Freena Francis

• Created materials and exercises to illustrate application of course concepts.
• Mentored students and communicated internship and employment opportunities.
• Contributed to departmental goals by serving on various committees focused on curriculum development, assessment strategies, and accreditation requirements.
• Maintained an up-to-date knowledge of subject matter by attending conferences, workshops, and webinars relevant to the field of study.
• PROJECTS GUIDED

C2S projects

• LIDAR preprocessing in ADAS Applications
• Fusion of LIDAR and Camera Data for ADAS

Medical Supply Delivery Drone

Air Quality Monitoring and Analysis using Environmental Drones

IOT Based Home Automation

IOT Based Circuit Breakers for Linemen Protection

Dynamic wireless Power transfer

Championed a culture of innovation within the development team by encouraging experimentation with new technologies or approaches to problem solving.

• Implemented robust documentation practices that facilitated knowledge sharing within the development team and improved overall productivity.
• Drove data storage and business tools, effectively managing developers and providing guidance throughout development lifecycle.
• Monitored product pricing and legal requirements.
• Developed a comprehensive onboarding program for new development team members, providing necessary training and resources to enable rapid integration into ongoing projects.
• Supervised team duties related to decision support and business intelligence for business users.
• Reduced time-to-market for new features by adopting an iterative approach to software development based on user feedback loops.

• Developed a strong agency team through effective training, coaching, and performance management practices.
• Collaborated with leadership to identify staffing needs and develop recruitment plans for key positions.
• Evaluated the effectiveness of various recruitment channels, continuously refining strategies based on measured outcomes.
• Streamlined onboarding processes to ensure seamless integration of new hires into company culture and operations.

• Created materials and exercises to illustrate application of course concepts.
• Mentored students and communicated internship and employment opportunities.
• Contributed to departmental goals by serving on various committees focused on curriculum development, assessment strategies, and accreditation requirements.

• Preparing lesson plans and learning materials.
• Accompanying students on industrial visits.
• Evaluating and assessing each student’s performance and growth.

• Designing a PMSM tailored for an electric two-wheeler application, leveraging the advanced simulation capabilities of Ansys Maxwell Software. Ansys Maxwell is a leading electromagnetic field simulation software that enables the detailed analysis of motor design parameters, including magnetic flux distribution, cogging torque, back EMF and overall motor performance under various operating conditions.
• Designing a Dual Active Bridge converter system that operates reliably, efficiently, and within specified voltage and power limits while accommodating variations in input sources and loads. Optimization of component selection, topology design, and control strategies should be pursued to achieve the desired performance targets while considering factors such as efficiency, cost, and reliability.Dual Active Bridge ConverterConstraints: 1.Input Voltage (Vdc): The system must accept a variable input voltage within the range of X volts to Y volts, ensuring compatibilitywith a broad spectrum of input sources.2.Load Voltage (Vdc): The converter should provide a regulated output voltage within the range of A volts to B volts to cater to diverse load requirements efficiently.3.Power Inductance: Determine and integrate an appropriate power inductance value to achieve efficient power transfer and control within the system, considering factors such as ripple current, losses, and magnetic core characteristics.4.Transformer Selection: Select a suitable transformer with specifications aligned with the desired power levels, operating frequency, and isolation requirements of the DAB converter.

GPA: 8.13(CGPA)

• Performance Analysis of Z-Source Cascaded H-Bridge Multilevel Inverter Based on Multicarrier PWM Techniques
• Thesis Paper:· “Performance Analysis of Z-Source Cascaded H-Bridge Multilevel Inverter Based on Multicarrier PWM Techniques” International Conference on “Emerging Trends in Electrical Engineering” at Maria College of Engineering and Technology held during 21 st and 22 nd March 2013.

GPA: 71.02

• Automatic main failure change over using PLC-at BPCL Cochin

GPA: 74.6

GPA: 79.6