Principals
The principals of the firm are Daniel Doiron, Josh Bouchie, Victor J. Belliveau, Paul J. Doiron and Ronald J. Kell, all of whom are involved with the management of the company’s team and in the progression and implementation of all projects.
This group has been working together for many years and is accustomed to working under tight schedules. The flexibility of being able to work with the latest in computer technology, expert proficiency in codes and standards, knowledge of all aspects of mechanical and electrical engineering design combined with their years of collaborative work have made this group one of the premier design teams in the region. Highly regarded in the engineering community, our cooperative attitude is one reason our clients keep coming back to us. They have worked on various types of projects using design tender and design build approaches.
Support Staff
The valued team members who provide drafting, project management, inspection and secretarial services have all been with A.H. Roy & Associates for an extended period, many starting their careers with the company. This loyalty and longevity attest to the commitment of A.H. Roy to its staff and clients.
Some of the company’s major accomplishments have been the design of a number of mechanical and electrical systems for hospitals in the province including Cape Breton Regional Hospital, St. Martha’s Regional Hospital and Valley Regional Hospital. The company has also designed systems for educational establishments including universities, community colleges and senior and elementary public schools. Additionally, work has included commercial, penal, institutional and industrial type projects. Our staff have been instrumental in seeing these projects come to fruition.
Dedicated
“We serve our clients while upholding quality performance, dedication and pride in our work.”
Green Engineering
“We implement modern, safe and energy efficient systems to provide an economical life cycle cost.”
Contact
275 Main Street, Suite 100,
Antigonish, NS, B2G 2C3