Milan Patel

Ambitious Mechanical Engineering student with a strong foundation in CREO CAD, MATLAB, and ANSYS Workbench, complemented by hands-on experience in workshop manufacturing with lathes, milling machines, and drilling tools. Currently applying engineering principles as a member of the University Formula Student Team, contributing to the design and construction of a high-performance race car (“Sabrina”). Energetic team player with proven leadership and event-planning skills, demonstrated through coordinating community events and DJ nights. Driven to combine technical expertise, creativity, and collaboration in a dynamic engineering internship.

Rover Project- As part of a team project, we were tasked with designing and building an autonomous rover capable of dispensing blocks at designated drop zones while completing a 4-metre course in under 3 minutes.I took on a leadership role, assigning tasks, managing workflow, and ensuring effective team collaboration. After reaching a consensus on the overall design, one team member developed a detailed CAD model (Creo Parametric) to outline component placement. I then used ANSYS Workbench to perform Finite Element Analysis (FEA), assessing equivalent stresses and safety factors to validate the mechanical design before fabrication. The rover was constructed using a combination of 3D-printed acrylic parts and manually machined components. I was involved in manufacturing elements such as axles using tools like a handsaw, lathe, and files.

Plum Blob- As part of a hands-on manufacturing module, my partner and I were tasked with producing a precision machined plumb blob from an engineering drawing. We began by calculating the required stock length from an aluminium rod, which we sectioned using a horizontal bandsaw. I then used a hacksaw to manually cut the screw component to the specified length. I was responsible for machining the main body of the plumb blob, while my partner manufactured the threaded screw. After preparing the raw stock, I mounted the workpiece on a centre lathe, where I faced both ends to ensure perpendicularity and smooth surface finish. I then used a centre drill to establish an accurate pilot hole, followed by through-drilling a 3.5 mm diameter hole using a twist drill.
After flipping the component, I set the tool post to a 45° angle and performed external turning operations to achieve the specified conical profile and final dimensions in accordance with the technical drawing.