Amore Restaurant at The Pearl

March 6, 2025 by

Amoré Restaurant is part of The Pearl, a mixed-use development in downtown Fort Wayne. The project required a fully integrated MEP system to support restaurant operations while aligning with the building’s overall infrastructure. R.E. Dimond and Associates provided mechanical, electrical, and plumbing engineering to meet performance, efficiency, and code requirements.

Consulting Engineers

Architects

Contractor

Mechanical engineering for high-efficiency, high-demand kitchens and dining

Designed an HVAC system to maintain proper temperature, humidity, and ventilation for both dining and kitchen areas.
Engineered dedicated kitchen exhaust and makeup air systems to meet commercial kitchen ventilation codes.
Integrated energy-efficient equipment to minimize operational costs.

The exterior of Amore restaurant in Fort Wayne

Amore Restaurant is part of The Pearl in Fort Wayne

R.E. Dimond and Associates engineers worked to prepare The Pearl during its recent construction.

Electrical engineering to support mission-critical appliances and systems

Designed electrical distribution to support commercial kitchen loads, dining area lighting, and control systems.
Developed a lighting plan that meets functional needs while complying with energy efficiency standards.
Coordinated power requirements for kitchen equipment, refrigeration, and emergency systems.

An interior wall is elegantly lit amid tables and chairs at Amore

Inside Amore at The Pearl

The interior dining room at Amore restaurant in Fort Wayne

Plumbing engineering that improves safety for staff, guests, and building users

Designed water supply and sanitary drainage systems for kitchen, bar, and restrooms.
Engineered grease waste management in compliance with code requirements.
Integrated fire suppression systems per NFPA standards for restaurant and kitchen areas.

R.E. Dimond and Associates designed an MEP system that meets the restaurant’s operational requirements. The system ensures reliable performance, code compliance, and efficient integration with The Pearl’s mixed-use infrastructure.

Ball State University Campus Building Renovation

October 2, 2024 by

Ball State University on a gray campus sign

Ball State University, located in Muncie, Indiana, is embarking on a comprehensive renovation of its campus buildings. This project focuses on internal transformations to enhance functionality and modernization of the educational environment.

This project has a strong focus on programmatic needs for the university to allow for future program expansion in the performing arts. Plus, a complete renovation of the HVAC and controls in the affected buildings to facilitate the programmatic changes and improve energy efficiency and indoor air quality.

172,000 SF

Total Space for Renovation

$45 Million

Construction Cost

$52 Million

Total Project Cost

Buildings covered

Buildings included in the renovation

The Ball State University Campus Building Renovation, covering a renovation area of 172,000 SF and with a budget of $45 Million, is indicative of the university’s commitment to revitalizing and modernizing its educational facilities. This extensive project focuses on creating functional, aesthetically pleasing, and accessible interior spaces, ensuring a contemporary and inclusive educational environment.

Arts & Communications Building (AC): Complete MEPT&FP renovation. Two buildings set for interior renovations.

Hargraves Music Building (MU): Each of the two structures undergoing specific interior updates. One is a complete MEPT&FP renovation. Other is primarily minor interior renovations.

University Theatre (TH): A central project piece, slated for conversion into new dance and theatre classrooms. Complete Architectural and MEPT&FP renovation. New highlight flytower studio space. Infilling of sloped theatre seating section to accommodate new theatre.

Emens Auditorium: Important for operational continuity; not being renovated but vital for the project’s success.

Participating firms

RATIO Design
Architectural and Design

R.E. Dimond & Associates
MEP Engineering Services

Kirkegaard
Acoustics

FRP
Structural

F.A Wilhelm
Construction Management

Next Stage
Theater Design

Cripe
Civil Engineer

Three primary goals

The renovation aims to significantly enhance the functionality, aesthetics, and accessibility of interior spaces. Key areas of focus include:

Usability: Transforming the existing theater into dance and theater classroom spaces, including a new dance classroom within the old stage’s fly space.

Aesthetics: The project is committed to enhancing the interior visual appeal, with no exterior modifications planned.

