• Oversaw the performance, maintenance, and safety of electrical systems critical to utility operations, ensuring
they functioned efficiently and reliably.
• Conducted regular inspections, diagnosed faults, and performed preventive maintenance on electrical
equipment and infrastructure to minimize downtime.
• Played an active role in the design and implementation of electrical systems for power generation,
distribution, and transmission, ensuring compliance with safety, quality, and regulatory standards.
• Troubleshot electrical issues, including faults in circuits, transformers, switchgear, and other critical
equipment, improving system reliability and reducing downtime.
• Contributed to energy efficiency initiatives by identifying opportunities to integrate renewable energy sources
and optimize operations to reduce costs and improve sustainability.
• Ensured safety compliance with industry regulations by conducting safety audits, risk assessments, and
implementing safe working practices for the team.
• Managed and oversaw electrical engineering projects, coordinating with cross-functional teams to ensure
projects were delivered on time, within budget, and met regulatory requirements.
• Provided technical guidance and training to junior engineers and technicians, fostering a skilled and safetyconscious team.
• Prepared and submitted detailed reports on system performance, safety measures, and maintenance
activities to ensure regulatory compliance and transparency.
• Conducted cost-benefit analyses, evaluated equipment costs, and identified cost-saving opportunities while
maintaining high safety and quality standards.
• Collaborated with external stakeholders, including contractors, vendors, and regulatory bodies, to ensure
smooth project execution and adherence to operational standards.

PERSONAL PROJECTS
FINAL YEAR PROJECT"DYNAMIC CRUISE CONTROL SYSTEM FOR ENERGY OPTIMIZATION IN ELECTRIC VEHICLES:
The main objective of this object is to design and implement a dynamic cruise control system for electric vehicles where set point is calculated based on road gradient to ensure maximum efficiency.
We Simulate Induction Motor in Simscape drive line where we attached rotational load and its value was changed several time to observe the behavior of induction motor at different loads.
A subsystem was made to calculate the efficiency of motor .To know the electrical properties of induction motor we simulate induction motor in simscape Power technology .It enabled us to express input and output power of induction motor in term of line voltages and current.. As we had determined the relationship between efficiency and speed. We found the range of speed at which the induction motor was highly efficient, and considered it the reference speed .The rotor speed of the induction motor was controlled using the scalar V/f control method. We modeled the induction motor in “simscape power system” for the cruise control by using single block called “Space Vector PWM VSI induction motor Drive” The reference speed was selected so that the motor could operate with maximum efficiency. The output speed of the induction motor tracked the reference speed accurately which means that the induction motor during the same interval was highly efficient.The main objective of this object is to design and implement a dynamic cruis
Arithmetic Logic Unit
An arithmetic logic unit (ALU) is a digital circuit used to perform arithmetic and logic operations. It represents the fundamental building block of the central processing unit (CPU) of a computer. Modern CPUs contain very powerful and complex ALUs. In addition to ALUs, modern CPUs contain a control unit (CU).
Most of the operations of a CPU are performed by one or more ALUs, which load data from input registers. A register is a small amount of storage available as part of a CPU. The control unit tells the ALU what operation to perform on that data, and the ALU stores the result in an output register. The control unit moves the data between these registers, the ALU, and memory.An arithmetic logic unit (ALU) is a digital circuit used to perform arithmetic aperation
Band pass Filter
Band Pass Filters can be used to isolate or filter out certain frequencies that lie within a particular band or range of frequencies. The cut-off frequency or ƒc point in a simple RC passive filter can be accurately controlled using just a single resistor in series with a non-polarized capacitor, and depending upon which way around they are connected, we have seen that either a Low Pass or a High Pass filter is obtained.
One simple use for these types of passive filters is in audio amplifier applications or circuits such as in loudspeaker crossover filters or pre-amplifier tone controls. Sometimes it is necessary to only pass a certain range of frequencies that do not begin at 0Hz, (DC) or end at some upper high frequency point but are within a certain range or band of frequencies, either narrow or wide.
By connecting or “cascading” together a single Low Pass Filter circuit with a High Pass Filter circuit, we can produce another type of passive RC filter that passes a selected range or “band” of frequencies that can be either narrow or wide while attenuating all those outside of this range. This new type of passive filter arrangement produces a frequency selective filter known commonly as a Band Pass Filter or BPF for short.
POP up Target system Project Military base
Designed and developed a wireless pop-up target system using Arduino programming, enabling seamless communication between the receiver and transmitter modules. The project showcased my skills in embedded systems, wireless communication protocols, and programming. The system's innovative design and successful implementation highlight my ability to create practical solutions using technology."
Speed Mointring Device
Designed and implemented a speed monitoring device utilizing Arduino programming, tailored for vehicular applications. This innovative solution combines the power of Arduino with a buzzer to enhance road safety. The device effectively monitors vehicle speed and alerts the driver through the integrated buzzer if speed limits are exceeded, promoting responsible driving behavior. This project not only showcases my proficiency in Arduino programming but also underscores my commitment to creating impactful and safety-oriented technological solutions
Training Coordinator – Energen Fire Fighting Systems
• Energen Fire Fighting Training Program
• Led and conducted training sessions on Energen fire fighting systems for employees, covering fire safety
protocols, equipment handling, and emergency response procedures. Designed training materials, organized
live drills, and ensured team competence in using Energen fire suppression equipment to enhance safety and
compliance.
Installation of 15kVA UPS System for BOQ
• Successfully led the installation of a 15kVA uninterruptible power supply (UPS) system for the Bill of Quantities (BOQ) project. Managed the end-to-end process, including system design, installation, testing, and commissioning. Ensured that the UPS system met all technical specifications and provided reliable backup power to critical equipment. Coordinated with vendors and internal teams to ensure seamless integration and timely project completion.
 

As the Battalion Operations Officer, I played a crucial role in administrative and operational support, facilitating communication and coordination within the unit. Key responsibilities included:
• Administrative Oversight: Managed the battalion's administrative functions, including personnel records, reports, and correspondence, ensuring efficient operations.
• Liaison Role: Acted as the primary liaison between the Battalion Commander and other units, facilitating
communication and coordination for various operations.
• Support for Security Operations: Assisted the Battalion Security Officer in implementing security measures and responding to incidents, ensuring alignment with overall operational objectives.
• Training Coordination: Organized and scheduled training exercises, integrating security considerations into the battalion's training regimen.