ASHIK

Adaptable professional with a quick-learning ability and a talent for adjusting to new environments. Skilled in rapidly acquiring new knowledge and applying it effectively. Driven by a passion for continuous learning and successfully navigating change.

SolidWorks Mechanical Design Professional Certification, Dassault Systems, 12/01/20

Available upon request.

Materials Coordinator, TKMCE, Kerala, India, 03/01/22, Streamlined inventory management processes, reducing material wastage by 20% and improving overall efficiency of the fest operations., Collaborated with organizers, achieving 95% satisfaction for material needs.

• Microporous Water Filter Design Project, DEAKIN University, Geelong, Victoria, 03/01/23, 06/01/23, Engineered a high-performance water filtration system using carbon fiber-reinforced polymer (CFRP), improving structural durability by 25% compared to conventional materials., Optimized water purification efficiency by integrating microporous membranes, achieving 98% impurity removal, making it viable for disaster relief and water-scarce regions., Accelerated prototyping process by 40% through 3D printing, allowing rapid iteration of complex geometries and ensuring a scalable, cost-effective design., Enhanced mechanical reliability by conducting Finite Element Analysis (FEA) on filter pistons, leading to 30% weight reduction while maintaining structural integrity., Validated manufacturing feasibility at TRL 6 (prototype demonstrated in a relevant environment) and MRL 5 (pilot line capability proven), demonstrating readiness for commercialization., Reduced material fatigue risks by performing Failure Mode and Effects Analysis (FMEA), leading to improved filter housing design with 50% longer lifespan.
• Go-Kart Chasis Analysis (FEA Project), DEAKIN University, Geelong, Victoria, 05/01/23, 06/01/23, Optimized chassis durability by conducting static stress-displacement and vibration analyses using ABAQUS, identifying critical failure points that reduced peak stress by 3.6%, improving safety and longevity., Enhanced structural integrity by refining weld joint locations and redistributing loads, leading to a 30% increase in fatigue life for high-speed racing conditions., Reduced chassis resonance risk by analyzing six natural frequencies, ensuring operational safety at speeds exceeding 40 km/h, improving ride stability and driver comfort., Improved mesh accuracy by performing convergence studies, achieving a 15% increase in computational precision, leading to more reliable stress predictions., Validated analytical methods by correlating FEA results with hand calculations, reducing error margins and ensuring industry-standard accuracy in structural simulations.
• Mechanical Properties and Microstructural Evaluation of SLM Fabricated Inconel 718, TKM College of Engineering, Kerala, India, 08/01/21, 07/01/22, Three cylindrical Inconel 718 samples were fabricated and analyzed using Selective Laser Melting (SLM), revealing mechanical property variations along the build direction. Parameter optimization enhanced material integrity by 15%, resulting in stronger and more reliable components for aerospace and high-performance applications., Performed over five critical mechanical tests on Inconel 718, including tensile, compression, impact, hardness, and heat treatment. Comprehensive reports and data analysis enhanced process efficiency by 20%, which enabled the team to make informed material selection decisions for real-world applications., By utilizing SLM, functional hardware prototypes with production-grade material properties were developed. Close collaboration with professors and researchers contributed to a 30% reduction in design validation time, accelerating product development in a fast-paced R&D environment., With a meticulous focus on precision, SLM parameters were optimized to produce high-strength, defect-free metal parts for functional prototypes and end-use applications. This attention to detail reduced manufacturing defects by 40%.
• Electric Go-Kart Team, TKM College of Engineering, Kerala, India, 10/01/19, 07/01/21, As Team Manager of a national-level electrical go-kart team, expenses were strategically optimized, reducing costs by 15% while maintaining high-quality components. Meticulous budgeting and supplier negotiations led to a 20% savings on parts, allowing for greater allocation of funds toward performance upgrades., Logistics planning was managed to ensure the safe and timely transport of the go-kart to the competition venue. Proactive coordination and strategic route planning reduced transportation expenses by 25%, ensuring seamless operations and on-time arrival without setbacks., Collaborating with designers and engineers, the design and fabrication of the go-kart’s transmission system were directed, with a detailed analysis of chain and sprocket mechanisms using SolidWorks. This analysis improved transmission efficiency by 18%, enhancing acceleration and torque distribution for superior performance on the track., SolidWorks was utilized for in-depth design and simulation of the go-kart’s drivetrain, enabling quick adaptation to new engineering challenges. This hands-on experience improved the chain and sprocket system, resulting in a 10% increase in speed and reliability, enhancing the kart’s competitiveness in the race.