Accessibility: Revamping ramps in selected buildings for ADA accessibility, upgrading restrooms to ADA standards, and improving pathfinding between buildings through new internal corridors.

MEPT excellence across Ball State University’s building renovation project

Mechanical

Comprehensive upgrade of mechanical systems in targeted buildings, including the transformation of the University Theatre into new academic spaces.

Electrical

Modernizing electrical infrastructure to support new functionalities, including upgrading lighting systems and enhancing power efficiency.

Plumbing

Overhauling plumbing systems to meet contemporary standards, with a focus on ADA-compliant facilities.

Fire Protection

Upgrading fire protection systems to ensure safety and compliance with current regulations and best practices.

Plus, new plug load control integrations

A key feature of this renovation is the implementation of Plug Load Control throughout the renovated spaces. This system will enable automatic control of electrical outlets and devices, significantly improving energy efficiency by ensuring that non-essential equipment is powered down when not in use.

This technology aligns with the university’s commitment to creating a modern, sustainable learning environment. The integration of Plug Load Control will reduce energy consumption, lower operational costs, and contribute to the university’s broader sustainability goals.

More about plug load control

Group of computer neatly placed in a computer lab.

Mishawaka Fieldhouse blends sports design and MEP engineering

June 7, 2024 by

*Exterior rendering of Mishawaka Fieldhouse. Rendering courtesy krM architects.*

Putting every square foot to use

Situated centrally in Mishawaka, the Fieldhouse spans 218,000 SF and demonstrates a comprehensive approach to architectural functionality coupled with advanced engineering principles. This expansive facility meticulously utilizes every square foot to ensure an optimized user experience.

The facility houses indoor basketball courts, pickleball courts and an indoor soccer field. These areas, while prominent, are underpinned by the facility’s advanced mechanical, electrical, and plumbing (MEP) systems that are pivotal to the Fieldhouse’s operational efficiency.

Project Overview

Square Footage: 218,000 SF
D&A#: 23019

Consistent and comfortable air quality and temperature control

Air quality and temperature regulation are paramount, especially in sports facilities. The inclusion of DX Gas Fire Rooftop Units exemplifies this priority. These units, leveraging Direct Expansion technology and heated with natural gas, ensure a consistent internal climate conducive to both players’ performance and spectators’ comfort.

Adjacent to the sports zones, modern restrooms equipped with the latest sanitary solutions are strategically dispersed for user convenience. Tenant spaces within the facility offer a modular design, providing adaptability to accommodate varied requirements, from retail operations to lounge areas.

A new, expanded kitchen and waste management features

The Fieldhouse’s culinary section, the kitchen, has been equipped to manage high-volume demands. It incorporates an efficient exhaust system to maintain air quality and is safeguarded by a contemporary fire protection system, minimizing potential risks.

Externally, the facility’s design accounts for efficient waste management. A robust sanitary waste system emphasizes the building’s commitment to hygiene and environmental standards. Integrated storm drains have been installed, ensuring swift water evacuation during adverse weather, thereby maintaining the Fieldhouse’s operational integrity.

The Mishawaka Fieldhouse stands as a definitive example of the seamless integration of sports architecture and MEP engineering. Every design decision and technical implementation works cohesively, balancing user needs and engineering excellence.

Rose-Hulman Moench Hall Arc-Flash Study

May 10, 2024 by

Rear view of Rose Hulman’s Moench Hall. Image via Wikimedia Commons.

Project overview

This project encompassed the execution of an arc-flash and coordination study for the Rose Hulman Institute of Technology’s Moench Hall.

The principal objectives were to assess and mitigate risks associated with the electrical distribution system and to enhance the safety and reliability of the electrical operations within the facility.

Client: Rose-Hulman Institute of Technology
Location: Terre Haute, Indiana

Identifying hazards and improving safety at Moench Hall

The arc-flash and coordination study involved a detailed analysis aimed at identifying potential hazards in the electrical distribution system of Moench Hall. The study led to the production of 179 arc-flash labels. These labels were affixed on various electrical distribution components including switchboards, panelboards, transfer switches, and safety switches that serve major equipment. The labels provided critical information on the energy levels and safety measures necessary for each component, thereby ensuring the safety of personnel during maintenance and operational activities.

