Sai Deekshith Aluri

A challenging career in the field of Mechanical Engineering & Designing which would provide me with considerable advancement opportunities to apply my skills, hard work and also allow me to learn continuously in a professional and progressive environment. Mechanical Design Engineer ready to implement skills and expertise honed through years of engineering background. Accomplished professional with powerful problem-solving, analytical and communication skills. Proven capability to multitask within fiercely competitive and fast-paced environments for timely project completion without compromising quality.

• Got first prize in Article collection at college level
• Secured First in Essay Competition at school level and college level
• Secured a certificate of Tech to Speak 2.0 competition at college level

• AutoCAD 2D Design Software Proficiency
• Solidworks and Microsoft office

• Excellent verbal and Zeal to Learn new things
• Analytical and Organized skills proficiency

• Date of Birth: 06/29/99
• Gender: Male

• Cricket
• Badminton
• Travelling
• Organized and Volunteered KLU SAMAYAK Fest in my 2nd and 4rd year of Engineering
• Member of LOGISTICS AND SPACE MANAGEMENT (LEAD) in college

MAJOR PROJECT: Generative Design of BIONIC HAND by using FUSION 360 Software.

Developed an innovative bionic hand using generative design principles with Fusion 360 to enhance functionality and ergonomics.

Description:

This project involved designing a bionic hand using Autodesk Fusion 360’s generative design capabilities to create an optimized, functional, and anatomically accurate prosthetic hand.

Key Responsibilities:

• Conceptualization: Developed the initial concept and design criteria based on anatomical and functional requirements.

• Software Utilization: Leveraged Fusion 360’s generative design tools to explore various design alternatives and select the optimal solution.

• 3D Modeling: Created detailed 3D models and simulations to ensure mechanical functionality and ergonomic comfort.

• Material Selection: Analyzed different materials for strength, durability, and cost-effectiveness suitable for prosthetics.

• Prototyping: Used 3D printing techniques to produce a prototype for physical testing and evaluation.

Outcomes:

• Innovative Design: Produced a lightweight, durable, and cost-effective bionic hand prototype.

• Enhanced Functionality: The generative design process resulted in improved grip strength and dexterity.

MINIOR PROJECT: Design of STREET LIGHT REPAIRING ROBOT by using SOLIDWORKS Software.

Objective: Developed a robotic system for the automated repair and maintenance of street lights, utilizing SolidWorks for the design and simulation.

Description:

• Software: SolidWorks

• Scope: Designed a fully functional robotic arm capable of performing tasks such as replacing bulbs, repairing electrical faults, and cleaning the light fixtures.

• Key Features:

• Robotic Arm Design: Created a multi-jointed arm with precise control for intricate repair tasks.

• Simulation: Conducted kinematic and dynamic simulations to ensure the robot’s stability and efficiency.

• Materials and Components: Selected appropriate materials and components for durability and reliability in various weather conditions.

• Automation: Integrated sensors and actuators to enable autonomous operation with minimal human intervention.

Skills Utilized:

• Proficiency in SolidWorks for 3D modeling and simulation

• Understanding of robotics and automation principles

• Knowledge of material properties and selection

• Problem-solving and project management

Outcome:

• Successfully designed a prototype model demonstrating the feasibility of automated street light repair.

• Enhanced efficiency and safety in street light maintenance, reducing manual labor and operational costs.