Contributed in the design and development of high speed analog to digital converter System-on-Chips (SoC) in commercial CMOS process. Design emphasis on low SWaP (Size, Weight and Power) to reduce cost and power for large particle physics and astro-particle physics experiments, as well as for a variety of other applications.

Lecturer for Engineering Electromagnetics

Under direct supervision of higher level professional engineers, performs design, project engineering, project management and general engineering duties in support of the capital construction programs of Hawaiian Electric Company. Responsibilities include, but are not limited to• Independently evaluates, selects and applies standard engineering techniques, procedures and criteria using judgment in making minor adaptations and modifications. Assignments have clear and specified objectives and require the investigation of a limited number of variables. • Receives instruction on specific assignment objectives, complex features and possible solutions. Assistance is furnished on unusual problems and work is reviewed for application of sound professional judgment. • Prepares plans, layouts, design calculations and related engineering design in accordance with applicable codes, ordinances and regulations. • Conducts engineering studies, economic studies and field inspections, and prepares associated reports. • Prepares cost estimates, cash flows, schedules, material and construction specifications and construction contracts for projects assigned. • Performs project engineering and project management functions on selected projects. • Coordinates design effects by consulting engineers, evaluates proposals and bids for engineering services and equipment and makes recommendations

-Responsible for welfare and readiness of 10 soldiers.- supervises lower grade soldiers and provides technical guidance to soldiers in the accomplishment of their duties- determine the limiting slopes, curves, stream velocity, and gap widths for operations- is accountable for squad equipment amounting to nearly $100,000- is responsible for planning and executing military operations, both garrison and in field

♦ Responsible for readiness and welfare of a team of 5 soldiers to include equipment and sensitive items.♦ Effectively train team in demolitions and engineering tasks to include exploiting the structural weaknesses of steel, wood, and concrete structures and obstacles.♦ Successfully lead and coordinate the construction of obstacles and fighting positions in both a hasty, and deliberate defend lane.

Lab TA for EE305 - Circuits II

Lab TA and substitute lecturer for EE362 - Electromechanical Energy Conversion

General research in power electronics and electromagnetics with applications to naval warships and various GRAPES (Grid-connected Advanced Power Electronic Systems) projects. Recent research has been focused on development of multi-disciplinary physics based models for wide band gap semiconductors which capture high frequency electromagnetic interference.

Lecturer for Electronics I (summer term)

- Member of the Milwaukee Funeral Honors Team responsible for performing military honors for veterans.-Team Leader for Honors team responsible for coordination of honors and accountability of soldiers assigned to an assignment.

- Lead design projects involving electronics for pipeline televising equipment - Lead R & D and new product development - Responsible for all aspects of product development (ideation, design, prototyping, PCB layout, software/hardware failure testing, release)- Write embedded software for communication protocols. - Research, spec, and source electrical components for new and existing designs. - Provide technical leadership, direction, guidance and engineering expertise to production - Create bill of materials and necessary support documentation for new products.

General responsibilities include avionics systems architecture, define and allocate performance requirements, prepare system requirements, system design and interface control documentation, define test plans, and procedures, and integrate and test prototype systems.In addition to these responsibilities, this position entails exhaustive testing of products via python scripts as well as conventional approaches to hardware and software testing.

Responsible for the design, development, implementation, and test of Electrical Engineering hardware and software projects.This position is involved in all project development activities including: ideation, concept design, prototype testing, market research, detailed design, cost analysis, tooling, product validation, manufacturing process development, product launch as well as troubleshooting hardware and software, and improving existing electrical designs through hardware and software implementations.

• Analyzed and revised structural prints (paper and digital)• Participated in bidding for jobs• Placed as a field engineer for the University of Iowa Children’s hospital, University of Iowa Parking ramp II, and University of Iowa replacement art building.• Played in instrumental role in the correction of a slab error on the 20th floor of the Potawatomi Hotel in Milwaukee, WI.

♦ Successfully kept accountability and organization and control for weapons and ammunition amounting in excess of $200,000 worth of equipment♦ Managed the SAMS-1E system which is a computer system that is used to manage personnel work hours, driver licenses and training, unit property, dispatching unit vehicular property, and to open work orders for vehicles needing service.♦ Built the entire unit SAMS-1E database from scratch and was responsible for tracking approximately 300 soldiers, an excess of $100,000 worth property while maintaining accountability of the equipment whether it be in use or in shop.♦ Played a key role in unit movement operations and logistical movement with skill sets such as forklift operation, tractor trailer operation, scoop loader operation, and provided logistical insight to better movement plans.♦ Supervised the inventory of unit and installation property.♦ Maintained supply readiness by keeping accountability of supplies and equipment and placing orders for more when inventory ran low.

♦ Successfully trained nearly 300 soldiers as part of their pre-mobilization training toKosovo.♦ The pre-mobilization training consisted of more than 30 army warrior tasks and pre-mobilization tasks such as movement under fire, counter improvised explosive devices, and vehicle roll over training. ♦ Established a Driver training program for Headquarters and Headquarters Company 157thManeuver Enhancement Brigade and trained close to 250 personnel in light to heavy vehicles, winter driving, and European licensing.♦ Coordinated and supervised a M4 (rifle, carbine 5.56mm rifle) and M9 (pistol, 9mm M9) ranges for 263 soldiers while managing an ammunition allocation of 13,000 rounds.♦ Developed schedule for range operations and monthly physical fitness operations accommodating up to 286 personnel’s schedules.♦ The managerial and organizational experienced gained from this position is very large; please see below for a description of the duties performed of a Training Non-Commissioned Officer