In support of this study, R.E. Dimond and Associates conducted a comprehensive field survey of the electrical distribution components. The field survey primarily focused on those components that could be observed without the necessity of removing electrical enclosure covers. This approach was adopted to ensure the safety of the surveyors by avoiding direct exposure to energized conductors.

Whenever there was a need to access information that required direct interaction with energized conductors or components concealed behind enclosure covers, Rose Hulman Institute of Technology engaged the services of a qualified electrician. This measure ensured that all data collection and interactions with the electrical system were conducted under stringent safety standards, thereby avoiding unnecessary risks.

The arc-flash and coordination study for Moench Hall aimed at enhancing the operational integrity and safety of the electrical distribution system. Through careful analysis and strategic implementation of safety labels, this project significantly contributed to the prevention of electrical accidents and ensured compliance with relevant safety standards.

Read more about arc-flash studies →

MSD Wayne Township Solar Canopy

November 7, 2023 by

Aerial photo of solar PV cells over a parking lot.

Sustainable solar energy for Indianapolis’ west side

Background

Located in the heart of Indianapolis, MSD Wayne Township Schools recognize the urgency of embracing sustainable practices for a greener and healthier environment for the students and the community. With increasing environmental concerns and the need to reduce carbon footprints, the decision to harness the power of the sun has been a strategic move in the right direction.

The Solar Canopy Initiative

This project aims to establish solar canopies in the parking facilities that will not only provide shade to vehicles but will also play a pivotal role in generating clean and renewable energy for multiple vital facilities within the township. R.E. Dimond and Associates worked with teams from Veregy to help construct the canopies. Their expertise ensured the system worked with maximum efficiency while reducing carbon output.

Beneficiary Buildings

The generated solar power will be used to source electricity for:

Fire Department Headquarters: A critical facility that ensures the safety and protection of the community.
Transportation Building: The hub that ensures smooth transportation facilities for the students and staff.
Conference Center: A gathering place for both educators and the community for numerous knowledge-based events and meetings.
Westlake Elementary School: A nurturing environment where young minds are molded and future leaders are developed.

Technical Specifications

Strategically placed 2,388 solar modules for maximum impact

The project comprises 2,388 solar modules strategically installed over parking areas, which collectively provide a significant energy yield. Each beneficiary building will receive:

120kw

Conference Center: 120kw – This will significantly reduce operational costs, ensuring that more resources can be channeled into educational endeavors and community programs.

220kw

Fire Department Headquarters: 220kw – Powering the backbone of the safety infrastructure ensures that the community remains safe while embracing eco-friendly energy.

300kw

Transportation Building: 300kw – Keeping the transportation system green is vital for a sustainable future.

350kw

Westlake Elementary School: 350kw – Investing in green energy for the schools is an investment in a better future for the children.

Conclusion

The MSD Wayne Township Solar Canopy Initiative is not just a project; it is a statement

A statement that showcases the commitment to sustainable practices and ensures that the township remains a role model for other districts. By transitioning to solar power, the initiative aims to provide the students and the community with a tangible example of environmental responsibility, paving the way for a brighter, cleaner future.

Deer Creek Elementary School

October 16, 2023 by

The library inside Deer Creek Elementary

Deer Creek Elementary School in Fishers, Indiana is a new construction project, developed with an emphasis on creating modern and advanced learning environments. The school, sprawling over 103,000 square feet, was materialized with a construction budget of $35 million. CSO Architects conceived the architectural design, and the detailed design of the Mechanical, Electrical, Plumbing, and Telecommunications (MEPT) systems was developed by R.E. Dimond and Associates.

The school’s layout comprises several learning neighborhoods, each encompassing six studios/classrooms. These neighborhoods serve as multifunctional learning areas to accommodate diverse teaching methodologies and learning preferences, promoting collaboration and interactive learning. Each neighborhood is complemented by a shared activity area to facilitate a range of educational and group activities. A distinctive feature of each neighborhood is the integration of a small STEM lab, providing versatile spaces for students to engage in scientific projects.

