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3 PhD Resume Examples Made to Work for 2024 

PhD Student Resume

Phd application resume.

• Write Your PhD Resume

With the role of a PhD student, you’re the intellectual powerhouse driving groundbreaking research and contributing to the advancement of knowledge. Your expertise allows you to dive deep into complex subjects, developing innovative solutions and pushing the boundaries of what’s already known. 

At the same time, you’ll need to balance your responsibilities as a teacher as well, imparting your knowledge to the undergraduates at your institution. Crafting a resume and creating a cover letter that demonstrate your ability to shine in this diverse role is no easy task.

Luckily, we’re here to guide you through the maze of showcasing your academic journey. With our varied PhD application resume examples , you’ll find the ideal resume template to help you craft your own winning resume in no time.

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Why this resume works

• Thankfully, Liam does a great job highlighting his internship and project achievements and how both are applicable in helping sustainably improve production.

• One strategy you can use to boost the chances of your PhD student resume to clinch an enrolment slot into the health sciences department is by harnessing the achievements from a volunteer project that brought screening services to a marginalized community.

• Therefore, achievements in increasing student participation and engagement accompanied by metrics in improved grades and assessment scores would go a long way to prop your suitability.

Related resume examples

• Research assistant

Adapt Your PhD Resume to the School You’re Applying to

As an aspiring PhD student, your resume is your scholarly calling card, showcasing the intellectual artillery you bring to the academic battlefield. 

This is where you can showcase your skills and express why you’re the right person to join the program. To do this, tailor your skills section to align with the specific requirements of your desired program and department. 

Highlight your expertise in research methodologies, statistical analysis, and any specialized software or equipment you’ve mastered. For the more technically inclined, don’t shy away from showcasing hard skills like Python, Matlab, Java, or Tableau.

You can also include a couple of soft skills because they’re essential for giving lectures and mentoring students. Just remember to reinforce them with demonstrable examples in the experience section later. 

Want some pointers?

15 top PhD skills

• Microsoft Office
• Google Sheets
• Research Methodologies 
• Academic Writing
• Public Speaking
• Lesson Planning
• Grant Proposals
• Grading Essays
• Collaborative Research

Your PhD work experience bullet points

From conducting groundbreaking research to publishing papers, your journey as an academic is about more than just the day-to-day grind. In the experience section of your resume, the real spotlight should be on your transformative contributions. 

If this isn’t your first PhD, highlight achievements from your previous studies like securing research grants, publishing impactful papers, or successfully leading research projects. If you’re moving up from postgraduate studies, highlight the best and most impressive accomplishments from your master’s and bachelor’s degrees. 

Add some numbers to make your accomplishments pop. This could be the number of students mentored, successful experiments and research projects, or the reach of your published work. 

• Highlight the number of your articles or research papers that were published in reputable journals.
• Quantify the success of research projects with metrics such as project scope, budget management, or studies carried out.
• Demonstrate your ability to secure research funding by specifying the number and value of grants obtained.
• Showcase your impact as a mentor or tutor by talking about the number of students you’ve guided or the way they were able to improve their grades through your help.

See what we mean?

• Created engaging course materials using Articulate Storyline, resulting in a 39% increase in student engagement and comprehension
• Managed EHR software to document patient assessments, vital signs, and medication administration, maintaining 99.99% accuracy in recordkeeping
• Partnered with farmers to develop customized crop management plans, resulting in a 31% increase in yields
• Assisted in the development and implementation of assessments, leading to a 33% reduction in student dropout rates

9 active verbs to start your PhD work experience bullet points

• Innovated 
• Collaborated

3 Tips for Writing a PhD Resume With Little Prior Experience

• Mention your involvement in conferences and workshops. This will showcase your ability to engage with and contribute to the broader scholarly community.
• Echo your passion for knowledge throughout your resume, and look into the future. Outline your career objectives , illustrating your commitment to making a lasting impact through your PhD studies.
• Any and all academic achievements look great on a PhD resume, so make sure to add them. Talk about your GPA, awards won, or competitions you’ve participated in to show your drive as a college student.

