Ermias Mehari

Developed and configured power system databases for SCADA/EMS systems, enabling real-time data acquisition. Modeled power system behavior using analysis tools and designed intuitive HMIs for enhanced operator efficiency.

Developed and configured power system databases for SCADA/EMS systems, enabling real-time data acquisition. Modeled power system behavior using analysis tools and designed HMIs for enhanced operator efficiency.

Authored technical documentation for repurposing lithium batteries and designed high-level architectures for Battery Energy Storage Systems (BESS) in various applications.

Authored technical documentation for repurposing lithium batteries and designed high-level architectures for Battery Energy Storage Systems (BESS) in various applications.

Implemented remote instruction solutions during the pandemic and led the development of a real-time bus tracking system to improve campus transit efficiency.

Designed digital products for start-ups, developed cross-platform applications, and collaborated with cross-functional teams to ensure cohesive product development.

Implemented remote instruction solutions and led the development of a real-time bus tracking system, enhancing campus transit efficiency and ensuring continuity during the pandemic.

Managed a team to deliver power systems to over 100 sites, ensuring project success through effective customer interaction and support for nationwide telecom projects.

Managed a team to deliver power systems to over 100 sites, handled customer interactions for project planning, and supported nationwide telecom projects.

Designed digital products for African SMEs, developed cross-platform applications, and collaborated with cross-functional teams to ensure cohesive product development.

Completed a Master of Science in Electrical and Computer Engineering with relevant coursework in Energy Systems, Embedded Systems, Data Analysis, and Machine Learning. Engaged in projects such as techno-economic assessments for hybrid mini-grids and performance analysis of MPPT algorithms.

Grade: First Class Honors

Earned a Bachelor of Engineering in Electrical Power Systems Engineering, graduating with First Class Honors. Relevant coursework included Integrated Engineering Studies and Power Systems Analysis, with a thesis on autonomous control for quadcopters.

Participated in a leadership training program focusing on Entrepreneurial Leadership, Projects, and Communication for Impact, enhancing skills in data-driven decision-making.