Applied Biomechanics
Applied Biomechanics in dentistry combines engineering, materials science and craniofacial biology to innovate in dental research, biomaterials, implants, and orthodontic mechanics. Typically research-focused with academic Career pathways.
Specialty Overview
Scope & Practice
Graduates lead biomechanics research in academia, industry (implants, biomaterials), or translational dental science.
Common Procedures:
- In vitro biomechanics testing
- Craniofacial finite element modeling
- Implant biomechanics research
- Prosthetic/restorative materials testing
- Interdisciplinary translational studies
Professional Roles
Applied Biomechanics specialists can pursue various career paths within the specialty, often combining multiple roles:
- Academic Researcher: Faculty position leading biomechanics labs and mentoring students.
- Industry Scientist: R&D in dental device or implant companies.
- Clinical Research Collaborator: Work with clinicians on biomechanics-informed protocols.
Clinical Settings
Applied Biomechanics specialists practice in diverse environments:
- University dental schools (research labs)
- R&D departments in dental industry
- Government or private research institutes
Specialty Outlook
The applied biomechanics profession continues to evolve with technological advances and shifting demographics:
- Growing emphasis on 3D‑printed biomaterials
- Increasing translational research in dental implants
- Expansion of interdisciplinary biomechanics labs
Digital Innovation
Applied Biomechanics is increasingly driven by cutting-edge digital technologies transforming patient care:
- Finite element analysis for implant design
- 3D imaging and modeling of maxillofacial structures
- Emerging AI tools for biomechanical simulations
Patient Experience
Modern applied biomechanics emphasizes patient comfort and convenience through various approaches:
- Better implant success via biomechanics-informed design
- Faster restorative protocols based on materials testing
- Customized patient care plans derived from modeling
Student Journey Roadmap
Pre‑Dental/Engineering
Program Enrollment
Geographic Program Map
Competitiveness Level
Application Requirements
Academic Prerequisites
- Degree Required: DDS/DMD or MS in engineering/biomechanics
- Minimum GPA: 3.3
- Average Accepted GPA: 3.5+
- Core Courses: Biomechanics, materials science, biomaterials
- Research Experience: Undergrad or grad research strongly recommended
Standardized Tests
- NBDE: Not typically required
- GRE Required: ≈80% of programs
- GRE Verbal: 150+
- GRE Quantitative: 155+
- TOEFL/IELTS: Required for international applicants
Letters of Recommendation
- Number Required: 3
- Types:
- • Research advisor
- • Faculty in biomechanics/engineering
- • Clinical/research collaborator
- Emphasis: Research aptitude and technical skills
Research Experience
- Lab research in biomechanics/materials
- Poster or paper presentations valued
- Experience with lab methods/statistical analysis
Clinical Experience
- Optional; focus is research
- Dental exposure helps for clinician‑scientist track
Application Components
- School-specific application (e.g. BU by February 1)
- CV highlighting research
- Personal statement with research goals
- Transcripts, test scores, LORs
Competitive Profile
- Target GPA: 3.5+
- Target GRE Verbal: 150+
- Target GRE Quantitative: 155+
- Research Publications: 1–2 papers preferred
- Shadowing Hours:
- Extracurriculars:
Application Deadlines & Timeline
Program Applications Open
Check schools like BU for specific deadlines (BU Feb 1).
Submit Application
Include statement, transcripts, LORs.
Deadline (BU example)
Applications due for Boston University MSD/DScD.
Interviews/Select
Research interviews based on fit and track record.
Set Reminders
Get notified about upcoming deadlines
Download Timeline
Save this timeline to your calendar
Competitiveness Overview
Understanding the competitive landscape for this specialty
Applicant to Seat Ratio
≈4:1 (applicants to positions)
Average GPA
3.5+
Program Duration
12-36 (months)
Average Tuition
$30K–$60K
Starting Salary
≈$60K–$80K (stipend for DScD)
Tips for Success
- Good Academics: Maintain a GPA of 3.3+ and solid DAT scores
- Clinical Exposure: Shadow specialists in the field
- Extracurriculars: Be involved in dental organizations
- Strong Application: Write compelling personal statements
Curriculum & Training
Program Structure
Duration
12 months (MSD) or 36 months (DScD)
Weekly Schedule
Primarily lab/research time, some coursework
Research Requirements
Defend thesis (MSD) or dissertation (DScD)
Degrees Awarded
- MSD
- DScD
Clinical Training
- Not clinically focused; optional dental exposure
Didactic Education
- Fundamentals of biomechanics
- Biomechanics of biomaterials
- Finite element analysis
- Imaging and 3D modeling
- Research methods and statistics
Research Activities
- Thesis/dissertation project
- Lab work, data collection, analysis
- Journal publication and presentations
Financial Information
Total Program Cost
Programs with Stipends
Living Expenses
Starting Salary
Culture & Lifestyle
Work-Life Balance
Lab‑based schedule; can vary with experiments but generally 40–50 hrs/week
Career Satisfaction
High satisfaction for research‑oriented individuals
Practice Environment
Collaborative lab environments or corporate R&D
Physical Demands
Low physical strain; mostly lab/desk work
Day-in-the-Life
Literature Review / Data Analysis
Analyze data, read journal articles
Lab Work / Experiments
Material testing, modeling, imaging
Lunch / Group Meeting
Discuss progress, troubleshoot methods
Research Methods or Lit Course
Attend seminar or journal club
Continue Lab or Data Work
Collect results, refine protocols
Wrap‑up & Planning
Plan next experiments, write manuscript
Career Perspective
DScD Student Perspective
“I spend most days running biomechanical tests, modeling stress distributions, and writing papers.”
Frequently Asked Questions
Is Applied Biomechanics a CODA‑recognized specialty?
No—it is a research‑focused academic/residency program, not a clinical dental specialty.
How long are these programs?
MSD is typically 12 months; DScD around 36 months.
What career can I get afterwards?
You can pursue academic faculty, R&D in dental industry, or translational research roles.