Project Engineer

• Apr 2023 - Present

Civil/AgriculturalEngineer

• Apr 2020 - Apr 2023

• Designed, coordinated pre-construction meetings, provided quality assurance and construction inspection on numerous environmental engineering practices including – roofed concrete feeding areas, roofed waste stacking facilities, concrete liquid manure storages, pressurized watering systems for grazing, wastewater management systems, stream crossings, streambank protection, roof runoff collection and underground outlet systems, animal walkways, heavy vehicle access roads and spring… Show more • Designed, coordinated pre-construction meetings, provided quality assurance and construction inspection on numerous environmental engineering practices including – roofed concrete feeding areas, roofed waste stacking facilities, concrete liquid manure storages, pressurized watering systems for grazing, wastewater management systems, stream crossings, streambank protection, roof runoff collection and underground outlet systems, animal walkways, heavy vehicle access roads and spring developments. • Consulted landowners on best land management practices, suitable concrete and earthen structures and prepared Inventory and Evaluation reports. • Conducted site surveys to facilitate design of engineering practices and staked out engineering plans for construction. • Performed design reviews of drawings prepared by engineering and field teams. • Trained field teams and newer engineers. Show less • Designed, coordinated pre-construction meetings, provided quality assurance and construction inspection on numerous environmental engineering practices including – roofed concrete feeding areas, roofed waste stacking facilities, concrete liquid manure storages, pressurized watering systems for grazing, wastewater management systems, stream crossings, streambank protection, roof runoff collection and underground outlet systems, animal walkways, heavy vehicle access roads and spring… Show more • Designed, coordinated pre-construction meetings, provided quality assurance and construction inspection on numerous environmental engineering practices including – roofed concrete feeding areas, roofed waste stacking facilities, concrete liquid manure storages, pressurized watering systems for grazing, wastewater management systems, stream crossings, streambank protection, roof runoff collection and underground outlet systems, animal walkways, heavy vehicle access roads and spring developments. • Consulted landowners on best land management practices, suitable concrete and earthen structures and prepared Inventory and Evaluation reports. • Conducted site surveys to facilitate design of engineering practices and staked out engineering plans for construction. • Performed design reviews of drawings prepared by engineering and field teams. • Trained field teams and newer engineers. Show less

Design Engineer

• May 2019 - Apr 2020

Provide production support in Compression Systems Engineering for operational commercial engines (PW2000, PW4000, F117). Roles and responsibilities included - - Supporting quality engineering during overhaul/maintenance and manufacturing by assessing part and assembly quality non-conformances. - Working on Class I and Class II Engineering Change Proposals to improve part design, blue-print drawings, prepare BOMs, revising Engine Manuals, review GD&T, and improving the manufacturing… Show more Provide production support in Compression Systems Engineering for operational commercial engines (PW2000, PW4000, F117). Roles and responsibilities included - - Supporting quality engineering during overhaul/maintenance and manufacturing by assessing part and assembly quality non-conformances. - Working on Class I and Class II Engineering Change Proposals to improve part design, blue-print drawings, prepare BOMs, revising Engine Manuals, review GD&T, and improving the manufacturing process. - Co-ordinate with various engineering, finance and project management teams to solve engineering problems efficiently.

Mechanical Engineer - Engineering Development Program

• Mar 2017 - Apr 2019

The Engineering Development Program is a 2 year - 3 phase program to work in different engineering departments and engine programs. Phase I: Structures Engineering (10 months) - Worked on structural analysis of integrally bladed Low Pressure Compressor rotor blades for an advanced military engine program. - Conducted Finite Element Analysis using ANSYS for static and modal analysis of airfoils to predict goodman capabilities and assess flutter and resonance effects. -… Show more The Engineering Development Program is a 2 year - 3 phase program to work in different engineering departments and engine programs. Phase I: Structures Engineering (10 months) - Worked on structural analysis of integrally bladed Low Pressure Compressor rotor blades for an advanced military engine program. - Conducted Finite Element Analysis using ANSYS for static and modal analysis of airfoils to predict goodman capabilities and assess flutter and resonance effects. - Categorized airfoil mode shapes and prepared Campbell diagrams for use in flutter and resonance analysis, surge and tuned absorber analysis. Phase II: Design Engineering (8 months) - Worked on production phase of an advanced military engine program, using Teamcenter and Siemens NX CAD software. - Developed and designed components for bird ingestion test rig and prepared blueprint drawings for manufacture. - Prepared cross-sectional layouts of rotor-case assembly and reviewed engineering drawings for dimensioning and tolerancing (GD&T) requirements using ASME Y14.5M-1994. - Created presentations for design reviews. Phase III: Project Engineering (8 months) - Coordinated between various engineering teams to support the design and production phase of the NGPF 17K Engine program by identifying KPI's, presenting deliverables in weekly and daily meetings and maintaining Level I, II and III schedules using Microsoft Project. - Provided support in a Technical Review for a Class I Engineering Change Proposal. - Helped create manpower and budget "waterline" plans for the engine program. Also worked on assessment of new supplier capabilities to ramp up production.

Graduate Teaching Assistant

• Jan 2015 - May 2016

Course: Mechanical Engineering Design Methodology; Instructed by: Dr. Christopher G. Rylander and Dr. Carolyn Seepersad. The course is for final year students based on reverse engineering an existing product through a systematic product design approach. The course covers topics from gathering and comprehending information from customer interviews through concept generation and selection, design, prototyping, testing and fabrication of a final product. As a TA, my work included conducting… Show more Course: Mechanical Engineering Design Methodology; Instructed by: Dr. Christopher G. Rylander and Dr. Carolyn Seepersad. The course is for final year students based on reverse engineering an existing product through a systematic product design approach. The course covers topics from gathering and comprehending information from customer interviews through concept generation and selection, design, prototyping, testing and fabrication of a final product. As a TA, my work included conducting lab sessions twice a week to guide students through the project and aid in scheduling their work. Other tasks included reviewing weekly design notebooks, project reports, tests and presentations.

Graduate Teaching Assistant

• May 2015 - Aug 2015

Course: Design of Machine Elements; Instructed by: Dr. Ben Black. The undergraduate course was evaluated on theoretical and practical components. As a TA, I was tasked with guiding the students throughout their project work on designing drag race cars. I also held weekly office hours to help the students with theoretical concepts and homework and graded their assignments.

Design Engineering Intern

• Aug 2013 - Dec 2013

Analyzed packaging constraints for steering and suspension assembly and designed a hydraulic power assisted steering system for a new vehicle model. Design and analysis was done on CREO 2.0. Analyzed packaging constraints for steering and suspension assembly and designed a hydraulic power assisted steering system for a new vehicle model. Design and analysis was done on CREO 2.0.