Dev Gulati Email & Phone Number

Somerville, MA, US

Hudson, Massachusetts, United States

Amherst, Massachusetts, United States

• Held office hours to strengthen students understanding on core design concepts such as strain, deflection and failure theories.
• Assisted students in computer aided design (SOLIDWORKS) and finite element analysis (ANSYS)

Amherst, Massachusetts, United States

• Assisted professor in grading projects, exams & homework for a class of 160+ students
• Reviewed CAD files & 2D drawings to provide students with feedback to successfully fabricate a PCB mounting assembly consisting of 3D printed, sheet metal & machined parts
• Conducted weekly office hours, offering clarification to students, ensuring a comprehensive understanding of the material

Attleboro, Massachusetts, United States

• Worked under the E-Mobility team, working closely with the customer for design validation of a fully electric ~580 hp pickup truck as part of a $1.1 billion electrification project
• Created an interactive data analysis script using MATLAB to display a visual representation of device resistance to identify failure metrics
• Produced test plans for engineers in Europe complete with electrical circuit diagrams, instructions, and post-test measurements.

• Performed market research on industry competitors for compressor based appliances focusing on market price, energy efficiency and warranty
• Inspected parts from various points in the assembly line, measured panel thickness before & after vacuum forming to verify tolerances
• Reviewed the bill of materials to eliminate redundant expenses resulting in a 3% reduction in the cost per unit

• Collaborated with engineers & programmers to develop a robotic device (arm) for senior medical care and assistance
• Designed key components of the robotic arm assembly using SolidWorks & altered arm bracket design to increase the range of motion by 20%
• Developed engineering drawings & templates for robotic arm parts that needed to be prototyped via laser cutting

Taufkirchen, Bavaria, Germany

• Monitored sensors, wind tunnel temperatures and collected data for ice-phobic testing of laser treated/ nanostructured alloy cantilevers
• Compiled data of ice-phobicity of the samples at different temperatures and wind velocities
• Studied the effects of rime ice and glaze ice adhesion on different surfaces

Munich, Bavaria, Germany

• Streamlined the rapid prototyping process by creating a tool selection guide for selecting the most suitable technique (SLA,SLS, FDM, etc.) for the application based on cost, tooling time and material
• Produced mood boards and illustrations for new product development
• Made perspective drawings for a blended wing body aircraft concept

Taufkirchen, Bavaria, Germany

• Tested the hydrophobicity of laser treated samples using the Krüss Drop shape analyzer
• Recorded and analyzed over 200 data points on contact angles before and after chemical treatment on Excel
• Created a presentation on the optimal combination of laser pulse treatments and chemical coating for aircraft surface hydrophobicity