● Coordinate and manage projects related to SDGs, sustainability assessment, performance assessment, qualitative and quantitative risks, environmental and economic performance , and decision-making. ● Providing technical and research support to various urban systems, and industry partners. ● Facilitated several stakeholder engagements and established various user guides of developed tools, project writing, charters, budgets, activity schedule, reporting, publications, and deliverables. ● Providing technical and other administrative support to junior colleagues and highly qualified personnel in field investigation, data collection, performance assessment, conducting risk analysis, decision-making, project reporting and deliverables.Specific Projects• Enhancing Sustainability Performance in Aquatic Centres: A Life Cycle Approach (0.65M $CAD).• Assessing community well-being risk for supporting decisions on investments for social sustainability (40K $CAD).

● TA of various undergraduate and graduate level courses.● Involved in various activities including classroom teaching, leading tutorials, marking midterm and finals, and invigilation.● Conducted quizzes, exams, and presentations.Courses● APSC173 Engineering Analysis II● ENGR441 Advanced Water Treatment● ENGR402 Biotechnology● ENGR 544 Life Cycle Assessment and Management

● Performed various duties include: preparing, starting, monitoring, and ending exams for students with disabilities private spaces or group settings.● Setting up adaptive and computer equipment for the students.● Ensured examinees adhere to UBC and Centre for Accessibility exam procedures.● Maintained good communication with exam coordinators and working as part of a team with other invigilators.● Compiled detailed and accurate records and incident reports. ● Other assigned tasks by exam coordinators.

● Worked with different buried water utilities and municipalities to developed a conceptual framework to identify the impact of urban densification on buried water infrastructure (BWI). ● Worked on real-time BWI data to develop indicator based integrated level of service index and preformed sensitivity analysis and assessment techniques to assess the performance of BWI. ● Conducted spatiotemporal analysis to establish the significant indicators contributing to performance of BWI. ● Developed optimization model to maximize the BWI performance under different environmental, social and economical settings.● Worked with other team members in conducting environmental and human health risk assessment of indoor swimming pools. ● Developed optimal pathways in enhancing the productivity and efficiency of CLT job delivery mechanism and manufacturing system. ● Developed a current inventory of floodplain maps of British Columbia and a localized flood vulnerability index.● Prepared several project reports and grant proposals for different stakeholders and industrial partners.Specific Projects● Innovative solutions for industrial process management: Process efficiency and delivery sequence improvement for CLT products at Structurlam (60K $CAD). ● Floodplain maps inventory and pathway for flood-induced risk assessment in BC (75K $CAD).

● Lecture support for a undergraduate course (APSC 173 Engineering Analysis II).● Answered student quires and helped them in problem solving during the lecture.

Developed an advanced and practical community well-being risk assessment method for evaluating the risks to community well-being for supporting decisions on investments for social sustainability.• Content analysis on sustainable community well-being and risk assessment methods.• Review existing assessment tool and identify the key indicators and risk factors. • Building new casual relationships between the risk factors and indicators.• Develop a modified risk assessment model.

Solutions to improve awareness of the updated inventory of floodplain maps among governments, realtors, and consumers and assess the impacts of senior government funding programs. • Developed a current inventory of floodplain maps across the province of BC.• Assessed flood-induced risks and develop a localized flood vulnerability index.

Developed optimal pathways in enhancing the productivity and efficiency of CLT job delivery mechanism and manufacturing system.• Analyzed the production process at Structurlam.• Conducted a work study to investigate bottlenecks and process enhancement.• Developed an optimization model for the production-to-delivery process sequence for CLT panels.

● Coordinated and managed projects related to urban development, public infrastructure, and growth options for neighbourhood communities.● Developed alternative scenarios and selected the optimum combination of community water and energy features. ● Established user guides of developed tools, project writing, charters, budgets, reporting and deliverables.

• Taught undergraduate courses in Engineering Mathematics, Operations Research, and Optimization to large, diverse classes.• Planned lessons, graded assignments, and provided mentorship to students, fostering a collaborative learning environment.• Contributed to department committees and initiatives focused on improving the academic experience and student outcomes.

University Grants Commission (UGC) research project: Algorithms for solving some fuzzy network flow problems• Led research projects on network flow optimization and algorithm development, creating decision support tools to deal with complex operational challenges, particularly in uncertain environments.• Developed optimized solutions for resource allocation and operational efficiency.• Managed project charters, budgets, and deliverables, ensuring smooth coordination between stakeholders, and providing practical recommendations for improving network flow management.