The Millyard Scholars Program provides scholarships and research opportunities to exceptional incoming students* in the biotechnology, engineering technology, biological sciences and computing programs at the University of New Hampshire's Manchester campus. In this four-year program, Millyard Scholars will have access to distinctive seminar classes, research projects and internship opportunities while earning their UNH degree in the heart of Manchester. This program is coupled with the mission of the Manchester-based Advanced Regenerative Manufacturing Institute (ARMI), which is creating an industry to regenerate human tissue and organs right down the street from our campus.
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* Only full-time incoming freshmen in UNH Manchester’s analytics and data science, biotechnology, biological sciences, electrical engineering technology, computer engineering technology, computer information systems, computer science and mechanical engineering technology programs are eligible.
Millyard Scholar Experience
Fusing academia with industry, the Millyard Scholars Program prepares students with the skills and experience for careers in the high-demand field of biotechnology—a field rich with opportunity for scientists, engineers, biologists and more. Beginning in their first semester, Millyard Scholars have access to:
Distinctive academic programming in which you'll develop skills for success in any industry
Research projects in cutting-edge cell and tissue culture, regenerative medicine and microbiology laboratories
Internship opportunities with ARMI and other start-up biotechnology firms, which are creating an industry to regenerate human tissue and organs for wounded soldiers and transplant patients
Scholarship awards ranging from $7,000 to $15,000, which can cover up to half of tuition for New Hampshire residents
On-site internship and research opportunities
We’ve transformed our sixth floor into the Biotechnology Innovation Center, a facility for teaching and research in the areas of biotechnology and cellular biology. Millyard Scholars get hands-on experience in state-of-the-art labs—and opportunities for on-site internships and research with start-up biotech firms.
Develop Skills for Success
The co-curricular component of the Millyard Scholars Program focuses on giving you skills that endure across all disciplines and careers.
Critical Thinking
Self-Awareness
Our student-focused culture helps you to articulate values, skills, strengths and experiences to foster your professional growth and emotional intelligence.
Communication
You’ll learn to articulate thoughts, ideas and solutions through collaborative projects.
Teamwork
Professionalism
Leadership
Become a Millyard Scholar
To be considered for the Millyard Scholars Program, you must apply via the Common Application as a full-time incoming freshman to one of these UNH Manchester majors: biological sciences, biotechnology, computer engineering technology, computer information systems, computer science, electrical engineering technology or mechanical engineering technology. Millyard Scholars typically have a high school GPA of 3.70+. The deadline to apply is April 1 for fall semester and November 15 for spring semester.
Millyard Scholar Degree Programs
Explore topics like evolution, microbiology, molecular and cellular biology, biodiversity and more to prepare you for careers in industries from healthcare to agriculture to education or graduate, medical or veterinary school.
The biomedical field is one of the fastest growing areas in today's job market. Through hands-on and on-the-job training, our biotechnology program prepares you for a career or graduate study in medicine, physician assistantship, occupational therapy and more.
Our ABET-accredited electrical engineering technology program gives you hands-on experience in electronic design and development. You'll collaborate with faculty who are industry experts, so you graduate ready to excel in this high-demand field.
Our ABET-accredited mechanical engineering technology program prepares you for a career in design, production and implementation of technical systems in manufacturing and business.
Launch or advance your career in one of today’s fastest-growing fields with the computer engineering technology bachelor’s degree program at UNH Manchester. This program blends hardware and software expertise, preparing you to design, test and maintain cutting-edge computing systems.
Our computer information systems program is designed to develop your technical skills through hands-on projects in programming, networking, database systems, software development, system administration and information security.
Given the demand for graduates who have a solid base in theory, strong conceptual knowledge and demonstrated competencies to develop cutting-edge computing systems, our computer science program is designed to give you the skills to succeed in this rapidly growing industry.
Millyard Scholar Spotlights
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I wanted to work at ARMI from the day I heard about the extraordinary work they would be doing, so I was excited to be a research content development intern there. The courses at UNH Manchester introduce you to the latest research and equipment in the field, so I am prepared for the biotech world.
SYEDA FATIMA '18
BIOTECHNOLOGY, B.S.
RESEARCH ASSISTANT, UMASS MEDICAL SCHOOL -
The small class sizes and inclusive professors at UNH were key to my educational success. They helped me learn the skills and knowledge that was necessary to integrate into industry. The skills I learned at UNH have been invaluable in my career.
BRENNAN VERMETTE '20
ELECTRICAL ENGINEERING TECHNOLOGY, B.S.
ELECTRICAL ENGINEER, BAE SYSTEMS -
This regenerative manufacturing industry is popping up all around us. I feel like I’m in the right place at the right time and am taking every opportunity I can.
ALEXANDER WILLIAMS '19
BIOTECHNOLOGY, B.S.
MSAT UPSTREAM ASSOCIATE SCIENTIST, LONZA -
As a Millyard Scholar, I am part of a small yet impactful community leading the future of biotechnology.
FARDEEN SIDDIQUI '23
BIOTECHNOLOGY -
UNH Manchester’s Biotechnology program gave me the background I needed to understand the basis of the biological processes required in biofabrication, realize what types of challenges the biotechnology industry has yet to overcome in tissue production, and recognize why certain standards must be set in place to ensure the safe use and manufacture of biological products.
KATTARINA WELLS '19
BIOTECHNOLOGY, B.S.
REGULATORY AFFAIRS SPECIALIST, ARMI -
Getting to experience how these cutting-edge technologies are being developed in our backyard has further cemented the fact that I wish to play a role in these advancements that would benefit humankind.
THOMAS GERTON '23
BIOTECHNOLOGY
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