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About the Role

ITT is seeking a Power Electronics Engineer for VIDAR, a breakthrough in industrial motors. VIDAR is a patented motor with embedded variable speed intelligence built for harsh industrial environments. This role will be responsible for the engineering, design, and validation of new cutting-edge motor-drive topologies and assist in the development of converter and motor control algorithms.

Responsibilities

Perform system level design and integration of power electronic circuits
Design, implement, and troubleshoot control systems for power electronic products such as converters and inverters for motor driven applications
Perform PCB (gate driver, gate drive power supply, etc.) design review and test
Design, implement, and test advanced digital control algorithms, digital filters and the general control of power electronics systems
Create test procedures to verify hardware & firmware designs
Ensure products meet safety and agency requirements (ex. UL, IEC)
Perform system level simulations to evaluate design tradeoffs, extract power converter and passives losses
Develop simulation models targeted for control design using PLECS and C-code
Support the development and validation of power electronics hardware through embedded software and firmware activities, including implementation of control and modulation strategies
Develop embedded C code for real-time control of power converters and motor drives, including algorithm integration and system bring-up
Support the design and implementation of FPGA-based control functions using VHDL to support high-speed and deterministic control requirements
Develop scripts and tools (e.g., Python) for data acquisition, analysis, and post-processing to support testing and validation activities
Interact with customers and project partners relating to program goals
Maintain organizational standards of quality and performance
Prepare technical reports on results and design decisions
Travel < 20%

Requirements

M.S. in Electrical Engineering (PhD preferred), with specialization in Power Electronics or related fields
Strong Experience in power converter topologies, including AC/DC, DC/AC, DC/DC, and AC/AC systems; experience with motor-drive is highly desired
Proven hands-on experience in hardware development and validation including PCB prototyping, lab testing (O’scope, multimeters), debugging and root-cause failure analysis
Solid background in power converter control, including modulation techniques and control algorithm development and implementation
Experience with real-time embedded software development for control systems, C/C++
Proficiency with simulation and modeling tools such as PLECS, MATLAB/Simulink, PSIM, or equivalent
Experience in mixed-signal PCB design for power electronics applications (ADC/DAC integration, signal integrity considerations), using tools such as Altium Designer or similar
Understanding of parasitic effects and their impact on switching behavior and commutation performance in power semiconductors
Familiarity with industry standards and safety requirements for power electronics systems
Experience with Wide Band Gap (WBG) semiconductors (SiC, GaN) is highly desirable
Exposure to FPGA-based control implementations and VHDL programming is a plus
Proactive and results-driven
Strong analytical mindset with a proactive, hands-on approach; ability to operate effectively in a fast-paced R&D environment

Skills

Power Electronics
Motor-drive
Hardware development
Hardware validation
PCB prototyping
Lab testing
Debugging
Root-cause failure analysis
Power converter control
Modulation techniques
Control algorithm development
Real-time embedded software development
C/C++
PLECS
MATLAB/Simulink
PSIM
Mixed-signal PCB design
Altium Designer
Parasitic effects
Power semiconductors
Industry standards
Safety requirements
Wide Band Gap (WBG) semiconductors
SiC
GaN
FPGA-based control
VHDL programming
Python
Data acquisition
Data analysis
Post-processing

Location

Stamford, Connecticut

Work Type

Full-time

Experience Level

M.S. in Electrical Engineering (PhD preferred)
Strong Experience
Proven hands-on experience
Solid background
Experience with real-time embedded software development
Experience in mixed-signal PCB design
Familiarity with industry standards
Experience with Wide Band Gap (WBG) semiconductors
Exposure to FPGA-based control implementations

Education Level

M.S. in Electrical Engineering
PhD preferred

Salary/Compensations

$99,900 - $149,100 annually

Benefits

Health insurance
401(k)
Short and long-term disability
Paid time off
Growth and developmental opportunities
Other incentive compensation programs
Annual incentive plan

About the Company

ITT Inc. (NYSE: ITT) is a diversified global leading manufacturer of highly engineered critical components and customized technology solutions serving the flow, aerospace and defense, transportation, industrial, and energy markets.
Headquartered in Stamford, Connecticut, ITT has a market cap of roughly $20 billion and employs more than 15,000 people across 40 countries and serves customers in approximately 125 countries.
Following the acquisition of SPX FLOW, the company is expected to generate $5.4 billion in annual revenue.
Our businesses are organized in three distinct segments, each based around our core engineering DNA: Flow Technologies, Motion Technologies, and Connect and Control Technologies.

Equal Opportunity

We aim to pay our ‘ITT’ers’ fairly and competitively in the locations that they live and work.
Pay-for-performance is a principle that we believe in, and employees are rewarded based not only on ‘what’ they accomplish, but also on ‘how’ they reflect ITT’s values.
Specific benefits are dependent upon whether or not the position is part of a collective-bargaining agreement.
The salary offered to a candidate is based several factors such as candidate experience and qualifications, location, as well as market and business considerations.