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Vrushti S.

Mechanical engineer with hands-on expertise in SolidWorks and Siemens NX, specialising in product de

Pune, India

Global rank:

16,731 / 136,719

Skill pts: 5

CAD Design Consumer Electronics Design Patent Search Siemens NX (Unigraphics) SolidWorks

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About

Mechanical Engineer with a B.Tech from Nirma University, currently working at a product design consultancy. I specialise in SolidWorks and Siemens NX, with hands-on experience in 3D modelling, mechanical architecture, and product development across kitchen appliances and robotics. My background includes an IIT Bombay internship where I co-developed a patented mechatronic product, winning 1st place and ₹2 lakhs. I also have published research in Springer and national competition wins in autonomous systems design.

Experience

Design Engineering Futuring Design · Full-time Jun 2026 – Present 0 mos Pune, MH, India Currently working full-time at Futuring Design Pvt. Ltd., contributing to the design and development of domestic appliances.
Design Engineering Intern Futuring Design · Internship Jan 2026 – Jun 2026 5 mos Pune, MH, India During my 6-month internship at Futuring Design Pvt. Ltd., I worked across multiple ongoing kitchen appliance projects, sharpening my CAD modelling skills and expanding my software expertise by learning Siemens NX - gaining valuable hands-on industrial exposure in product design and development.
Mechanical Head Bharat RobotiX · Self-employed Sep 2023 – Sep 2025 2 yrs Ahmedabad, GJ, India As Mechanical Head of an SSIP-incubated startup at Nirma University, I led the design and development of autonomous underwater vehicles - covering system design, CAD modelling, simulation, and manufacturing optimization to deliver functional, scalable solutions.
Design Engineering Intern International Centre for Entrepreneurship and Technology (iCreate) · Internship Jun 2025 – Jun 2025 0 mos Ahmedabad, GJ, India At iCreate, I contributed to the design, simulation, and mechanical optimization of underwater vehicles, improving maneuverability and payload capacity. I also assisted in integrating a developer board for sensor interfacing and motor control, and collaborated with a multidisciplinary team to streamline system architecture and testing.
Engineering intern Maker Bhavan · Internship Jun 2024 – Jul 2024 1 mos Mumbai, MH, India As part of a two-person team at IIT Bombay's Invention Factory, I designed and prototyped a novel mechatronic medical product addressing a real-world problem; winning 1st place and ₹2 lakhs, with provisional patents filed in India and the USA.

Education

Nirma University, Gujarat, India B.Tech, Mechanical Engineering, 8.62/10 2022 – 2026 Activities and Societies: 1. MESA (Mechanical Engineering Student Association) — Technical Head 2. AUV Club, Nirma University — Mechanical Design & Manufacturing 3. SSIP-Incubated Underwater Vehicle Startup — Mechanical Head 4. Smart India Hackathon — Participant (twice) 5. e-Yantra, IIT Bombay — Project Participant 6. JJCT Rehabilitation Center — Volunteer

Other experience

S.E.C.U.R.E. Companion Robot Contributed to the design research, mechanical design and internal architecture of a socially assistive companion robot for children with neurological and physical disabilities - focusing on ergonomic component placement and safe housing for HMI screens, pneumatic grippers, and mobility systems, integrating AI-powered interaction and therapeutic engagement.
IndeNav Stroller, Idealab, Nirma University As part of a four-member team, designed and developed a smart autonomous baby stroller integrating localization (ESP32, GPS, IMU), obstacle detection, and image processing via OAK-D Lite cameras. My contributions focused on the mechanical design electromechanical integration for the stroller.
Technical Team Member As part of Nirma University's AUV Club, contributed to the mechanical design and manufacturing of ROVs (Remote Operated Underwater Vehicles) and AUVs (Autonomous Underwater Vehicles) - winning 1st place at the national-level AMUROV competition.
Research Fellowship Co-authored a research paper focused on the effect of process parameters on the surface roughness of square hole flange formed using the single-point incremental forming method. My research involved conducting detailed experimental studies, analyzing key parameters, and deriving insights for manufacturing optimization. The paper was presented at a 2nd International Conference on Futuristic Advancements in Materials, Manufacturing and Thermal Sciences (ICFAMMT-24) and it is published in Springer, marking a significant academic achievement.