Coordinating a 36-person team responsible for executing industrial facility projects covering over 10 million sqft.

Overseeing multiple simultaneous projects, ensuring deadlines and budgets are met.

Assessing risks and strategically planning to mitigate potential impacts.

Monitoring customer expectations through weekly meetings.

Training and developing skills for team members, aligned with market opportunities.

Managing billing and overall performance of the Process Piping program.

Managing Process Piping, mechanical, and plumbing projects across industries such as data centers, pulp factories, residential buildings, water treatment plants, and steam plants.

Coordinating an 8-person team across multiple simultaneous projects.

Ensuring quality control of deliverables to comply with project standards.

Tracking progress and providing technical support for the production team.

Mentoring future leaders in technical and planning aspects.

Ensuring compliance with local, state, and federal regulations in all MEP work.

Modeling MEP (LOD 400) for Process Piping, plumbing, HVAC, and fabrication parts.

Developing over 20,000 spools for fabrication.

Managing the fabrication parts database.

Creating LOD 200/300/400 MEP content (parametric .rfa files).

Detecting clashes and coordinating to resolve system interferences.

Participate in an engineering role in the development of the 2021 Global Innovation Award (NAHB) winning project focused on industrial optimization and 4D/5D BIM modeling.

Modeling (LOD 300) for architecture, structures, and MEP.

Calculating structural reinforcements for concrete, including lifting analysis, joint assessments, snow and seismic loads, as well as numerical wind tunnel simulations.

Optimizing time and workspace organization in prefabrication plants, following World Class Manufacturing guidelines.

Teaching analysis and design of Large-Span Structures for fourth-year Architecture students, focusing on bridges, domes, arches, tensioned frames, and high-rise beams.