Welcome To My PORTFILIO
✦ CAE ENGINEER & PRODUCT Designer
AKASH B A
“I don’t rely on guesswork. I simulate every design I work on and validate it with purpose.”
“I don’t rely on guesswork. I simulate every design I work on and validate it with purpose.”
Skilled 3D Designer with expertise in SolidWorks and AutoCAD, backed by hands-on experience in ANSYS for simulation. Passionate about leveraging technical skills to drive project success and deliver high-quality results.
I'm a passionate CAE Engineer with expertise in 3D design and computational fluid dynamics.
My journey in engineering has been driven by curiosity and a desire to create innovative solutions.
With proficiency in industry-standard tools like SolidWorks, AutoCAD, ANSYS, and STAR-CCM+,
I bring ideas to life through precise modeling and simulation.
I have also achieved a CGPA of 8.99 — First Class with Distinction, completing my B.E. Mechanical
and Mechatronics Engineering with a specialization in Additive Manufacturing at SNS College of Engineering,
Coimbatore, Tamil Nadu, India, reflecting my strong academic performance and dedication.
Beyond technical skills, I'm a team player who thrives in collaborative environments. I've led design teams, mentored peers, and consistently delivered projects that exceed expectations. My goal is to contribute to cutting-edge engineering solutions that make a real-world impact.
GNS Engineering India Pvt. Ltd. is a specialized engineering services company focused on Computer-Aided Engineering (CAE), simulation, and product development solutions for the automotive industry. The company provides expertise in finite element analysis (FEA), meshing, durability, crash, and structural simulations using industry-standard tools such as Generator4, and Animator4. Working closely with global automotive clients, GNS Engineering supports the development and validation of vehicle components and systems, helping deliver high-quality engineering solutions. With a strong emphasis on technical excellence, innovation, and continuous learning, GNS Engineering provides engineers with valuable exposure to advanced CAE methodologies and real-world automotive projects.
As a freelancer at C2C Consultancy.
Required airflow performance evaluation of an industrial ventilation system to analyze pressure distribution and flow efficiency.
Designed the ventilation model in SolidWorks and performed CFD simulation using STAR-CCM+ to study airflow velocity, turbulence regions, and pressure variations.
Provided accurate airflow insights and suggested optimization recommendations to enhance ventilation efficiency.
As a freelancer at C2C Consultancy.
Required airflow performance evaluation of an industrial ventilation system to analyze pressure distribution and flow efficiency.
Designed the ventilation model in SolidWorks and performed CFD simulation using STAR-CCM+ to study airflow velocity, turbulence regions, and pressure variations.
Provided accurate airflow insights and suggested optimization recommendations to enhance ventilation efficiency.
As a freelancer at C2C Consultancy.
The tank cap required stress and Factor of Safety (FOS) validation under real-world applied pressure and load conditions.
The tank cap required stress and Factor of Safety (FOS) validation under real-world applied pressure and load conditions.
Confirmed design stability and ensured the tank cap met safety standards with sufficient durability.
Final year project focusing on enhancing EV efficiency through aerodynamic optimization and regenerative airflow systems using CFD.
Innovative dual-function appliance that repurposes waste heat from refrigeration for cooking, enhancing energy efficiency.
Precision mechanical system using crank and lever mechanisms for hair clip manufacturing and assembly processes.
Developed using Arduino and ultrasonic sensors for military and maritime applications. Published research paper on the design.
IoT-based contactless sanitizer dispenser using IR sensors and Arduino UNO to prevent bacterial transmission.
Automated solar panel positioning system using Arduino and LDR sensors to maximize energy capture efficiency.
Developed an IoT-based contactless sanitizer dispenser using Arduino UNO and IR sensors. The system detects a user’s hand and dispenses sanitizer automatically to prevent bacterial transmission.
The Formula 1 car was designed using SolidWorks, structurally validated through ANSYS FEA, and aerodynamically optimized using CFD techniques. This resulted in a strong, stable, and performance-efficient model.
🏎️ This is my very first Formula 1 car design, beautifully crafted using SolidWorks, where I dedicated myself to achieving realistic proportions and detailed bodywork. ❤️ Being deeply passionate about Formula 1, this creation reflects not just my technical skills but also my lifelong fascination with speed, design, and engineering excellence. ⚙️🔥
🏎️ This is my second Formula 1 car design, carefully modeled in SolidWorks with perfect dimensions and refined detailing. 💫 Through this design, I aimed to achieve greater accuracy and realism, showcasing my growing skills and dedication as a passionate Formula 1 enthusiast and automotive designer. ⚙️🔥
🏎️ This design showcases only the Formula 1 chassis and wheels, precisely modeled in SolidWorks to focus on structure, alignment, and balance. ⚙️ This stage highlights the foundation of my design process, emphasizing strength, proportion, and the core framework of a Formula 1 car. 🔩✨
🏎️ This design showcases only the Formula 1 chassis, precisely modeled in SolidWorks to focus on structure. ⚙️ This stage highlights the foundation of my design process, emphasizing strength, proportion, and the core framework of a Formula 1 car. 🔩✨
The go-kart was designed in SolidWorks and structurally validated using ANSYS FEA, resulting in a robust, stable, and high-performance vehicle that successfully participated in national-level competitions.
🏎️ This is the design of our 130cc go-kart, which I created as the Design Head for Team Piratez, a go-kart team that has participated in national-level events. 🎖️ I designed our first go-kart in the Piratez theme, fully assembled in SolidWorks, showcasing my strength in 3D design, attention to detail, and passion for creating high-performance vehicles. ⚙️🔥
🏎️ This is the second go-kart model I designed for Team Piratez, this time in my role as Team Mentor. ⚡ Featuring a 155cc engine and fully assembled in SolidWorks, this design demonstrates my continued growth in engineering, leadership, and precision 3D modeling for high-performance go-karts. ⚙️🔥
🏎️ This is the complete Sample design of our side-engine go-kart, fully assembled in SolidWorks. ⚙️ This model highlights the full integration of components, precise engineering, and my ability to design complex high-performance go-karts from concept to detailed 3D assembly. 🔩🔥
🏎️ This is the complete design of our side-engine go-kart, fully assembled in SolidWorks. ⚙️ This model highlights the full integration of components, precise engineering, and my ability to design complex high-performance go-karts from concept to detailed 3D assembly. 🔩🔥
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Vice Captain
Design Head
Team MentorAssisted in leading the team and coordinating tasks.
Led design from concept to simulation with accuracy.
Guided team in design & simulation.
SolidWorks
AutoCAD
3D Modeling
ANSYS
Simulation
FEA
STAR-CCM+
Autodesk CFD
Fluid Dynamics
Adobe Illustrator
Canva
UI/UX
HTML/CSS/JS
Visual Studio
Web DesignHave a project in mind? I'd love to hear about it.