Donald Ohiri

Mechanical Engineering graduate with experience designing renewable energy systems, mechanical components, and autonomous software solutions through multidisciplinary engineering projects. Skilled in engineering analysis, CAD, simulation, and programming, with a strong interest in sustainable energy, product development, and data-driven design. Known for combining technical problem-solving with leadership and collaboration to deliver practical engineering solutions under real-world constraints.

PV System Designer at One Shared Future (Un Futuro Compartido)

• Led the conceptual design of a rooftop photovoltaic system for rural communities, balancing structural integrity, environmental durability, and ease of installation.

• Evaluated design trade-offs involving system weight, wind loading, and scalability to improve resilience for hurricane-prone environments.

• Simulated annual solar energy production using climate, geographic, orientation, and residential load data to validate system feasibility.

• Coordinated technical design decisions and contributed engineering recommendations that improved system reliability while meeting community energy requirements.

• Represented engineering students by gathering and presenting academic feedback to faculty leadership, helping inform program discussions and policy decisions.

• Collaborated with faculty members and student representatives to identify opportunities for curriculum and resource improvements.

• Strengthened stakeholder communication by translating student concerns into actionable recommendations during committee meetings.

B.A.Sc. in Mechanical Engineering, Concentration in Biomedical Engineering from The University of British Columbia (UBC)