Ajayprabhakar Kavungal

-Product Design & Development: Designed and developed products meeting all functional, safety, and performance requirements while ensuring future scalability and manufacturability. -Application Development: Created real-world application systems aligned with market requirements to demonstrate and validate the capabilities of developed products. -Team Building & Mentorship: Recruited, inducted, and trained engineers with mechanical design skillsets; fostered design thinking and innovation culture within the team. -Process Implementation: Contributed to establishing structured processes across design, manufacturing, and testing verticals to streamline development and improve quality consistency.

Design & Development: Led the design and development of mechanical components for both products and R&D infrastructure, ensuring performance, reliability, and cost-effectiveness. -Design Methodologies: Incorporated Design for Manufacturing (DFM), Design for Assembly (DFA), and Design for Service (DFS) principles across multiple product lines. -Vendor Development: Established and expanded a reliable vendor network by identifying and qualifying potential suppliers for precision manufacturing and component sourcing. -Process Innovation: Introduced Additive Manufacturing and Ultrasonic Cleaning capabilities in-house to accelerate rapid prototyping and design iteration cycles. -Team Building & Recruitment: Conducted both campus and lateral hiring to build a capable multidisciplinary design team aligned with organisational goals.

Sasyaka Engineering specialises in the design and manufacture of custom-built Special Purpose Machines (SPMs) for the Pharmaceutical and Tier-2 Automotive industries. Renowned for its engineering precision and customer-centric innovation, Sasyaka delivers high-performance automation solutions guided by an experienced and visionary leadership team. -Special Purpose Machine Design & Testing: *Designed, developed, and validated automation equipment tailored to client-specific manufacturing needs in the Pharma and Automotive sectors. -Project Highlights: *Engineered an assembly machine for Silgan, ensuring high cycle accuracy and repeatability. *Designed and deployed a Power Window Testing Machine for Aadithya Automotives, Pune, covering the concept-to-commissioning lifecycle. -End-to-End Project Ownership: Led projects from requirement analysis to installation, including business development, proposal drafting, design consulting, and after-sales support. -Customer Interfacing & Consulting: Engaged directly with clients to define requirements, offer design insights, and provide real-time technical solutions — strengthening long-term business relations. -Mechanical Design Expertise: *3D modelling and detailed manufacturing drawings using SolidWorks, Onshape, and ANSYS. *Applied GD&T, tolerance stack-up analysis, and Design FMEA for design validation and manufacturability. -Analysis & Documentation: Conducted Finite Element Analysis (FEA) of machine components to optimise stiffness and fatigue life. Prepared BOMs, technical reports, and assembly documentation for production and client delivery.

The Vizag Vessel Project, executed by L&T in collaboration with the Indian Navy, focuses on designing, engineering, and constructing India’s nuclear-powered submarines - one of the country’s most advanced and confidential defense engineering programs. -Structural Supervision: Oversaw structural fabrication and assembly activities for submarine hull sections, ensuring adherence to naval standards, weld integrity, and tight tolerances. -Design Review & Modification: Reviewed and optimised 3D and 2D design drawings for manufacturing feasibility, performing real-time design modifications to resolve production challenges. -Onsite Engineering Support: Coordinated between design and production teams for change management and as-built documentation, ensuring alignment between design intent and shop-floor execution. -Manpower Planning & Resource Allocation: Managed daily resource deployment for fabrication teams, improving workflow efficiency and reducing downtime. -Quality & Safety Compliance: Ensured structural work met stringent defence quality standards, inspection criteria, and safety norms under controlled work conditions.

Xilatron is a young MSME working on Government contracts and sustainability-driven technologies. The company specialises in solar-powered electrical products, integrating innovation and green design for smart cities and sustainable infrastructure. -New Product Development: Designed and developed solar-powered hoardings, surveillance systems, and other sustainable electrical products from concept to prototype. -Performed 3D modelling, component design, and FEA simulations using SolidWorks and ANSYS to ensure product reliability. -Supported fabrication and assembly of prototype units, validated designs through real-world testing and feedback loops. -Applied energy-efficient and recyclable material principles in product development. -Collaborated with leadership to establish product lines and expand market reach across new regions. -Worked closely with electronics and manufacturing teams to integrate mechanical, electrical, and solar systems effectively.