process

• Directed fundraising events that raise a total amount of $900 from team members, peers, and family members SKILLS

Computer: SOLIDWORKS, CATIA V5, PTC CREO, 3D Revit, AutoCAD, MicroStation, Microsoft Office, Photoshop Programming Software: SQL, C++, Python, GIT, MATLAB, Arduino Machine: CNC router, Foam cutter, Laser cutter, 3D printer, Wind tunnel Languages: English(Fluent), Malay(Native)

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