3 Tips for Writing a PhD Resume for Your Second PhD

• Research is often independent, and academics are sometimes considered lone wolves. That’s why it’s important to emphasize your leadership and collaboration skills explicitly. The school needs to know you can mentor students and collaborate with other colleagues effectively—so turn up the enthusiasm for this area!
• If you’re going for a research role, it’s essential to be at the forefront of your field—following all the latest papers and studies. You can show this by mentioning your participation in research initiatives or the conferences you like to attend. 
• Show that you put just as much effort into your students as you put into your research by sharing student performance and engagement metrics. You can also discuss your favorite lecture and seminar-planning techniques to convey your passion and commitment. 

Absolutely! While not mandatory, a tailored career summary can be a powerful tool. Customize it for the PhD position, mentioning the specific program and academic role. Don’t forget to highlight things like research methodologies, data analysis, and any unique contributions to your academic field.

Choose a clean and professional format that prioritizes your academic achievements and research experience. Use clear headings, bullet points, and a consistent structure, much like you would in a research paper. 

Include skills that align with the specific requirements of the PhD program and your academic discipline. Highlight technical and soft skills relevant to research, teaching, fieldwork, and collaboration.

Mathematician Resume Sample

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Work Experience

• Determine mathematical feasibility of game designs
• Develop theoretical proofs of math models for casino games
• Create and troubleshoot computer simulations of casino games to gather statistics and verify mathematical validity
• Work with game programmers verify math model is properly implemented
• Interface with product test department and regulatory agencies as needed
• Experience in mastery of broad areas of classical and modern higher mathematics to originate and develop mathematical models in cyber systems. Knowledge of mathematics and physics for own independent research in antennas and propagation, electromagnetic systems concepts involving microwave antennas, radar, communications and RF sensor technology
• Knowledge of Air Force Space Control mission, policies, organizations and staffing, knowledge of safety and security regulations, practices and procedures, space surveillance network, space operational processes and procedures
• Apply and develop leading edge algorithms for upstream image processing tasks including image registration, denoising, image restoration, super resolution, radiometric normalization and correction, and automated image quality analysis
• Apply and develop leading edge algorithms for downstream image processing including atmospheric correction of imagery, detection of objects based on their spectral and/or spatial properties, fusion of multi-modality imagery into optimized visual image product, fusion of multi-modality imagery for enhanced automated target recognition, etc
• Develop rigorous sensor model functions to perform precise geopositioning and mensuration on images collected obliquely from high-altitude platform using photogrammetric techniques and rigorous error propagation
• Program in a high level language (Matlab, IDL, Python, or similar) to support prototyping of algorithm development
• Past experience supporting remote sensing image processing and photogrammetry is desired but not a requirement
• Past experience supporting the defense or intelligence communities is desired but not a requirement
• U.S. citizenship and ability to obtain a Secret level clearance is required
• Participates in team troubleshooting sessions to develop new genre games never seen before in the industry
• Responsible for the sign off of all mathematical equations and market requirements
• Designs and codes simulation programs for all new and modified games in Python. Runs simulation programs and documents the simulation results
• Creates documentation necessary for submission packages including PAR sheets, spreadsheets of calculations, simulations, game summaries and any other relevant data
• Assists in the design of fun, innovative math models for new slot and video slot games that maximize player appeal and game performance in the field
• Utilizes existing programming tools to verify math models, create playable demos of games designed, and analyze game play characteristics
• Reviews other Game Developers’ Excel spreadsheets prior to regulatory submission, checking for correctness and adherence to Bally standards
• Develops new and improves existing mathematical methods
• Works with the regulatory agencies as needed to address and resolve math-related compliance issues
• Strong verbal and written communication skills in English (French is an asset)

