Experience

Hale Industries, Inc

• United States
• Industrial Machinery Manufacturing
• 1 - 100 Employee

• Energy Engineer

  • Jan 2019 - Present

  • Perform facility audits to identify ECMs • Collect utility, facility, operations, and other data needed to identify ECMs • Recommend ECMs, and prepare energy analyses of facilities and/or systems • Recommend energy-efficient design solutions and technology upgrades that are supported by accurate descriptions, measured and logged energy data, savings calculations, and cost estimates • Analyze blue prints to assess mechanical, electrical, and control systems and determine facility operational characteristics • Create MEP blue prints of proposed ECMs using AutoCad • Conduct detailed mechanical and control system energy improvement analyses and complete calculations using custom tools, spreadsheets and/or energy-modeling software Project Experience Fort Bragg, NC Design Engineer for three High Efficiency Dehumidification Systems. One for the “Iron Mike” building and two dedicated outdoor air systems for a barracks. Achieving 20%-60% energy savings and keeping buildings humidity under tight control. Timken Museum of Art, CA Design Engineer for High Efficiency Dehumidification Systems with a 99% COVID mitigation rate for the grand reopening of the museum. This unit will have energy savings of 40 – 60%. Misawa, Japan Engineer for the design, and implementation for boiler decentralization and infrared heaters ECMs consisting of 105 condensing hot water boilers, 93 explosion proof hot water unit heaters, 62 explosion proof pumps, 78 APEX infrared heaters, and other hot water auxiliary equipment. Fort Riley, KS Engineer for the development, design, and implementation of 67 infrared heaters with 64% energy savings. Portsmouth Naval Shipyard, ME Engineer for the development, design, and implementation 63 electronically commutated motor pumps Fort Rucker, AL Engineer for the development and design of 77 infrared heaters with 70% energy savings. Dyess AFB, TX Engineer for the development, design, and implementation of 62 infrared heaters with 69% energy savings. Show less



Precision Cut Lawn Service

• Member

  • Sep 2013 - Dec 2018

  Strategic planning, business development, and risk management and any essentials to managing a company Analyzed areas that were best for reinvestment and worked to implement investments Scheduled, tasked, and managed daily operations for 20+ employees Coordinated contracts for 400+ commercial and residential customers Developed more cost and energy efficient best practices for better long term and short term success Maintained open communication with fellow co-owners Show less



Industrial Assessment Center at IUPUI

• Lead Engineer

  • Oct 2011 - Sep 2013

  Performed energy audits within manufacturing companies Worked with utility companies to gather data, assess rate structures, and qualify for rebates on installations Collaborated with companies with energy saving products to establish if they meet the goals of the project. Worked closely with manufacturing employees to understand the day to day process and what improvements can feasibly be met with site limitations. Lead the team of engineers to be the most efficient with time on site and kept them on task to meet deadlines. Proficient knowledge in HVAC systems, air compressors, lighting, and electric motors Publication Title: SAE 2013 World Congress & Exhibition Article Title: Compressed Air Efficiency: A Case Study Combining Variable Speed Control with Electronic Inlet Valve Modulation Show less



InvolvementEnergy Club at IUPUI

• Founder and President

  • Aug 2009 - Sep 2013

  Raised $37,000 to design and fabricate an electric go kart using Altair Nano batteries for the 2011 and 2012 Electric Vehicle Grand Prix Designed fast swap system for exchanging batteries during race that was under 20 seconds and improved motor mount to be adjustable for multiple gear ratios Other Member of the Association for Energy Engineers (AEE); Representative for Student Council Raised $37,000 to design and fabricate an electric go kart using Altair Nano batteries for the 2011 and 2012 Electric Vehicle Grand Prix Designed fast swap system for exchanging batteries during race that was under 20 seconds and improved motor mount to be adjustable for multiple gear ratios Other Member of the Association for Energy Engineers (AEE); Representative for Student Council



Richard G. Luger Center for Renewable Energy

• Researcher

  • Jun 2012 - May 2013

  Upgrading a Municipal Waste to Energy Gasification Unit with Science Applications International Corporation (SAIC) and Practical, Economical Waste-to-Energy Research (PEWTER) Upgrading Electric Chevy S-10 to use lithium ion batteries and designing a fast swap battery exchange system Upgrading a Municipal Waste to Energy Gasification Unit with Science Applications International Corporation (SAIC) and Practical, Economical Waste-to-Energy Research (PEWTER) Upgrading Electric Chevy S-10 to use lithium ion batteries and designing a fast swap battery exchange system



Integrated Nanosystems Development Institute

• Researcher

  • May 2010 - Dec 2011

  Synthesized Copper Indium Gallium Selenium (CIGS) Nanoparticles of 20 nm by arrested precipitation. Performed characterization testing Used Layer by Layer (LbL) deposition to make thin film solar cells Published in Electro/Information Technology (EIT), 2012 IEEE International Conference, CIGS nanoparticles for solar cell application: Synthesis and characterization Synthesized Copper Indium Gallium Selenium (CIGS) Nanoparticles of 20 nm by arrested precipitation. Performed characterization testing Used Layer by Layer (LbL) deposition to make thin film solar cells Published in Electro/Information Technology (EIT), 2012 IEEE International Conference, CIGS nanoparticles for solar cell application: Synthesis and characterization



Stone creek Dinning Company

• Waiter

  • Oct 2008 - Dec 2009