Senior Engineering Manager (Solar, BESS & Grid Integration)

Consigli Construction•Milford, MA

2d•$150,000 - $170,000

About The Position

Arch Energy is seeking a hands-on engineering leader to guide utility-scale solar, battery energy storage, substation, and grid interconnection projects from pursuit through commercial operation. The role combines technical depth, practical EPC judgment, field engagement, and commercial awareness. The successful candidate will build repeatable engineering practices, lead external Engineers of Record (EORs), and help project teams deliver safe, constructible, reliable, and contract-compliant facilities. The role covers technical strategy and design delivery from site diligence and bid development through design reviews, Issued for Construction packages, construction support, commissioning, and turnover. It includes integration of battery energy storage systems and oversight of substation, switching station, and generation tie line scope. The Engineering Manager leads multidisciplinary design reviews, develops consultant scopes and project controls, supports estimating and procurement, contributes to business development, and establishes engineering standards and lessons learned. The position maintains a strong site presence and supports testing, commissioning readiness, and project closeout. It also translates contracts, interconnection requirements, specifications, permits, OEM requirements, and codes into executable project requirements, and leads technical negotiations concerning scope, deviations, warranties, guarantees, change management, and design-risk allocation.

Requirements

Bachelor’s degree in Electrical, Mechanical, Civil, Structural, or related Engineering; Electrical Engineering preferred.
10+ years of progressive engineering and EPC delivery experience in utility-scale solar, BESS, substations, transmission/interconnection, or related power infrastructure.
At least five years leading multidisciplinary engineering teams and external EORs across multiple concurrent pursuits and projects.
Demonstrated responsibility for projects from feasibility and bid phase through IFC, construction, energization, commissioning, performance testing, and turnover.
Hands-on experience supporting site investigations, QA/QC walkthroughs, commissioning-readiness reviews, and project closeout activities.
Strong technical and contractual negotiation experience involving EPC contracts, engineering scopes, equipment agreements, specifications, warranties, performance guarantees, and change management.
Working knowledge of applicable utility and AHJ requirements, NEC, NESC, NFPA 70E, NFPA 855, UL 9540/9540A, IEEE, IBC, and ASCE 7.
Proficiency with Microsoft 365, Procore or comparable platforms, Bluebeam, and AutoCAD review workflows.
Engineering leadership across utility-scale solar, BESS, substations, and grid interconnection projects.
Deep knowledge of BESS integration, including PCS, BMS, EMS, PPC, SCADA, controls, networking, commissioning, warranties, and performance guarantees.
Strong understanding of substation design, Protection and Control, relays, metering, telecommunications, SCADA, RTUs, grounding, testing, and energization.
Ability to identify scope gaps, constructability issues, interface risks, and technical compliance concerns before construction.
Experience translating complex technical requirements into practical, executable solutions.
Strong contract review, negotiation, risk management, and stakeholder management skills.
Working knowledge of utility communication and control systems, including HMI, DNP3, Modbus, and ICCP.
Excellent communication and collaboration skills with owners, utilities, EORs, OEMs, preconstruction teams, and field operations.

Nice To Haves

Professional Engineer (PE) license.
Familiarity with PVsyst, PVcase, or similar tools.
Experience with utility-scale EPC contractors, IPPs, utilities, OEMs, or multidisciplinary engineering firms.
Experience with 100 MW+ solar facilities, 100 MW / 400 MWh+ BESS projects, and 115–345 kV substations or switching stations.
Experience in ISO-NE, NYISO, PJM, or similar utility markets.

Responsibilities

Direct technical strategy and design delivery from site diligence, basis of design, and bid development through 30/60/90% reviews, IFC design packages, construction support, commissioning, and turnover.
Lead integration of BESS components and systems, including battery enclosures, PCS, MV skids, BMS, EMS, PPC, SCADA, fire and life safety systems, controls, networking, warranties, and performance guarantees.
Oversee physical and Protection and Control scope for collector substations, switching stations, and generation tie lines, including equipment, protection, metering, telecommunications, testing, and energization.
Lead multidisciplinary reviews of civil, geotechnical, structural, electrical, controls, communications, fire protection, site logistics, temporary works, quantities, interfaces, and constructability.
Develop scopes, fees, schedules, deliverables, design responsibility matrices, and interface registers for EORs, utilities, owner engineers, OEMs, and specialty consultants.
Partner with estimating, procurement, operations, quality, and commissioning teams to validate design maturity, quantities, assumptions, exclusions, contingencies, long-lead strategies, release priorities, and technical risk.
Support business development through site walks, proposals, and client presentations, translating technical findings into recommendations, qualifications, and project development opportunities.
Create design criteria, standard details, specifications, review checklists, preferred-product strategies, and lessons learned; optimize total installed cost without compromising safety, reliability, performance, maintainability, warranty, or compliance.
Maintain a strong site presence through investigations, first-work inspections, QA/QC and constructability walkthroughs, pre-energization reviews, commissioning-readiness assessments, and punch-list creation and closure.
Support FAT, SAT, relay and controls testing, point-to-point checks, utility telemetry, integrated systems testing, and performance verification.
Translate EPC agreements, interconnection requirements, owner specifications, permits, OEM requirements, and codes into executable project requirements.
Lead technical negotiations involving scope, deviations, warranties, guarantees, change management, and design-risk allocation.