Bengaluru,
India
Global rank:
2,212
/
138,231
Skill pts: 16
ANSYS Mechanical Enterprise
Autodesk Eagle (EagleCAD)
CATIA 2025
Mechanical Engineer
Parametric Modeling
About
Message me before posting your job — I typically reply within 2 hours with a scoped estimate.
Most CAD freelancers draw shapes. I engineer functional, manufacturable systems built for the factory floor.
I'm a Mechanical Engineer (NIT Andhra Pradesh, B.Tech 2026) and the founder of Aerora Dynamics, an industrial UAV startup building heavy-payload drones. I lead end-to-end mechanical design for autonomous multi-rotor aircraft: weight budgets, aerodynamic clearances, structural stress conditions, and Design-for-Manufacturing from day one — not CAD models that look good but can't be built.
Recent proof of work: I took a hexacopter chassis (25 kg MTOW, 10 kg payload capacity) from a SolidWorks parametric assembly through FEA validation to CNC-aluminum prototype coordination. The arm-to-socket junction was redesigned twice against simulation data before reaching a 1.78x safety factor at rated load. That's the standard I hold every project to.
CORE EXPERTISE
- Complex 3D parametric modeling in SolidWorks 2024 and Fusion 360
- Design for Manufacturing (DfM): CNC machining, carbon-fiber layup, injection molding, 3D printing
- FEA: static stress, displacement, fatigue, and modal analysis
- Structural optimization: mass reduction under load constraints
- Hardware-software integration: MATLAB/Simulink kinematic modeling
- SITL export: URDF/SDF models for ROS2/Gazebo environments
- GD&T per ISO/ANSI standards, full tolerance stack-up analysis
TOOL CHAIN
Primary: SolidWorks 2024
Secondary: Autodesk Fusion 360, CATIA V5, PTC Creo Parametric, AutoCAD
Simulation: ANSYS Workbench, SolidWorks Simulation
Manufacturing: GD&T, tolerance analysis, DfM/DFA review
WHAT YOU GET
Native CAD files, STEP/IGES/STL/DXF exports, an FEA report with boundary conditions and results documented, a full technical drawing set, and a BOM ready for procurement. Every geometry I deliver is DfM-verified and fully tolerance-specified before it reaches you.
Message me before posting a job — I respond within 2 hours and will confirm scope and feasibility upfront.
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Most CAD freelancers draw shapes. I engineer functional, manufacturable systems built for the factory floor.
I'm a Mechanical Engineer (NIT Andhra Pradesh, B.Tech 2026) and the founder of Aerora Dynamics, an industrial UAV startup building heavy-payload drones. I lead end-to-end mechanical design for autonomous multi-rotor aircraft: weight budgets, aerodynamic clearances, structural stress conditions, and Design-for-Manufacturing from day one — not CAD models that look good but can't be built.
Recent proof of work: I took a hexacopter chassis (25 kg MTOW, 10 kg payload capacity) from a SolidWorks parametric assembly through FEA validation to CNC-aluminum prototype coordination. The arm-to-socket junction was redesigned twice against simulation data before reaching a 1.78x safety factor at rated load. That's the standard I hold every project to.
CORE EXPERTISE
- Complex 3D parametric modeling in SolidWorks 2024 and Fusion 360
- Design for Manufacturing (DfM): CNC machining, carbon-fiber layup, injection molding, 3D printing
- FEA: static stress, displacement, fatigue, and modal analysis
- Structural optimization: mass reduction under load constraints
- Hardware-software integration: MATLAB/Simulink kinematic modeling
- SITL export: URDF/SDF models for ROS2/Gazebo environments
- GD&T per ISO/ANSI standards, full tolerance stack-up analysis
TOOL CHAIN
Primary: SolidWorks 2024
Secondary: Autodesk Fusion 360, CATIA V5, PTC Creo Parametric, AutoCAD
Simulation: ANSYS Workbench, SolidWorks Simulation
Manufacturing: GD&T, tolerance analysis, DfM/DFA review
WHAT YOU GET
Native CAD files, STEP/IGES/STL/DXF exports, an FEA report with boundary conditions and results documented, a full technical drawing set, and a BOM ready for procurement. Every geometry I deliver is DfM-verified and fully tolerance-specified before it reaches you.