Professional Skills

• Good written and verbal communication skills and a high level of interpersonal skills
• Basic skills of Microsoft Office: Word & Power Point” and Advanced skills of Excel
• Fluency in MATLAB, with experience in building, iterating, and validating algorithms and models from scratch
• Experience using statistical analysis software applicationsExperience writing code in Python or R, or similar language
• Quickly and efficiently absorb new technical skills rather than just applying current ones
• Experience (less years of experience required for candidates with a Masters or PhD)
• Applying and using mathematical and simulation models to verify and validate space systems

How to write Mathematician Resume

Mathematician role is responsible for java, basic, languages, software, programming, research, english, excel, word, microsoft. To write great resume for mathematician job, your resume must include:

• Your contact information
• Work experience
• Skill listing

Contact Information For Mathematician Resume

The section contact information is important in your mathematician resume. The recruiter has to be able to contact you ASAP if they like to offer you the job. This is why you need to provide your:

• First and last name
• Telephone number

Work Experience in Your Mathematician Resume

The section work experience is an essential part of your mathematician resume. It’s the one thing the recruiter really cares about and pays the most attention to. This section, however, is not just a list of your previous mathematician responsibilities. It's meant to present you as a wholesome candidate by showcasing your relevant accomplishments and should be tailored specifically to the particular mathematician position you're applying to. The work experience section should be the detailed summary of your latest 3 or 4 positions.

Representative Mathematician resume experience can include:

• Programming skills in languages such as Fortran, Python or Java
• Producing technical reports, presentations and scientific papers to demonstrate new innovation
• Significant experience in at least one of: C, C++, Python, Java, or a scripting language frequently used for scientific computing
• Some experience in data mining, machine learning, and AI
• Experience of using Matlab and a familiarity with software languages such as C/C++
• Knowledge of or experience of working with autonomous systems would be an advantage

Education on a Mathematician Resume

Make sure to make education a priority on your mathematician resume. If you’ve been working for a few years and have a few solid positions to show, put your education after your mathematician experience. For example, if you have a Ph.D in Neuroscience and a Master's in the same sphere, just list your Ph.D. Besides the doctorate, Master’s degrees go next, followed by Bachelor’s and finally, Associate’s degree.

Additional details to include:

• School you graduated from
• Major/ minor
• Year of graduation
• Location of school

These are the four additional pieces of information you should mention when listing your education on your resume.

Professional Skills in Mathematician Resume

When listing skills on your mathematician resume, remember always to be honest about your level of ability. Include the Skills section after experience.

Present the most important skills in your resume, there's a list of typical mathematician skills:

• Excellent problem solving and customer support skills
• Knowledge of probability models and methods of solution. The ability to find dependencies in math structures using basic logic and problem-solving skills
• Background and work experience in design optimization or solid geometry modeling
• Understand AIR’s mathematical modeling and effectively express them within our software framework
• Manage several simultaneous projects effectively and across various geographical locations
• Gaming experience is considered an asset

List of Typical Experience For a Mathematician Resume

Experience for applied mathematician resume.

• Experience communicating with and presenting information to executive leadership
• Have 5+ years of experience in developing algorithms/processes to calibrate complex, non-contact optical metrology systems that include
• Experience of Monte Carlo and/or deterministic methods for solving the Boltzmann transport equation
• Proven ability to grasp these types of problems and formulate, analyze, interpret, and communicate results to the business and engineering community
• Proven ability to analysis complex concepts
• Works with a variety of datasets, including timeseries data and “big data” requiring analysis on distributed computing platforms

