About

Hi I’m Abhishek Kuksal

As a passionate and driven Design Engineer, I specialize in Finite Element Analysis (FEA) in Structural and Thermo-Structural coupled analysis and Strength of Material, bringing a strong analytical mindset and innovative approach to every project. With a robust foundation in engineering principles, I excel at creating and optimizing designs that meet rigorous standards and performance criteria.

My hands-on experience is highlighted by my role in the Formula Student race car competition during my bachelor program, where I was responsible for the design of the powertrain. This opportunity allowed me to apply my skills in a highly competitive and fast-paced environment, honing my ability to solve complex problems and work collaboratively within a team.

I am dedicated to continuous learning and staying at the forefront of engineering advancements, ensuring that my designs are not only effective but also forward-thinking. Let’s connect to explore opportunities where I can contribute to cutting-edge engineering projects and drive innovation forward.

Interests (But not limited to):- Product Design, Simulation Engineer

IT Skills
CAE:-
–>Ansys Mechanical (Static, Thermal, Buckling, Fatigue,DoE, Responce Surface)
–>Abaqus
–>Solidworks Simulation

CAD:-
–>Solidworks
–> Siemens NX
–>Creo

Programming Skills:-
–>C++
–>MATLAB
–>Python
–>Embedded C

Codes / Standards:-
–>ASME Sec VIII Div1 & 2

Beside my passion for Mechanical Engineering, I love other subjects as well like Operation Research, Embedded Programming of Micro-Controllers like STM32 and Atmel.

The good feeling for me is to learn something new and test it practically, It gets even good when I try to blend my classroom theories to form something challenging. My passion towards engineering reflects well during my involvement in a Formula Student team were I used to work with team to accomplish tasks that is really challenging.

I’m Abhishek Kuksal

A Mechanical Design Engineer, my work and interests lie in Product Design where Mechanical Design, Structural Simulations, Embedded Systems and Software intersect. Through this blog, I explore the engineering decisions behind modern robots, aerospace & aviation, defense product, machines and question design choices using first principles rather than trends.

Let’s connect