One of the critical aspects of the project was the sophisticated integration of the MEPT systems by R.E. Dimond and Associates. The mechanical design focused on creating efficient and sustainable HVAC systems to maintain optimal indoor environmental quality, crucial for enhancing learning and concentration. The electrical systems were designed to be robust and flexible, ensuring reliable power distribution and accommodating the diverse needs of various learning spaces, from classrooms to labs.

The plumbing systems were developed focusing on sustainability and water conservation, utilizing water-efficient fixtures and optimized piping layouts to minimize water usage and ensure consistent water supply throughout the facility. The school was also outfitted with advanced telecommunications systems to support modern learning tools and technologies, fostering connectivity and facilitating seamless communication and information exchange within the learning environment.

Attention was also given to strategically placing three sets of student restrooms to maximize accessibility and convenience for students. The restrooms were designed with modern fixtures and durable materials to ensure longevity and minimal maintenance.

Deer Creek Elementary School is a culmination of meticulous architectural planning by CSO Architects and precise MEPT systems design by R.E. Dimond and Associates. This collaboration has resulted in a state-of-the-art educational facility that combines functionality, sustainability, and advanced technology to create an enriching and conducive learning environment for students. The project stands as a testament to the synergy of architectural innovation and engineering excellence in shaping the future of educational spaces.

Deer Creek Elementary 22 CSO 1 Exterior Resize

Deer Creek Elementary 22 CSO 4 Cafeteria resize

deer creek elementary 22 cso 16 media center resize

Deer Creek Elementary 22 CSO 11 Class Rm resize 1

Deer Creek Elementary 22 CSO 14 Media Center resize

Revitalization of The Stutz Building

October 6, 2023 by

The new gateway entrace at the Stutz Building

Location: Downtown Indianapolis, Indiana
Total Number of Buildings: 7
Overall Square Footage: 450,000 SF

SomeraRoad, leveraging its innovative approach to urban development, is reimagining The Stutz Building in downtown Indianapolis, endeavoring to infuse life into the historic facility. This project aspires to create a multifunctional hub, integrating elements like the Stutz Car Museum, food & beverage outlets, co-working spaces, artist studios, retail areas, and fitness centers, contributing to a vibrant urban fabric.

A project vision for historic adaptive reuse

This redevelopment is inspired by a vision of historic adaptive reuse, blending unique architecture and rich history to foster an ambiance of authenticity. The project seeks to materialize a modernized, mixed-use urban campus, employing a micro-neighborhood strategy to curate distinctive and enriching spaces.

The Stutz was inspired by projects across the US

Ponce City Market in Atlanta: A historic structure transformed into a vibrant community hub, hosting a diverse array of culinary, retail, and entertainment spaces, reflecting a harmonious blend of historic charm and modern vibrancy.
Industry City in NYC: A reimagined industrial complex, fostering innovation and creativity through a dynamic mix of workspaces, retail, dining, and cultural experiences, reflecting the energy and diversity of urban life.

A century of history behind the Stutz

The Stutz Building serves as a monument of the Stutz Motor Company’s innovative spirit, established in 1911, and has been pivotal in defining Indianapolis’s automotive landscape. The redevelopment seeks to honor and amplify the legacy of this iconic entity.

Engineers and crews tackle significant challenges

General Challenges:

Reconciling the absence of historical information and integrating contemporary enhancements with historical preservation and tenant-centric improvements.
Navigating through financial constraints, development phases, and unforeseen challenges induced by the COVID pandemic.

Specific Challenges:

Plumbing, Fire Protection, and Telecommunications face intricate challenges like modernizing outdated systems, integrating new technologies while maintaining historical value, and ensuring operational continuity amidst extensive renovations.

Three primary goals for the revitalized Stutz

Preservation and Innovation:

Emphasize and maintain the architectural and historical essence of the building while integrating advanced amenities and infrastructures.

Inclusivity and Sustainability:

Develop diverse and inclusive spaces focusing on environmental conservation through energy-efficient systems.

