MUCHUNURU AJAYKAR GOUD
Open to EV Engineering RolesElectrical Engineer | EV Battery Pack Design
Hyderabad, IN · experienced professional
About
Electrical & Electronics Engineering graduate with hands-on experience in EV battery pack design, power quality, and renewable energy systems.
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Experience
- Cell-to-Pack Design Intern | EV Retron Energies | April 2026 – Present | HyderabadEV Retron EnergiesApr 2026 – May 2026 · Patancheru
Working in the battery pack design unit focused on cell-to-pack (C2P) architecture for EV applications. • Performing cell testing and characterization for cylindrical and prismatic cell formats. • Supporting assembly and validation of battery pack models using both cell types. • Gaining practical exposure to battery management systems (BMS) and pack integration workflows.
- Summer Intern | Electric Loco Shed (Indian Railways) | May 2024 – June 2024 | HyderabadElectric Loco Shed (Indian Railways)May 2024 – Jun 2024 · Habsiguda, Hyderabad
Assisted in inspection and maintenance of electric locomotive systems. • Supported troubleshooting, safety checks, and operational procedures, contributing to improved maintenance efficiency.
- Quality Control Trainee | Ecoled Illuminations | August 2021 – January 2022 | HyderabadEcoled IlluminationsAug 2021 – Jan 2022 · Cherlapally, Hyderabad
• Executed quality inspection and testing procedures on electrical lighting products. • Improved defect detection accuracy and reduced product rework through systematic quality checks and documentation.
Education
- ACE engineering collegeBtech · Electrical and electronics engineering2022–2025 · 7.2
- Siddarta institute of technology and sciencesDiploma · Electrical and electronics engineering2019–2022 · 6.13
Skills
No skills listed yet.
Projects
- Sine Filter Design for GTO-Based Auxiliary Converters | April 2024 – June 2024
Designed a sine filter for GTO-based auxiliary converters, reducing harmonic distortion by 25% and improving power quality and equipment lifespan.
- Solar–Piezo Hybrid Charging System/ March 2025 – June 2025.
Developed a hybrid renewable energy charging system combining solar and piezoelectric sources for portable power applications, achieving a 20% improvement in energy harvesting efficiency.