DIVYA PATTA

**** *********, *************@+OBJECTIVE: 1(321)Stetson 367-Florida, 5801 Street, gmail.32901, com Motivated Software background contribute EDUCATION: Engineer, and to and the detail-hands-development specializing oriented on experience master’s and in backend maintenance in student Python, reporting seeking of Pandas, critical systems. an SQL, reporting entry-and Eager level data to systems. position leverage engineering as academic a to RELEVANT • • MASTER Florida Graduation: BACHELOR Viswanadha Graduated: COURSEWORK: Institute OF July OF December Institute SCIENCE SCIENCE 2021 of Technology, of in 2023 technology Computer in Electronics Melbourne, Science and and management Florida Communication Engineering SKILLS: • • • • • • Data Database Software Distributed Machine Data Structures Visualization Learning Engineering Systems Systems and Algorithms PROJECTS: • • • • • • • Pro\Strong Experience Familiarity Knowledge testing, Excellent Strong icient understanding communication and problem-in with with of debugging Python, software cloud backend solving Pandas, of computing and development data development and collaboration SQL structures analytical (platforms Snow\best and and lake skills abilities practices, API (algorithms e.and g.design, AWS, Postgres) including Google version Cloud Platform) control (Git), 1.REQUIREMENTS ENGINEERING:

• Led systems requirements a project and cyber focused throughout security, on requirements the aiming engineering to establish, engineering design document, process. within the and realms maintain of intelligent

• Emphasized dynamic to scenarios. more autonomous, physical the evolving and goal-social interaction oriented contexts, systems between transitioning capable intelligent from of adapting traditional systems to and diverse robotic users models within 2. 3. DATABASE ARTIFICIAL • • • Employed within retrieval Dynamically Python Directed well importance as SYSTEMS: AWS scripts, network INTELLIGENCE: and efforts Python RDS, of imported analysis. security reducing towards security ensuring programming and measures manual application to accurate processed defend language data from against and security entry complex the organized to design intruders time design to CSV safeguard by phase data \80% and iles and storage into implement onward. and malware, software the ensuring for database seamless underscoring database and accurate devices, using tables data as the 4. MODEL • • Applied segment silhouette Implemented high- interpretability BASED \idelity DBSCAN more SOFTWARE coef\clusters Principal than icient by clustering 28%5000 of identi\ENGINEERING: Component . 0.Covid-918. algorithm ied by 19 DBSCAN genetic Analysis with samples, Levenshtein algorithm, dimensionality achieving which distance reduction boosted a high metrics mean the to visualize to model

• • • Developed to-Addressed establishing chunks. Identi\the one design ied mapping and and a multiple a signi\clear resolved implementa,of icant ACT-and ACT-issues challenge R standardized R production models on related of faced within cogni,and mapping to by errors, chunks. the ve users models Uppaal between inef\of the iciencies, environment within Uppaal ACT-the R and environment production Uppaal inconsistencies to achieve and by a one- in 5. BIOMETRIC environment. AUTHENTICATION:

• • • Built categorize homeowners. Conducted algorithms networks, Engineered speed, a ef\smart iciency, and visitors rigorous such an doorbell MediaPipe optimal as and as OpenCV, comparative known reliability application face frameworks. recognition Eigenfaces, or unknown of analysis performing each algorithm. architecture 3D individuals across Morphable facial different recognition after and Model, instantly evaluating face Dlib recognition to automatically deep notify accuracy, neural EXPERIENCE:

INTERN: Capgemini INTERN: Siemens HONORS • • • • • • • • • Collaborated interfaces, experiences. Conducted user Assisted standard Contributed concepts improvements. Gained within interaction Participated in Developed theoretical Collaborated practical Demonstrated and -various 2019 - tools & interviews, 2021 a ACHIEVEMENTS: practical professional in understanding effectively design essential automation contributing pro\user learning the design, to in with with adaptability creation UX/an iciency research tools surveys, experience intensive cross-peers for and UI to to environment, design to automating tools hands-stakeholders in usability to of of functional to visualize and scripting and wireframes, the automation solve and automation and in discussions on usability analysis development applying a methodologies. evaluation. projects. real-proactive and tasks languages teams enhancing and world iterate to testing prototypes, concepts UX course, and incorporating gather and to design approach of automation conceptualize streamlining and on presentations, to intuitive skills acquiring insights, design and inform automation principles and in best in information feedback mockups and concepts. learning challenges, design employing practices. processes. foundational and visually communicating and frameworks, design decisions. into new using methodologies architecture, fostering tools appealing iterative technologies user-industry knowledge such applying centric design a design user as

• Received Academic PRATHIBHA Excellence. AWARD by the Government of Andhra Pradesh in India for