Telecommunications and Operational Goals:

Ensure seamless operation of existing systems and optimize space and functionality in alignment with telecommunications standards and tenant requirements.

The engineering solutions and MEPT scope of work deployed by R.E. Dimond and Associates

Solutions:

Design compact, efficient, and flexible systems, assuring operational continuity and optimizing space and functionality across different engineering domains.

MEPT Scope of Work:

Elevator Design, ADA Upgrades, Centralized HVAC Infrastructure, Electrical Services Enhancement, Plumbing & Central Restrooms Installation.

The revitalization of The Stutz Building stands as a symbol of the harmonious integration of history, technology, and modern lifestyle. Drawing inspiration from iconic projects and driven by a vision of adaptive reuse and authenticity, this project aims to be a beacon of cultural and industrial innovation in Indianapolis, offering a multifaceted urban experience.

Westfield Washington Public Library

April 30, 2023 by

Over 56,000 square feet of library space in one of Indiana’s fastest-growing communities

R.E. Dimond and Associates provided the mechanical, electrical, plumbing, and telecommunications (MEPT) engineering design services for the new Westfield Public Library and Trustee’s Office, located in Westfield, Indiana. The library is a new construction project with a total floor area of 56,000 square feet.

Mechanical Engineering Scope

Rooftop mounted air-handling units.
A central heating water plant.
Variable air volume (VAV) boxes with heating water coils for zone temperature control.
Perimeter hydronic heating systems to address thermal comfort near external walls.

Electrical Engineering Scope

Designing power distribution and lighting systems within the building.
Providing site lighting solutions for external areas such as the parking lot, ensuring adequate illumination and security.

Interior atrium rendering of Westfield's new library

Plumbing Engineering Scope

Designing stormwater drainage systems.
Designing domestic hot and cold water systems.
Designing sanitary sewer systems appropriate for public facilities.

Fire Protection

The fire protection strategy includes a comprehensive sprinkler system throughout the building.

Telecommunications Engineering Scope

Data and fiber optic cabling infrastructure for robust network connectivity.
The design of voice and data outlets.
Wi-Fi network implementation to support public and administrative needs.
Security systems including video surveillance and card access control.
Audio and video systems for programmatic and operational use.

The exterior of a brick, glass, and stone library in Westfield rendered with warm tones

This project provides a state-of-the-art library facility that meets the growing needs of Westfield’s community. It focuses on modern amenities and technologies to enhance user experience and operational efficiency. And it is designed to be a central hub for community engagement, learning, and resource sharing.

Lebanon Fieldhouse Mega Sports-Plex

January 18, 2023 by

R.E. Dimond and Associates was part of the design team for the city of Lebanon’s new mega sports complex.

The 195,000SF complex will feature basketball/volleyball courts, 1 turf field, pickleball courts, exercise room, batting cages, concessions, and tenant space. The MEP systems include eight rooftop units, one DX air handling unit with electrical VAV system.

You can find out more about the project at Inside Indiana Business:

The city of Lebanon is looking to add to the growing sports tourism movement in Boone County. The city has announced a partnership with Noblesville-based Card & Associates Athletic Facilities to develop a $25 million multi-sport venue that Mayor Matt Gentry says will “not only bring thousands of visitors to Lebanon, but also add a much-needed amenity for current Lebanon residents.”

The project is part of a planned hospitality and entertainment district that will include two hotels, as well as residential, retail, and medical office space.

The district, which will span 95 acres near I-65 and State Road 39, is being rolled out in multiple phases with the first representing a $113 million investment that will include the sports fieldhouse, a residential community, and city infrastructure and utilities work.

Completion of the project is expected in 2024.

Hamilton Heights School Corporation Solar Campus

January 17, 2023 by

Students take on energetic role with the school’s new solar array

Aerial view of the Hamilton Southeastern solar array. — *4,224 solar panels installed for the Hamilton Heights High School, Middle School & Elementary*

Three Hamilton County schools benefit from new ground-mounted solar PV systems

Three schools for Hamilton Heights School Corporation have new solar array systems designed by R.E. Dimond and Associates.