Experience For Principal Mathematician Resume

• Solve challenging Automated Guided Vehicle navigation and routing problems
• Solve challenging Automated Guided Vehicle modeling problems
• Response surface modeling such as Kriging, Radial Basis Functions, Projection Pursuit Regression, Polynomial Chaos, or other approaches
• Mathematical modeling of critical physiological mechanisms in kidney patients
• Advocate, evangelize and build data-driven design and manufacturing processes that drive efficiency
• Develop problem definitions, models, and constraints form informal requirements and deal with ambiguity and competing objectives
• Communicate well, both verbally and in writing with internal and external experts and customers
• Produce reports and presentations for both internal and external audiences
• Proactive can-do attitude and willingness to take the lead on new projects and research activities

Experience For Data Analyst / Mathematician Resume

• Develop mathematical models to analyze systems of various complexity
• Interpret data and report conclusions from their analyses
• Use system analysis to support and improve technical decisions
• Provide scientific expertise, evaluation and advice for other programs in NSF, including international programs, other research programs, and cross-directorate programs
• Control waste, fruad, and abuse
• Conduct research and provide recommendations
• Generate code and apply algorithms to analyze IT systems
• Create innovative solutions to the customer

Experience For Mathematician / Data Analyst Resume

• Performs mathematics principles and concepts, and other scientific and engineering disciplines to carry out conventional scientific processes, mathematics and related disciplines to design, develop and adapt scientific methods and techniques
• Performs broad areas of classical and modern higher mathematics to originate and develop improved and/or new mathematical models in cyber systems, one or more specialized areas of operation and cyber related theories, atmospheric density modeling, simulation and software
• Performs mathematics and physics for own independent research in antennas and propagation, knowledge of electromagnetic systems concepts involving microwave antennas, radar, communications and RF sensor technology as needed for own research
• Provides specialty supplemented by experience of space surveillance systems substantially similar in functionality, relevant mathematical
• Performs broad areas of classical and modern higher mathematics to originate and develop improved and/or new mathematical models in cyber systems, one or more specialized areas of operation and cyber
• Performs mathematics and physics for own independent research in antennas and propagation
• Work with game designers and mathematicians to develop proof of concept and feasible math models
• Participate and contribute in the game design and invention process
• Work with engineers to ensure correct implementation of math models

Experience For Mathematician Algorithms Engineer Resume

• Deliver high quality work as scheduled in accordance with the game design and product requirements
• Apply general scientific theories, and principles of mathematics, as well as the full range of methods, procedures, and techniques, to conduct work assignments
• Perform mathematical work in support of projects and studies assigned to higher graded mathematicians or scientists
• Participate in the collection and analysis of the information used by the assigned organization to perform scientific tasks
• Develop written summaries to be used by higher level mathematicians, contractors, and/or customers
• Present briefings or presentations as required

Experience For Game Development Mathematician Resume

• Up-level Big Data processing capability to support internal and sponsor analytical capabilities (i.e. Flight Standards, Airports, Accident & Incident Investigations, Aircraft Certification, Cybersecurity)
• Testing and validation of emerging technologies such as machine learning and artificial intelligence on voice recognition patterns or data fusion exercises of air traffic, NAS maintenance, and safety data sources
• Add additional data sources and infrastructure to support future research capabilities
• Connect additional supporting research entities (i.e. universities, external government agencies, support contractors, industry partners) to the CASSIE environment
• Develop in-house analytical capabilities of the Technical Center R,E&D funded workforce
• Numerical implementation of mathematical models
• Development and construction of in-silico tests of different treatment approaches in dialysis to reduce the need for and risk of clinical studies
• Development and implementation of mathematical methods to enable individualized treatment of dialysis patients, e.g
• The intern is required to make independent decisions concerning standard practices and procedures in performance of multiple tasking, to make minor modification for work efforts, and to recommend course of action for technical problems which are not covered by standard scientific practices