Message me before posting a job — I respond within 2 hours and will confirm scope and feasibility upfront.
Service offers
Experience
- Lead Mechanical Engineer & Founder Aerora Dynamics · Self-employed Apr 2026 – Present 3 mos UP, India Direct the mechanical design, FEA, and manufacturing pipeline for industrial heavy-payload UAVs (hexacopters/octocopters). Designed custom payload deployment mechanisms, optimized airframe structures for weight reduction in SolidWorks, and managed the procurement of raw carbon fiber and aluminum components for physical prototyping.
- Systems Engineer Intern Drona Aviation · Internship Jan 2024 – Mar 2024 2 mos Mumbai, MH, India Calibrated advanced flight controllers and worked on the hardware integration of multi-rotor systems. Bridged physical mechanical limits with software control loops.
- Process Analyst Intern Rashtriya Ispat Nigam Limited · Internship Jun 2023 – Aug 2023 2 mos Visakhapatnam, AP, India Analyzed heavy industrial mechanical mechanisms to identify performance bottlenecks. Conducted root-cause analysis on physical machinery to improve operational efficiency by 3%.
Education
-
National Institute of Technology (NIT) Andhra Pradesh
Bachelor of Technology, Mechanical Engineering
2022 – 2026
Activities and Societies:
Founder of Aerora Dynamics (Incubated deep-tech startup), Technical Lead for UAV/Robotics Development, Advanced Manufacturing & CAD Initiatives.
Specialized coursework and applied research focusing on Robotics, Control Systems, Fluid Mechanics, and Advanced Manufacturing. I actively leverage my academic environment to push the boundaries of commercial hardware, directly applying principles of mechanical kinematics and material science to the development of industrial heavy-payload UAVs.
Core academic applications include:
• Utilizing Finite Element Analysis (FEA) to test structural integrity on drone airframes.
• Applying Computational Fluid Dynamics (CFD) principles to optimize thrust-to-weight ratios.
• Bridging MATLAB/Simulink theoretical control loops with physical mechatronic assemblies.
Other experience
-
Autonomous Systems R&D & SITL Simulation
Conducted independent research and development focused on validating complex mechatronic assemblies before physical manufacturing.
Specialized in exporting standard CAD models (SolidWorks/Fusion 360) into ROS2 and Gazebo environments to run highly accurate Software-In-The-Loop (SITL) simulations. Developed custom control loops in MATLAB/Simulink to test drone flight physics, dynamic structural load distribution, and Edge AI payload deployment scenarios. This workflow ensures that all mechanical designs are rigorously stress-tested for real-world functionality before moving to CNC or carbon-fiber fabrication.
Licenses & Certifications
- Applied Control Systems 1: autonomous cars: Math + PID + MPC Nov 2025 – Present See credential
- AutoCAD Mechanical 2D & 3D Drafting Jul 2023 – Present See credential
- Complete Data Science & Machine Learning Bootcamp Apr 2023 – Present See credential
Stats
4 followers, 0 following
Age: 22
Joined: April 8, 2025
Last seen: July 7, 2026
Area of Expertise
Aerospace Engineering
Automotive Design
Machine Design
3D Modeling
Mechanical Drafting
Engineering Design
Mechanical Engineering
Tool Design Services
Prototype Design Services
Reverse Engineering
CATIA Design Services
Part-to-CAD Modeling
Rapid Prototyping Services
Creo Design Services
Computational Fluid Dynamics
Electronic Prototyping and Design Services
Mechanical CAD Design
3D Product Demo
Product Engineering Services
3D Scanning Services
Languages
English Full professional proficiency
Hindi Native or bilingual proficiency
Location
Bengaluru, India