Electric Vehicle Advanced Manufacturing

Amarnathvarma Angani

Post-Doctoral Research Fellow

Explore dynamic roles in Electric Vehicle (EV) advancement, Robotics, and advanced manufacturing, emphasizing creativity and eco-friendly solutions within the automotive and manufacturing sectors ad5ekv@r.postjobfree.com +821*********

https://www.linkedin.com/in/dr-amarnathvarma-angani-58876435?originalSubdomain=kr CORE COMPETENCIES

EDUCATION

2021: Ph.D. in Mechanical

Engineering from Busan University of

Foreign Studies

2018: MS in Science from Busan

University of Foreign Studies

2014: B. Tech. in Mechanical

Engineering from Jawaharlal Nehru

Technological University

2002: Diploma in Automobile

Engineering from State Board of

Technical Education

CERTIFICATIONS

FARO TrackArm with CAM

MATLAB Onramp

Autodesk Fusion360

PGP-EVD.O.AUG'23 Battery

Technology and Control Systems

PGP-EVD: Module 2 (Electric Motors

and Power Converters) Project 1

PGP-EVD: Module 1 (Electric Vehicle

Fundamentals) Project 1

SOFT SKILLS

PROFILE SUMMARY

Possesses a decade of expertise in EV battery pack design, Battery Management System (BMS) optimization, and 3D printing technology, leveraging AI tools for predictive maintenance and performance enhancement.

Currently spearheading Electric Vehicle (EV) projects, specializing in cooling technology and battery aging prediction with Machine Learning.

Proficient in utilizing design tools such as Solidworks, AutoCAD, and Fusion 360 to translate concepts into detailed designs.

Recognized for 3 patents in EV, smart fish farming, and energy management, showcasing a strong research background.

Engineered and brought to life a sophisticated fish robot, demonstrating advanced technical prowess and creative problem-solving skills.

Specialized in advanced manufacturing technologies such as KUKA ROBOT machining, 3D scanning, and 3D printing, optimizing production processes and enhancing product quality.

Demonstrated expertise in developing wired-four-wheel steering systems for electric vehicles, utilizing advanced control algorithms and precision engineering to improve vehicle maneuverability and efficiency.

Skilled in automobile automation & instrumentation with instrument installation, pre-commissioning & commissioning of various equipment.

Skilled in vehicle dynamics using MATLAB/Simulink, MBD Toolbox, MPC5744P, and SK32144.

Proficient in leadership & delegation, team building and interpersonal skills.

Recent achievement includes collaborating with industry leaders like Sungwoo- Hitech, KITECH, WIMA, Cyient, and Avineon India Limited.

Successfully increased energy efficiency by 22% through the development of a 5KW lithium-ion battery pack, showcasing a track record of delivering tangible results in EV battery design projects.

IT SKILLS

EV Battery Pack

Design &

Development

Battery

Management

System (BMS)

Vehicle

dynamics:

MATLAB &

SIMULINK

SIMULINK MBD

Toolbox

3D Scanning

Technology

3D Printing

Technology

3D Design Tools:

- SolidWorks and

Simulation

- Fusion 360,

- AUTOCAD

Design Engineer,

- CATIA

- DesignX

Reverse Engineering

Arduino & Python

Image processing -

OpenCV

ANSYS Workbench

KUKA Robot (KR

QUANTEC)

Robot Master

MasterCam

Polyworks

ACHIEVEMENTS

Developed a robotic fish and a smart fish farm with minimal human interaction

Received the Best Employee Award and University Topper recognition during both Masters and Doctoral studies.

Awarded the Best Paper Award at international conferences held in the USA, Japan, and Taiwan.

Collaborator

Communicator

Planner

Change Agent

Automation & Instrumentation

Operations & Maintenance

Systems Integration

Project Management & Execution

Industrial & Process Automation

Continuous Process Improvement

Research & Development

Advanced Manufacturing

Equipment & Spare Part Maintenance

WORK EXPERIENCE

Sep’21 - Present: Post-Doctoral Research Fellow in Korea Institute of Industrial Technology, South Korea Key Result Areas:

Leading the innovation of cutting-edge lithium-ion battery packs for Electric Vehicles, driving efficiency and cost- effectiveness.

Implementing innovative cooling systems that resulted in a 28% enhancement in cooling efficiency through the integration of hybrid Zig-Zag cooling plates. This achievement demonstrates a strong ability to drive advancements in energy efficiency and reliability within EV battery pack development.

Steering planning for shutdown maintenance and defining maintenance tasks, schedule time table & manpower and supervising & controlling cost & spare parts requirements.

Front-leading activities involving working out various requirements & monitoring overall project operations for ensuring timely completion.

Designing and integrating advanced Battery Management Systems for improved performance.

Utilizing AI tools for battery aging prediction and lifespan enhancement.

Executing cost saving techniques/ measures and modifications to achieve substantial reduction in O&M expenditures

& work within the budget.

Creating and sustaining a dynamic environment that fosters development opportunities and motivates high performance amongst team members.

Anchoring commissioning of machines & equipment and ensuring completion of project in minimum turnaround time effective resource utilization to maximize the output.

Collaborating with Sungwoo Hitech on a groundbreaking 64KW lithium-ion battery design.

Developed a new 64KW lithium-ion battery design, increasing energy density by 20%, showcasing a commitment to pushing the boundaries of battery technology and achieving significant improvements in performance metrics. Achievements:

Increased energy efficiency by 22% through the development of a 5KW lithium-ion battery pack.

Improved overall system reliability by 25% through the implementation of a novel battery management system.

Developed a new 64KW lithium-ion battery design, increasing energy density by 26%.

Enhanced cooling efficiency by 21% through the integration of Phase Change material.

Deployed various methodologies to analyze processes; recommended modifications to minimize escalations, decrease rejection, realize operational efficiencies, control variability, costs & reduce cycle-time by 15%.

Published three high-quality Q1 papers in Elsevier journals with impact factors of 9.4 and 6.3, contributing significantly to the academic field.

Aug’20 – Aug’21: Project Manager in Korea Electric Motor Company(KELMOC] Key Result Areas:

Spearheaded the creation of an innovative 2.5KW lithium-ion battery model for the Indonesia GESITS motorcycle, enhancing energy density and thermal efficiency significantly.

Facilitated the Memorandum of Understanding between companies in South Korea and Indonesia

Designed and developed a Continuous Variable Transmission (CVT) system for two-wheelers, enhancing their performance and efficiency.

Jun’17 – Nov’18: 3D printing and AutoCAD Trainer in Busan University of Foreign Studies, South Korea Key Result Areas:

Created CAD drawings to visualize product designs and ensure accuracy.

Utilized CAD software to generate 3D models of mechanical components for prototyping and 3D printing.

Conducted technical workshops on 3D printing and AutoCAD at University of Indonesia and Posts & Telecommunications Institute of Technology, Vietnam. PREVIOUS WORK EXPERIENCE

Sep’15 – Mar’16: Teaching Assistance and Mentor in Busan University of Foreign Studies, SouthKorea

Oct’09 – Dec’11: GIS Engineer in Avineon India

Oct’07 – Oct’09: GIS Engineer in Infotech

PERSONAL DETAILS

Date of Birth:12th June 1985

Languages Known: English, Telugu, Hindi and Korea

Address: 522, Building 101, Cheomdan Mirchae, River Park, 235-8 Wolgye-Ro, Gwangsan-Gu, Gwangju

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