Experience For Associate Mathematician Resume

• Develop written summaries to be used by higher level mathematicians, contractors, and/or customers. Present briefings or presentations as required
• Develop a process design space exploration framework which enables design parameter sensitivities used to inform initial design of electromagnetic induction heating processes, large scale deformation and structural mechanics
• Construction of isogeometric sensitivity analysis and surrogate models to enable rapid design space exploration
• Develop numerical techniques to optimize steady and non-steady forming processes utilizing inverse problem formulation together with evolutionary search schemes
• Application of isogeometric analysis to model the elastic deformation and electromagnetic heating of multi-phase metallic materials
• Become an expert on our datasets while working with cross-functional team members to identify and prioritize acquisition of new, actionable, high-impact data across a variety of core business and manufacturing processes

Experience For Mathematician & Content Architect Resume

• Clear communicator with strong ability to communicate insights in a clear, concise, and valid, data-driven way, so that others in the company can effectively act on those insights
• Strong desire for a fast paced, data-driven, collaborative and iterative engineering environment. Strong love of learning, especially complementary physical sciences including Mechanics, Physics and Material Science
• Passionate about asking and answering questions in large datasets, and able to communicate that passion to product managers, Manufacturing managers and engineers
• Solve challenging control theory problems
• Keen desire to solve business problems, and live to find patterns and insights within structured and unstructured data
• Be the primary resource to help others within the organization solve any higher level mathematical problem

Experience For Mathematician Resume

• Knowledge of relational databases, such as SQL
• Convey higher level mathematical concepts to non-experts
• Travel to debug algorithms in the field under real world conditions
• Lead and support the collection, organization, and analysis of data; summarize findings; develop conclusions and recommendations from appropriate data sources
• Establish partnerships and relationships with internal and external customers, stakeholders, peers and all levels of management
• Provide technical direction, guidance and mentor others as appropriate
• Ensure workgroup products or processes meet customer, company, quality and industry requirements by providing compelling rationale for arguments and use appropriate level of persistence on activities requiring ingenuity and innovative solutions
• A demonstrated ability to communicate complex ideas and methods to a less technical audience
• A strong background in probability, statistical or mathematical theory and implementation
• Experience with data science and analytic methodologies
• Experience in GPU programming for graphics and computation
• Experience in design of experiments for stochastic and deterministic systems
• Game development experience

List of Typical Skills For a Mathematician Resume

Skills for applied mathematician resume.

• Experience in the mentoring of early career scientists or engineers
• Experience working with sensors (e.g. Accelerometer, Gyroscope, GPS, etc.)
• Zero to two years of related experience in gaming industry
• Experience using statistical analysis software applications
• Experience writing code in Python or R, or similar language

Skills For Principal Mathematician Resume

• Professional or academic experience with computer programming, particularly C++
• Experience with C++, C#, Python or similar object-oriented programming language
• Demonstrated proficiency in one or more of the following: C, C#, C++
• Develop and generate math models that demonstrate gaming probabilities and mathematical return of games via theoretical calculation and/or simulation
• Experience of scientific Fortran
• Experience of agile software development methods
• Experience using version control such as Git or Mercurial

Skills For Data Analyst / Mathematician Resume

• Experience in AGILE, SCRUM, Test-Driven or team-oriented software development
• Some experience in Microsoft Excel, Visual Studio
• 2 to 4 relevant experience, for example, student teacher of undergraduate mathematics
• Leading and performing parametric cost estimates, developing Cost Estimating Relationships (CERs), cost modeling and model improvements
• Collaborating with teams across the Maritime Missions Systems business and working directly with our customers
• Undertaking detailed mathematical or analytical research associated with the development of minewarfare data processing algorithms
• Understanding of mathematical modelling of complex systems

Skills For Mathematician / Data Analyst Resume

• Working knowledge of IT architectures, infrastructure technologies, and Amazon’s Web Services (AWS)
• Delivering on both Thales funded research and development programs as well as customer projects
• Programming of graphical user interfaces
• Keen interest in running, cycling or swimming (optional perk during work hours)
• Basic programming knowledge and aptitude for learning advanced programming techniques
• Up-level high performance compute to support aviation safety modeling and reach out to new areas of modeling (i.e. icing, airports)
• Opportunity for growth in a booming industry (material handling automation)
• Expert knowledge of programming languages, software development, design patterns and object-oriented programming

