Matt Asmus Email & Phone Number

Cork, Ireland, IE

Leading the development, operations, and support for Critical Environments

Brookfield, WI, US

Cork, Ireland, IE

• Leading the development, operations, and support for the Central Plant Optimization (CPO) product for several major institutions, universities, hospitals, and agencies within the US and around the world.
• Leading multiple teams including a 4-member operational tool team, a 6-engineer algorithm team and a 3-member operations team which integrates CPO into the control automation at the plant; in 2019 to date, have led the.
• Installation projects included managing development and implementation of solutions for several major universities, hospitals, and institutions including the University of Arkansas, Stanford Redwood City Campus.
• Leading energy studies at Bank of Hawaii, Dell, two Ascension hospital sites, the Charlotte Airport, and NIST

Cork, Ireland, IE

• Recruited to lead the initial CPO product development (initially called EOS – Enterprise Optimization System), for the Advanced Development and Emerging Products Group, due to my performance and experience automating.
• Applied for and granted several patents during the development phase, leading what was a low-level optimization, which selected the optimal combination of equipment and optimal setpoints to run the plant
• Following software installation, Stanford ran a study and determined the software decreased their costs to run the plant by $535K, far better than their best operators could run the plant
• The University of Arkansas at Fayetteville was identified as another candidate for the CPO/EOS software, leading the operations and commissioning team, targeting annual energy savings of $480K
• Kent State University expressed interest; led and delivered a real-time central energy facility cost-based optimization system to KSU; analysis showed potential to save $1M; managed a team of five engineers rewriting.
• Worked closely with clients on all projects during the commissioning process

Cork, Ireland, IE

• Led, mentored, trained, assigned tasks, and evaluated a 10-member, geographically diverse, development team, tasked with developing a solution to improve occupant comfort by reducing control error and increasing.
• Developed a math and physics-based energy optimization algorithm for chilled water plants, creating a US Patent (Issued: 9,002,532); these control applications are the standard in Metasys; though developed years ago.
• Served as Control Applications Technical Lead, developed standard chilled water plant automation and heuristics-based optimization applications, leading, mentoring and evaluating a 6-member, geographically diverse.
• Led a 2-engineer team to prototype battery-less, wireless sensors collect surplus energy from the environment, convert it to electrical energy and power the wireless sensors; developed prototypes, provision patent filed
• Led development of standard FX applications, which included mixed air single duct AHU, mixed air dual duct AHU, 100% outdoor air single duct AHU, 100% outdoor air dual duct AHU, unit ventilator, fan & coil, single and.
• Developed a smoke control system to meet requirements of UL864; to manage smoke and hazardous gases in a building to maximize life-safety of occupants during a smoke or fire situation

Cork, Ireland, IE

• Led a $500K project, directed a 4-member team of engineers, technicians and an outside consultant. Developed 18 different control unit vent applications for a major OEM. Control variations include water source heat.
• Performed open loop code validation tests, applied Statistical Process Control (SPC) methods to verify controller accuracy and stability, and used Six Sigma techniques to verify system response time

Cork, Ireland, IE

• Guided new product development, hardware, and software failure modes effects analysis (FMEA), sustaining engineering, manufacturing support, returned goods analysis, project planning, qualification testing.
• Created a C-language tool to translate text-based state machine information into assembly language code
• Created Pascal language automated test equipment for life cycle tests
• Updated firmware of seven product families to meet requirements of UL1998 software safety standard
• Led a cost reduction project, which saved $300K annually
• nDeveloped 6805 based integrated function ignition control for a natural gas furnace

Menomonee Falls, Wisconsin, US

Researched and identified applications for water control market system, installation and customer service. Projects: battery powered bipolar solenoid controls, infrared controls for touchless faucets, 8051 based water control systems

Product development, test equipment development, test procedure writing. Projects: Time delay and latching relays, instrument panels and safety interlock control module.

Master Of Engineering - Meng, Engineering

Bachelor Of Science - Bs, Electrical And Electronics Engineering