Matt Acker Email & Phone Number

Fredericksburg, Va, Us

Pasadena, Ca, Us

Led renewable energy system design and testing, focusing on wind and photovoltaic (PV) systems.Managed complex projects, collaborating with cross-functional teams and developed construction documents using AutoCAD.Provided advanced mechanical analysis and blade design for wind turbines using ideal rotor theory.Mentored and trained junior engineers in CAD, Python, custom tool development, machine learning, and computational fluid dynamics (CFD).Responsible for overseeing and designing multiple projects ranging from 100 to 144 MWac and 129.89 MWdc.Designed systems, including string sizing, balance of system components, equipment specifications, and site specific production analysis of PV arrays using models such as PVsyst.Optimized project layouts for different GCRs and racking configurations considering production estimates, and develop detailed equipment specifications.Implemented risk mitigation strategies and maintained clear communication with clients.Consistently met strict deadlines as it pertains to budget, utility interconnection applications, and building permit applications.

Consulting for wind resource assessment

Dallas, Texas, Us

Leveraged hand-on experience with model-based system engineering tools to design custom solar/BESS and installations utilizing intelligent design practices. Applied solid understanding of risk management principles across diverse projects to ensure maximum project risk mitigation. Utilized excellent oral and written communication skills to participate in technical reviews, develop technical messaging tailored to various audiences, from working-level teams to senior management, and to communicate complex concepts to clients. Provided ongoing support of operation and maintenance for previous PV installations and demonstrated rapid assimilation of new concepts and was able to effectively integrate them into program strategies. Managed project elements involving custom solar and battery energy storage system (BESS) designs and installations over 300 MW and PV projects over 100 MW.

Spearheaded the development of software that strictly adhered to the rigorous IEC wind testing standards, ensuring exceptional quality and compliance.Proficiently formatted data for diverse software applications, optimizing compatibility and usability.Designed and crafted intricate input files for new software, aligning them meticulously with IEC testing standards to enhance performance and accuracy.Authored comprehensive instructional documents that facilitated the understanding and efficient use of the software, enabling users to maximize its potential.

Us

As the lead project engineer, spearheaded the successful South Convention PV expansion, boosting capacity to approximately 825 kW DC.Collaborated with inspectors and 3rd-party monitoring and commissioning experts to rigorously ensure National Electrical Code (NEC) compliance and optimize power production.Demonstrated exceptional proficiency in managing operational support for existing PV installations, which included efficiently handling warranty claims.Exhibited ability to identify emerging on-site issues and, as a response, developed and implemented innovative solutions to align with the company's high standards.

Austin, Texas, Us

Ensured meticulous compliance with all relevant Authority Having Jurisdiction (AHJ) and National Electrical Code (NEC) requirements in the design of PV systems, upholding the highest safety and quality standards.Employed a data-driven approach to optimize PV systems, tailoring each design to match the specific utility load of customers, thereby enhancing energy efficiency and customer satisfaction.Demonstrated exemplary project management skills by meticulously tracking the progress of PV projects from initial design phases through permitting, and ultimately to successful system commissioning.

Milan, It

Developed testing software for wind resource testing using python

Milan, It

Software development for the wind testing group.

Teaching upper level engineering design.

Served as a design and installation engineer, employing advanced software tools such as PVSyst and PVWatts to meticulously optimize solar energy systems, ensuring peak efficiency and performance.Assumed responsibility for specifying system components, adhering rigorously to National Electrical Code (NEC) and manufacturer standards, thereby guaranteeing the highest quality and safety in the designs.Led the design and implementation of PV module layout and orientation, to optimize energy production.Undertook the vital role of overseeing and reporting on code-compliant PV installations, contributing to the reliability and legality of the projects.Conducted comprehensive envelope analysis using Trane Trace, effectively determining building heating and cooling loads.Cultivated and maintained strategic partnerships with vendors and original equipment manufacturers (OEMs), fostering collaborative relationships that facilitated access to cutting-edge technologies and components.

providing assistance to graduatate students and their research. I also hold the license to installing and uninstalling meterological masts that collect speed and directional data of wind characteristics. I also process and analyze the data collected.

Masters Of Science, Renewable Energy

Bachelor'S Degree, Mechanical Engineering