Hamilton Heights High School now includes a 680 kW AC, ground-mounted solar photovoltaic PV system. Hamilton Heights Middle School has a 520 kW AC, ground-mounted solar photovoltaic PV system, and Hamilton Heights Elementary School features a 400 kW AC, ground-mounted solar photovoltaic PV system.

Watch this 90-second video to see how Hamilton Heights schools are putting their new solar arrays to work in the classroom and in their budget

“We reviewed the electrical bills from the last three years so we could size the solar array to meet most of the needs at usage because we don’t want to produce more than the school needs. …and as utility rates keep going up, the payback could increase annually.”
— Aaron Schipp, electrical engineer, R.E. Dimond and Associates

$270,000 saved in electrical costs and priceless learning opportunities

In addition to saving the district over $270,000 a year in electrical costs by reducing their electrical usage by 70%, all three Hamilton Heights Schools are excited to use the solar arrays in their science and math curricula. The program will help teachers educate students about the latest innovations in renewable energy and the importance of sustainability.

Photo of the solar array at Hamilton Southeastern schools — *The new solar arrays collect about as much as the district needs to reduce their dependence on external utilities.*

At the elementary level, teachers introduce students to the sun’s intense energy in our solar system and how people have harnessed the sun’s power. At the intermediate level, teachers are guiding students through ways electricity, energy storage, and wattage works. High school teachers show students how electrons and protons work, how photovoltaic cells interact with energy and its efficiency, and more.

In science, engineering, and math courses at all levels, students get real-world experience measuring energy, understanding its uses, the engineering behind the solar array, and practical benefits for sustainable engineering and building design.

Watch a presentation about the real power and benefits behind their new solar PV system

Aaron Schipp, the electrical engineer for the project, gave a presentation in late 2022 on the benefits of a solar photovoltaic system for AIA Indiana and its history.

“Solar panels don’t have moving parts. Cleaning comes from the weather, and while we do need to keep looking at the panels and monitor them, and they do take up a lot of space, solar panels should last over 25 years…once you’ve paid back the initial cost [over 12 years], you’ll save a lot of money.”
— Aaron Schipp, electrican engineer, R.E. Dimond and Associates

Watch the whole presentation to learn more about the history of solar, the fundamentals of solar systems, and the cost/payback options.

Mechanical engineering for high-efficiency, high-demand kitchens and dining

Amore Restaurant is part of The Pearl in Fort Wayne

Electrical engineering to support mission-critical appliances and systems

Inside Amore at The Pearl

Plumbing engineering that improves safety for staff, guests, and building users

Buildings included in the renovation

Participating firms

Three primary goals

MEPT excellence across Ball State University’s building renovation project

.cls-1{fill:#333;}Mechanical

Electrical

Plumbing

Fire Protection

Plus, new plug load control integrations

Putting every square foot to use

Project Overview

Consistent and comfortable air quality and temperature control

A new, expanded kitchen and waste management features

Project overview

Identifying hazards and improving safety at Moench Hall

Sustainable solar energy for Indianapolis’ west side

Background

The Solar Canopy Initiative

Beneficiary Buildings

Technical Specifications

Strategically placed 2,388 solar modules for maximum impact

120kw

220kw

300kw

350kw

Conclusion

The MSD Wayne Township Solar Canopy Initiative is not just a project; it is a statement

A project vision for historic adaptive reuse

The Stutz was inspired by projects across the US

A century of history behind the Stutz

Engineers and crews tackle significant challenges

Three primary goals for the revitalized Stutz

The engineering solutions and MEPT scope of work deployed by R.E. Dimond and Associates

Over 56,000 square feet of library space in one of Indiana’s fastest-growing communities

Mechanical Engineering Scope

Electrical Engineering Scope

Plumbing Engineering Scope

Fire Protection

Telecommunications Engineering Scope

Students take on energetic role with the school’s new solar array

Three Hamilton County schools benefit from new ground-mounted solar PV systems

$270,000 saved in electrical costs and priceless learning opportunities

Watch a presentation about the real power and benefits behind their new solar PV system

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