Yashsvi Goel
I am a Mechanical Engineering undergraduate passionate about transforming ideas into manufacturable products through engineering design, CAD, and analytical thinking. My interests lie in Computer-Aided Design, Product Development, Mechanical Systems, Fluid Engineering, and emerging technologies such as AI and Computational Engineering.
About Me
Background
Mechanical Engineering undergraduate at UIET Kurukshetra with strong interest in engineering design, CAD, and product development. Passionate sketching enthusiast with a foundation in visual communication.
Research Interests
Current Learning
Visual Communication
Passionate sketching enthusiast. This artistic foundation deeply influences my approach to product ideation, concept visualisation, and engineering communication.
Education
B.Tech Mechanical Engineering
University Institute of Engineering and Technology (UIET), Kurukshetra
Senior Secondary (Class XII)
Gita Niketan Awasiya Vidyalaya, Kurukshetra
Aggregate: 90.4% | Mathematics: 95 | Physics: 95
Secondary (Class X)
Gita Niketan Awasiya Vidyalaya, Kurukshetra
Aggregate: 92.8% | Mathematics: 100/100
Engineering Competencies
CAD & Design
Engineering Fundamentals
Software
Professional Skills
Featured Projects
Original engineering concepts demonstrating design thinking and product development methodology.
Adaptive Adjustable Crutch
A conceptual redesign of a conventional adjustable crutch to improve adaptability, comfort, and long-term usability through intelligent mechanical design.
Problem Statement
Conventional crutches provide only fixed adjustment intervals and offer no assistance in monitoring user posture or walking habits.
Key Features
- Adjustable telescopic mechanism with unlock–adjust–lock operation
- Ergonomic grip designed for comfort across multiple user heights
- Modular construction for easy maintenance
Future Smart Features
These are conceptual future developments, not yet implemented.
- GPS tracking and gyroscope-based orientation monitoring
- Walking angle analysis and usage analytics
- Companion mobile connectivity
Reflection
Independently conceptualized to explore how traditional assistive devices could evolve through mechanical design and future embedded technologies.
Minimal Desktop PCB Enclosure
Designed following a real request to create a clean, desk-friendly housing for a custom PCB — balancing aesthetics, protection, and charging accessibility.
Design Features
- Organic outer geometry with smooth continuous surfaces
- Hollow enclosure with rear charging slot
- Provision for integrated LED lighting
- Desktop-friendly, compact form factor
Future Improvements
- Snap-fit assembly and improved cable routing
- Heat dissipation and injection moulding considerations
Reflection
Introduced practical product enclosure design by balancing functionality, manufacturability, and industrial aesthetics.
CAD Practice & Technical Exercises
These models were created as part of technical practice and certification preparation to improve modelling speed, feature selection, and engineering drawing proficiency.
Technical CAD Work
Flanged Pipe Mount
Flanged mounting bracket with structural ribbing and precise mounting holes — demonstrating extrusions, cuts, and fillets.
Pulley Assembly
Exploded view of a pulley mechanism with brackets, shafts, and hardware — applying assembly mates and constraints.
Slotted Cover Plate
Precision-modelled slotted cover using advanced patterning and surface detailing for ventilation applications.
Training & Certifications
EV Saksham Workshop
Capabl · 2025Electric Vehicle Training
- Hands-on training in EV component identification, assembly, and system overview.
- Earned Certificate in EV Design and won Business Pitch Certificate.
Computational Fluid Dynamics (CFD)
NPTEL · OngoingOnline Certification Course
- Currently enrolled in NPTEL's CFD course for fluid simulation and analysis.
IR Sensor Robot
Robotics Workshop · 2025Hands-on Build
- Built an IR-sensor-based robot with gesture-response functionality.
- Developed as part of robotics workshop facilitation at UIET.
Let's Build Something Meaningful
I am currently seeking research internships, engineering collaborations, and opportunities in CAD, product development, and computational engineering. Whether it is research, product design, or innovative engineering ideas — I would be happy to connect.