Jitesh Bajaj

About Jitesh Bajaj

As an Associate Manager and Team Lead at Siemens Gamesa, I am responsible for developing solutions for offshore wind turbines and leading a team. My primary focus is on condition monitoring systems for offshore wind turbines, ensuring their optimal performance and reliability.Previously, I served as a Lead Control Engineer with a specialization in GE Excitation and Static Starter Systems at GE Power, Hyderabad for 6.5 years. During my time there, I gained extensive experience in power systems engineering and contributed to the success of various projects.Passion drives me in my work, and I am always eager to connect with other professionals in the field. I believe that teamwork is crucial in both social and professional settings, and I thoroughly enjoy collaborating with my colleagues to achieve common goals.I hold a Master\'s degree in Instrumentation and Control from Nirma University, where I graduated with good grades in 2015. Apart from academics, I am an active participant in social and extracurricular activities, which further enhances my overall skill set.With a strong background in power systems engineering and a passion for innovation, I am committed to driving positive impact in the renewable energy industry. I am always open to new opportunities and networking with like-minded professionals. Feel free to connect with me to discuss potential collaborations or opportunities for mutual growth.

Experience

1. Senior Advanced Engineer

   Siemens Gamesa

   Sep 2025 — Present · Bengaluru, IN

   As a Senior Advanced Engineer in System Level Controls, I drive the design, development, and validation of advanced wind turbine control systems, combining strong systems engineering expertise with hands-on technical leadership. My role bridges control design, hardware-software integration, and cross-functional collaboration to deliver robust, high-performance turbine solutions across the product lifecycleKey Contributions & Responsibilities • Lead system-level control design for wind turbine operation, supervision, and performance optimization. Drive actuator and sensor modeling, analysis, and integration within turbine control architectures. • Lead turbine hardware simulations and complex functional testing to validate control strategies under diverse operating and load conditions. • Perform zero-series analysis for sensors and actuators under load and control scenarios, including rotor sensor fusion for enhanced control reliability. • Contribute to the development of new wind turbine control and monitoring functions through computational and experimental performance analysis. • Plan and execute validation studies by correlating simulation results with measurement data to ensure model accuracy and system robustness. • Collaborate closely with software teams to translate control concepts into scalable, production-ready implementations. • Apply systems engineering principles in close collaboration with safety and controller system owners, ensuring end-to-end design integrity. • Evaluate and refine measurable, time-bound requirements throughout the New Product Development (NPD) lifecycle. • Ensure alignment across all relevant interface owners by proactively managing stakeholders and technical dependencies.Core Expertise:System Level Controls • Wind Turbine Control & Monitoring • Sensor & Actuator Modeling • MATLAB/Simulation • Hardware-in-the-Loop Testing • Systems Engineering • Control Validation • Cross-Functional Leadership • New Product Development

Education

• KDAV, Jamnagar

  High School, Science

  2007 — 2008

• Nirma Institute Of Technology

  Master's Degree, Control and Automation

  2013 — 2015

• SBSSTC Govt. College Ferozepur

  Engineer’s Degree, Electrical, Electronics and Communications Engineering

  2008 — 2012

Skills

• Matlab
• Petrochemical
• Control Theory
• Engineering
• Thermal Power Plant
• Instrumentation
• Plc Programming
• Dcs
• Esd Control
• Smart Plant Instrumentation
• C++
• Programmable Logic Controller (Plc)
• P&Id
• Microsoft Office
• Simulation Modeling
• Foundation Fieldbus
• Power Systems
• C
• Gas Turbines
• Process Simulation
• Photoshop
• Digital Photography
• Powerpoint