ABout

Engineering Excellence

Real-World Impact

Re:Build DAPR specializes in solving complex, physics-intensive engineering challenges, providing end-to-end solutions that bridge technology development and scalable manufacturing. Our expert team includes engineers in mechanical, electrical, controls, and industrial systems design. They bring deep expertise across a wide range of industries, including advanced energy systems, precision automation, high-speed industrial equipment, and manufacturing process optimization. We work with startups and industry leaders alike, helping transition groundbreaking innovations from concept to commercialization.

The Re:Build DAPR team is structured to tackle multidisciplinary, high-complexity engineering problems with a commitment to technical excellence, collaboration, and customer success.

Our Capabilities
  • Precision Machine Design
  • High-Speed Automation
  • Custom Industrial Equipment Development
  • Advanced Materials Processing
  • Scalable Manufacturing Solutions
Our Expertise
  • System Integration
  • Process Engineering
  • Turnkey Product Development
4-About-RealWorldImpact-Left-0325_DAPR-0007
4-About-RealWorldImpact-Right-0325_DAPR-0372

A Structured Approach to Innovation

Re:Build DAPR’s Project Lifecycle Process is more than a workflow, it is a proven methodology designed to de-risk innovation and accelerate commercialization. Unlike conventional engineering approaches, our structured stage-gated process ensures that every project moves forward with technical confidence, cost efficiency, and a clear path to scalable manufacturing.

1

Discovery & Planning

We collaborate with clients to define project goals, technical requirements, and feasibility. This phase involves early-stage research, risk assessment, and concept exploration to ensure a solid foundation for development.

2

Proposal & Scope Definition

A clear project scope is critical to success. We develop detailed proposals, cost estimates, and project timelines, ensuring alignment between technical feasibility, business objectives, and manufacturability goals.

3

Concept Development & Feasibility Analysis

Our team refines early-stage designs, validates key concepts, and assesses manufacturability. Engineering simulations, feasibility studies, and system modeling help shape scalable, high-performance solutions.

4

Preliminary Engineering & System Design

We establish detailed system architecture, CAD models, and initial technical calculations to optimize performance, efficiency, and real-world application. Design iterations and validation occur in parallel to minimize risk.

5

Detailed Engineering & Design Finalization

Our team finalizes engineering drawings, electrical schematics, and subsystem integration plans, ensuring that designs are ready for manufacturing. This phase includes Design for Manufacturability (DFM) assessments to optimize cost and scalability.

6

Procurement & Manufacturing Readiness

We ensure the right components, materials, and suppliers are aligned for production. By integrating supply chain strategies with engineering decisions, we optimize cost, scalability, and lead times.

7

Build, Integration & System Testing

Our experts handle manufacturing, assembly, and system integration, followed by rigorous Factory Acceptance Testing (FAT). This ensures that products meet specifications before deployment.

8

Deployment & On-Site Validation

We support on-site installation, Site Acceptance Testing (SAT), and real-world validation. This ensures smooth integration into customer operations, minimizing disruption and maximizing reliability.

9

Post-Deployment Support & Optimization

Our partnership doesn’t end at deployment. We provide ongoing performance monitoring, troubleshooting, and iterative improvements, ensuring long-term system reliability and efficiency.

10

Continuous Improvement & Future Scaling

We work with clients to identify process optimizations, develop second-generation designs, and scale manufacturing capacity to support long-term growth and evolving industry needs.

Our History

We are a leading provider of advanced composite manufacturing solutions, with a strong track record of innovation and quality across multiple industries. Since its founding in 1992, the company has expanded its capabilities to serve sectors ranging from aerospace and defense to medical devices and automotive. 

2014

DAPR Engineering was founded by Steven Garrant and Keith Vaillancourt with a mission to solve complex, physics-driven engineering challenges.

2015

Welcomed the first employees and relocated to an 8,000-square-foot facility to accommodate a growing team and project demand.

