Sr. Electrical Engineer

ALTAEROS ENERGIES INC•Fremont, NH

8d•Onsite

About The Position

We are seeking a full-time Senior Electrical Engineer to support the design, documentation, integration, manufacturing support, and long-term product development of the electrical systems for autonomous aerostat platforms. This role works closely with a Principal Engineer who owns the overall electrical architecture and system-level integration. The Senior Electrical Engineer will contribute broadly across electrical system design and documentation, including schematic capture, wiring documentation, interface drawings, and controlled design packages in AutoCAD Electrical. Over time, this role will take increasing responsibility for major power-distribution and related subsystem work, including support for higher-voltage DC applications within the platform. This role will also support manufacturing builds, field operations, troubleshooting, and ongoing product improvement based on test and operational feedback. This is a hands-on role for an engineer who is comfortable moving between system design, detailed electrical documentation, implementation support, manufacturing issue resolution, and field troubleshooting. The ideal candidate brings practical experience in electrical power systems, DC power distribution, power electronics, industrial electrical design, mobile electrical systems, or similar applied electrical hardware development, along with strong documentation discipline and product support capability. Role Fit This role is best suited for a hands-on Senior Electrical Engineer who can contribute broadly across electrical system design and documentation while also supporting the realities of build, test, manufacturing, and fielded operation. The successful candidate will not be expected to own the full aerostat electrical architecture. That responsibility remains with the Principal Engineer. This role is intended for a strong implementation-focused engineer who can help turn system architecture into practical, buildable, supportable electrical hardware and then help improve that hardware over time through manufacturing and field feedback. What Success Looks Like Producing clear, accurate, build-ready electrical documentation Helping convert system architecture into practical, testable hardware designs Supporting steady progress in subsystem development, integration, manufacturing, and troubleshooting Resolving build and field issues efficiently and feeding those lessons back into the design Strengthening the quality, manufacturability, and maturity of power-system implementation over time Becoming a trusted owner of major electrical design packages and selected power subsystems Supporting the electrical system throughout development, production support, test, and ongoing product evolution Safety, Standards, and Compliance Familiarity with electrical safety practices for development, integration, and test of higher-energy electrical systems Experience working within structured engineering processes that consider applicable standards, safe work practices, and verification requirements Must be able to commute to Fremont, NH at least 1x week.

Requirements

Bachelor’s degree in Electrical Engineering or related discipline.
7+ years of relevant electrical engineering experience.
Experience in multiple of the following: Electrical power systems, DC power distribution, power electronics, industrial electrical design, mobile electrical systems, similar applied electrical hardware development.
Demonstrated ability to support both system-level design and detailed implementation.
Proficiency with AutoCAD Electrical.
Experience creating and maintaining electrical schematics, wiring diagrams, and controlled design documentation.
Experience supporting electrical hardware through concept, detailed design, integration, test, troubleshooting, and design revision.
Experience supporting electrical hardware in manufacturing, production support, sustaining engineering, field troubleshooting, or similar product-support environments.
Strong working knowledge of protection concepts including combinations of: Fuses/breakers/disconnects, relays/contactors, current/voltage sensing, precharge/discharge, fault response.
Strong troubleshooting, root-cause analysis, and corrective-action skills.
Ability to work effectively with system, controls, mechanical, manufacturing, test, and operations personnel.

Nice To Haves

Familiarity with higher-voltage DC power-distribution design considerations.
Experience with systems in the 5 kW to 50 kW range.
Experience with long-cable, tethered, or remote power-delivery systems.
Experience in aerospace, defense, UAV, marine, industrial mobile, energy, or other harsh-environment systems.
Experience with grounding/bonding, connector and termination design, and fielded electrical hardware.
Experience with EMI/EMC mitigation in switched power systems.
Experience supporting abnormal-condition testing, subsystem integration, and field troubleshooting.
Master’s degree in Electrical Engineering is a plus.

Responsibilities

Support the design and ongoing development of the electrical systems for autonomous aerostat platforms.
Work closely with the Principal Engineer to implement system architecture into detailed electrical designs and controlled documentation.
Lead detailed electrical design and day-to-day coordination with mechanical engineering to translate electrical requirements, component selections, wiring needs, and layout constraints into a buildable, maintainable, and robust cabinet design.
Create, update, and maintain: Electrical schematics, writing diagrams, interconnect documentation, panel/interface drawings, cable and harness documentation, drawing revisions and released design packages in AutoCAD Electrical.
Contribute to broader electrical system design across ground and airborne hardware.
Support development of electrical power-distribution subsystems and related interfaces.
Assist with design implementation for: DC power distribution, protection and fault isolation, precharge and discharge circuits, contactor and relay strategy, sensing and monitoring, subsystem electrical interfaces.
Define and document interfaces between power hardware, controls, sensors, payload systems, and supporting equipment.
Support component selection, subsystem implementation, and design refinement.
Work with controls and software engineers on interlocks, telemetry, status signals, and safe-state behavior.
Support ab bring-up, integration, troubleshooting, and root-cause analysis.
Support manufacturing builds, production issue resolution, design clarification, and electrical documentation updates.
Support field operations with troubleshooting, failure analysis, corrective actions, and design improvements based on operational feedback.
Help improve manufacturability, maintainability, serviceability, and reliability over time.
Contribute to design reviews, verification planning, and ongoing design improvement as the platform matures.
Support long-term subsystem ownership and documentation maintenance throughout the product lifecycle.