Lead Electrical Engineer

Mill is all about answering a simple question: how can we prevent waste? Less waste can save time, money, energy, maybe even our planet. And there’s no better place to start than food. Food waste is one of the most solvable climate problems facing us today. Plus, our trash really stinks. It’s gross, heavy, and our least favorite chore. At Mill we are striving to build a better environment for all, as we take on climate and kitchen change.

About this Role:

As a Senior Electrical Engineer at Mill, you will be responsible for helping ideate, model and build the next generation of Mill’s dry and grind technology.  We are a small team and you will work cross-functionally with Mechanical and Systems Engineers, Firmware, Algorithms, and Product Teams to deliver world class industrial products. This is a hands-on role and best suited for someone who has a history working on industrial-scale power systems.

Responsibilities:

• Architect three-phase power system and control system for efficient heater and motor operation

• Build and design proof of concept prototypes to support architectural testing

• Drive PCB schematic and layout design and validation from proto to mass production

• Determine electrical and system requirements for components such as MCU, fans, condensers, heaters, sensors, etc

• Work with algorithms and firmware teams to develop control schemes for the system processes to optimize energy consumption and drying time while ensuring reliable function

• Collaborate with operations and global supply chain managers on sourcing components at volume based on requirements.

• Mentor junior engineers on industrial-scale power systems

Qualifications:

• BS and or MS degree in electrical engineering

• 5+ years experience working hands-on as an electrical engineer. Ideal past experience would include three-phase or 220V power systems.

• Ability to work cross-functionally with engineering, product, operations, and others

• Ability to work independently and drive collaborative workstreams

• Hands-on experience with electromechanical integration and part selection

• Strong communications skills through written, verbal and graphical presentation techniques

• Experience with schematic/layout design using Altium or equivalent

• Experience with lab equipment such as oscilloscopes, multimeters, Raspberry Pi, python scripting, etc

• Safety/EMI certification experience a plus

The estimated base salary range for this position is $155k to $202k, which does not include the value of benefits or a potential equity grant. A wide range of factors are considered in making compensation decisions, including but not limited to skill sets, market conditions, experience and training, licensure and certifications, and business and organizational needs.