I am an Electronics Engineer with more than ten years of professional experience working in the Power Electronics field. I have made my career as an Engineer at TDI Power. I started as Reliability Enhancement Engineer in the area of failure analysis. Due to my performance as reliability engineer, I was promoted to the design department were I have been working to develop new products for customers such as Cisco Systems, Kulicke and Soffa, Inc among others. As a result of my experience interacting with multidisciplinary groups and coordinating the effort to provide customers with a product that met their expectations, I was promoted to the position of Principal Engineer. In this position, I have been able to explore and refine my project management skills by leading an engineering group. In addition, I have moved from commercial/industrial applications into liquid cooled automotive applications (both military and commercial) with customers such as GTV, Oshkosh and Tesla Motors Inc. My group is responsible for the design of the newest liquid cooled product line called LiquaCore® which has been successfully deployed in field applications. I lead by example and get the job done to the customer's satisfaction. I have my mind open to learn and experiment with new technologies, a strong sense of ethics, common sense, and the ability to adapt to new work environments. In addition, I have been member of different discipline teams and work groups always with successful accomplishment of our goals. Specialties:Design on switching mode Power supplies Master Schedule creation and managment Team Oriented

Director Of Electrical Engineering, Hackettstown @ From January 2014 to Present (1 year 10 months) Principal Engineer - Design Project Engineer @  Responsible for reviewing customer specs of custom SMPS. Get involved from the quoting process while working with the customer, suggesting changes if needed, in order to make the project feasible for all parties involved.  Design AC/DC rectifiers, DC/DC converters, DC PEMs, and systems based on customer requirements. Including but not limited to Military and commercial standards MIL-STD-461, MIL-STD-1275, MIL-STD-704, and a series of Telecom, industrial and automotive specs. In addition, coordinate the submission to ensure specified Agency standards (UL, FM, ISO, etc) are met.  Lead multidisciplinary engineering group through different stages of the project. Starting from concept, delivery of first prototypes, and production release.  Manage activities of an Engineering group that consists of two electrical engineers, two mechanical engineers, three electromechanical designers, and one electronics technician.  Responsible for annual reviews and other aspects of personnel management. From March 2001 to Present (14 years 8 months) Hackettstown, NJPrinciple Engineer @  Responsible for reviewing customer specs of custom SMPS. Get involved from the quoting process while working with the customer, suggesting changes if needed, in order to make the project feasible for all parties involved.  Design AC/DC rectifiers, DC/DC converters, DC PEMs, and systems based on customer requirements. Including but not limited to Military and commercial standards MIL-STD-461, MIL-STD-1275, MIL-STD-704, and a series of Telecom, industrial and automotive specs. In addition, coordinate the submission to ensure specified Agency standards (UL, FM, ISO, etc) are met.  Lead multidisciplinary engineering group through different stages of the project. Starting from concept, delivery of first prototypes, and production release.  Manage activities of an Engineering group that consists of two electrical engineers, two mechanical engineers, three electromechanical designers, and one electronics technician.  Responsible for annual reviews and other aspects of personnel management. From 2001 to Present (14 years) Electrical Engineer @ From 2001 to Present (14 years) College Instructor @ *Developed supplementary course material, including learning module revisions; focused in the study, analysis, and design of the linear and non linear applications of the operational amplifier acting as part of a signal acquisition system interfacing with a microprocessor or micro-controller based architecture. *Developed laboratory guides for experimental exercises using assembly as a low-level language working on microprocessor or microcontroller based architecture. From January 1995 to June 1999 (4 years 6 months)

Bachelor's degree, Electrical and Electronics Engineering @ Universidad del Valle (CO) From 1992 to 2000 Nestor Candelo is skilled in: Team-oriented, Engineering, Product Development, Engineering Management, Electronics, Analog, Power Supplies, Test Equipment, Soldering, Electrical Engineering, Manufacturing, PCB design