Key Responsibilities
Lead the design, development, and optimization of control systems for cordless power tools and related electromechanical products.
Develop control strategies to achieve demanding performance targets, including high power output, high torque response, high rotational speed, long runtime, thermal robustness, and system protection.
Apply advanced control theory to design stable, efficient, and reliable control algorithms for motor-driven products.
Analyze product requirements and translate them into control system architecture, control logic, and performance specifications.
Develop models of motors, batteries, power electronics, mechanical loads, and overall system dynamics to support control design and validation.
Identify potential system-level failure modes early in development, such as current spikes, motor stall, overheating, overspeed, torque instability, voltage sag, or battery protection events.
Design control solutions to prevent component damage and ensure safe, reliable tool operation under extreme use cases.
Work closely with motor, electronics, firmware, battery, mechanical, simulation, testing, and product engineering teams throughout the product development lifecycle.
Support the development of control algorithms for BLDC motors, power electronics, battery-powered systems, and high-load transient applications.
Conduct root cause analysis for performance issues and develop effective corrective actions.
Define and execute control system validation plans, including simulation, bench testing, prototype testing, and real-world application testing.
Tune control parameters to balance performance, efficiency, thermal limits, durability, and user experience.
Review and improve existing control architectures, algorithms, and development processes.
Provide technical leadership and mentorship to engineering teams on control system fundamentals and best practices.
Document control designs, assumptions, test results, failure analysis, and technical recommendations clearly and thoroughly.
Conducting cutting-edge research for control systems in power tools, and transforming successful control outcomes into reusable design standards and technical platforms.
Required Qualifications
Master’s degree or above in Control Engineering, Electrical Engineering, Mechatronics, Automation, Robotics, Power Electronics, or a related engineering discipline. (PhD preferred)
Strong knowledge of control theory, including stability analysis, feedback control, dynamic systems, transient response, frequency-domain analysis, and controller tuning.
Proven experience designing and implementing control systems for electromechanical products.
Experience with motor control systems, especially for BLDC, PMSM, or other high-performance electric motors.
Solid understanding of current, voltage, torque, speed, thermal, and power limitations in motor-driven systems.
Ability to model and analyze complex dynamic systems involving motors, batteries, power electronics, mechanical loads, and user-driven operating conditions.
Experience identifying potential failure modes and designing control strategies to prevent component damage or unsafe operation.
Strong problem-solving capability, especially in diagnosing complex system-level issues.
Experience with simulation and modeling tools such as MATLAB/Simulink, PLECS, PSIM, LTspice, or equivalent.
Ability to work cross-functionally with firmware, electronics, motor, battery, mechanical, test, and product teams.
Strong communication skills, with the ability to explain complex control concepts to both technical and non-technical stakeholders.
Preferred Qualifications
PhD in Control Systems, Electrical Engineering, Mechatronics, Robotics, or a related field.
Experience in cordless power tools, outdoor power equipment, automotive, robotics, industrial automation, appliances, or other battery-powered products.
Hands-on experience with high-power battery-operated systems, especially 20V, 40V, 60V, or similar platforms.
Experience with field-oriented control, sensorless motor control, torque control, speed control, current control, regenerative braking, or power limiting strategies.
Knowledge of lithium-ion battery behavior, battery management systems, voltage sag, thermal protection, and pack-level power limitations.
Experience with embedded control implementation in C/C++ or model-based design workflows.
Familiarity with microcontrollers, inverters, gate drivers, current sensing, voltage sensing, thermal sensing, and power electronics hardware.
Experience with safety, reliability, robustness, DFMEA, fault detection, and protection logic.
Experience taking products from concept through design, validation, launch, and post-launch support.
Familiarity with real-world application testing for high-load tools such as saws, grinders, drills, hammers, or cutters.
Key Technical Competencies
The ideal candidate will demonstrate strong capability in the following areas:
Classical and modern control theory
Feedback control system design
Stability and robustness analysis
Motor control algorithm development
Dynamic system modeling and simulation
Current, torque, speed, and power control
Battery-powered system optimization
Fault detection and protection strategy
Thermal and power derating control
Root cause analysis and failure prevention
Embedded control implementation
Cross-functional engineering collaboration
What Success Looks Like
In this role, success means developing control systems that allow our products to deliver market-leading performance while remaining safe, reliable, and durable.
The successful candidate will be able to
Design control systems that maximize power, torque, speed, and runtime.
Prevent damaging current peaks and other abnormal operating conditions.
Improve product robustness across a wide range of applications and user behaviors.
Predict and mitigate failure risks before they occur in the field.
Solve complex performance and reliability issues through strong analytical thinking.
Help Stanley Black & Decker deliver innovative cordless products that meet demanding customer expectations.
Ideal Candidate Profile
We are looking for a hands-on technical expert who combines deep theoretical knowledge with practical engineering judgment. The ideal candidate is not only comfortable deriving and analyzing control models, but also capable of testing prototypes, interpreting data, identifying root causes, and driving solutions into real products.
This person should be passionate about developing high-performance products and should be able to operate effectively in a fast-paced, cross-functional product development environment.
We Don’t Just Build The World, We Build Innovative Technology Too.
Joining the Stanley Black & Decker team means working in an innovative, tech-driven and highly collaborative team environment supported by over 43,500 professionals in 60 countries across the globe. Here, you’ll get the unique chance to impact some of the world’s most iconic brands including STANLEY TOOLS, DEWALT, CRAFTSMAN, MAC TOOLS and Black + Decker. Your ideas and solutions have the potential to reach millions of customers as we work together to write the next chapter in our history. Come build with us and take your career to new heights.
Who We Are
We’re the World’s largest tool company. We’re industry visionaries. We’re solving problems and advancing the manufacturing trade through innovative technology and our Industry 4.0 Initiative. We are committed to ensuring our state-of-the-art “smart factory” products and services provide greater quality to our customers & greater environmental and social value to our planet. We are unique in that we have a rich and storied history dating back to 1843, but that hasn't stopped us from evolving into a vibrant, diverse, global growth company.
Global Benefits & Perks
You’ll be rewarded with a competitive salary plus receive entitlements and benefits unique to your country of hire.
What You’ll Also Get
Career Opportunity: Career paths aren’t linear here. Being part of our global company with 60+ brands gives you the chance to grow and develop your skills along multiple career paths.
Learning & Development
Our lifelong learning philosophy means you’ll have access to a wealth of state-of-the-art learning resources, including our Lean Academy and online university (where you can get certificates and specializations from renowned colleges and universities).
Diverse & Inclusive Culture
We pride ourselves on being an awesome place to work. We respect and embrace differences because that’s how the best work gets done. You’ll find we like to have fun here, too.
Purpose-Driven Company
You’ll help us continue to make positive changes in the local communities where we work and live as well as in the broader world through volunteerism, giving back and sustainable business practices.