2017

Strengthened expertise in custom automation and industrial equipment development, positioning DAPR as a go-to partner for turnkey solutions.

2019

Following continued success and expanding project scope, DAPR moved into a 20,000-square-foot facility, enabling greater capacity for larger, more complex programs.

2021

Joined Re:Build Manufacturing, gaining access to expanded manufacturing capabilities and cross-functional engineering resources.

2025

Transitioned into a brand-new, state-of-the-art, 60,000-square-foot facility to support ongoing growth and deliver even greater value to clients.

Pioneering Complex Engineering Solutions

Founded in 2014 by Steven Garrant and Keith Vaillancourt, DAPR was built to solve physics-intensive engineering challenges. From humble beginnings in a 1,600-square-foot office, the company quickly grew into a leader in industrial equipment design and custom automation, bridging the gap between R&D and scalable manufacturing.

Driving Innovation Through Collaboration

Re:Build DAPR helps both startups and industry leaders bring disruptive technologies to market. From thermal energy storage to reshoring U.S. battery manufacturing, we deliver automation, precision systems, and industrial process development. As part of Re:Build Manufacturing, we continue to scale innovations from prototype to production.

Scaling for the Future

Since joining Re:Build Manufacturing in 2021, DAPR has nearly tripled in size. Now preparing to move into a 60,000-square-foot facility, we are expanding our capabilities to meet growing demand and deliver scalable, real-world solutions.

Meet the Team

Steven Garrant
General Manager
Keith Vaillancourt, PE
Chief Engineer
Tim Schuyler
Senior Director of Engineering
Craig Allen
Principal Engineer
Zach Anderson
Mechanical Engineer
Dr. Eric Brown
Principal Engineer
Rob Burge
PM Supervisor
Glen Burgess
Principal Engineer
Nathaniel Cambray
Principal Engineer
Dylan Connors
Mechanical Engineer
Devin Crowe
Mechanical Engineer
Carly DeLeonardo
Mechanical Engineer
Glenn Douglas
Senior Principal Designer
Robert Downing
Senior Engineering Advisor
Julia James
Mechanical Engineer
Chloe Erickson
Mechanical Engineer
Drew Ferrell
Senior Mechanical Designer
Kara Graney
Senior Project Manager
John Hook
Principal Engineer
Charles Jewell
Principal Engineer
Kurt Joudrey
Senior Principal Engineer
Mary Kiriakakos
Senior Office Manager
Chris LaCroix
Mechanical Supervisor
John Laplante
Senior Engineering Advisor
Paul Latour
Senior Technician
Evan Leach
Controls Supervisor
Tim Leblanc
Senior Buyer
Will MacDonald
Mechanical Engineer
Landon Manning
Senior Controls Engineer
Nicole McCormack
Principal Engineer
Madelyn Milsark
Project Manager
Bob Montbleau
Principal Project Manager
Sean Moody
Senior Engineering Manager
Jacob Morgan
Project Manager
Shannon Nosal
Mechanical Engineer
Sean O'Grady
Senior Mechanical Engineer
Sam Otis
Senior Controls Engineer
David Overka
Principal Designer
Pheaktra Pang
Engineering Technician
Keith Peverill
Principal Technician
Jacqueline Richard
Senior Mechanical Engineer
Austin Salkind, PE
Senior Mechanical Engineer
Ari Schmidt
Mechanical Engineer
Brett Schuster
Engineering Supervisor
Tim Schwed
Mechanical Engineer
Chris Spagna
Principal Engineer
Ben Spooner
Senior Mechanical Engineer
Jason Stasio
Senior Technician
Christopher Stempek
Operations Manager
Clinton Strong, PE
Senior Mechanical Engineer
Peter Thompson
Mechanical Supervisor
Chris Vasques
Senior Technician
Alex Marden
Principal Engineer
Sumanth Pashuparthi
Co-op Controls Engineer
Zack Averill
Mechanical Engineer

Ready to Partner?

Let’s talk about your unique challenges and how Re:Build DAPR can help you.