Skills For Mathematician Algorithms Engineer Resume

• Familiar with the algorithms in the area of data mining, machine learning, and AI
• Development of sonar processing algorithms, and mission planning for autonomous vehicles
• Assist higher graded mathematicians or scientists in finding solutions for problems requiring a variety of data sources and scientific disciplines
• Knowledge of Multidisciplinary Design Optimization and surrogate modeling is desirable
• Familiarity with branching Markov chains
• Knowledge of fusion algorithm (e.g. Kalman Filtering)
• Represent local connections between interacting parts of a system, as well as the dynamics of a process on such systems
• Advanced proficiency in Visual Studio or Microsoft VBA programming and AGI’s System Toolkit

Skills For Game Development Mathematician Resume

• Advanced proficiency in Microsoft VBA programming, R Studio, Python
• Proficiency in Excel, especially in the use of linking and formulas to dynamically calculate probabilities and describe complicated probabilistic events
• Working knowledge in the areas of applied mathematics, probability and statistics
• Identify, research, and solve gaming related problems
• Bring projects to completion with minimal supervision

Skills For Associate Mathematician Resume

• Interest in Casino / Slot Gaming
• A passion for running statistical models for games (online, mobile, strategy, recreational, etc...)
• Plan, budget, justify, and allocate funds among a variety of competing scientific research program/projects
• Communicate in writing to prepare analytical documents, research findings, and solicitations for research proposals
• Expand knowledge in mathematical areas by developing new algorithms, theories and concepts

Skills For Mathematician & Content Architect Resume

• Preparation and submission of reports on a recurring basis
• Develop understanding of competitive products and technology
• Perform mathematical work assignments involving a segment of a scientific area, or applied field of mathematics
• Perform a segment of the project or study, utilizing the full range of methods, procedures, and techniques for that specific field of mathematics
• Keeps abreast of emerging techniques and professional developments to remain current in the scientific field for application to work assignments
• Have a passion to apply mathematics to solve hard industrial problems

Skills For Mathematician Resume

• Apply knowledge and expertise in mathematical fields. Refines and validates customer's problem specifications and formulates problems in mathematical or computational terms. Develops or acquires algorithms or other resources to solve problems
• Conducts mathematical research and monitors trends. Influences use of mathematical tools and processes. Forecasts mathematical needs and capabilities to address business requirements. Designs, codes, tests and maintains mathematical software
• Provide periodic update on project progress, quality metrics, project summaries, and other related documents. Contribute to productivity improvement through use of Quality Management System and Lean principles
• Experience in C++ programming helpful
• Experience with Matlab/Python (C/C++ optional)
• Experience in simulations and parameters optimization (e.g. MonteCarlo)
• Experience in robotics, motion control and signal processing
• Supports initiatives of Boeing India organization related to engineering excellence, employee development, customer engagement etc
• Comprehensive knowledge of broad areas of classical and modern higher mathematics in order to originate and develop improved and/or new mathematical models in astrodynamics
• Knowledge of a wide range of computer science methods and techniques used in systems analysis, computer modeling application, database management, data collection techniques, and information systems technology studies
• Detailed knowledge of operational and prototype astrodynamics and space related theories, modeling, simulation, and computer software systems to identify operational system weaknesses and vulnerabilities and to assure current and future mission requirements are met
• Independently plan, coordinate, and organize work to identify software and system problems and develop innovative solutions

List of Typical Responsibilities For a Mathematician Resume

Responsibilities for applied mathematician resume.

• Experience with optimization of process design
• Detail-oriented and have the ability to prioritize and work on multiple projects at a time
• Develops machine learning, optimization and other modeling solutions
• Technical understanding of satellites
• Background in a combination of interdisciplinary computer science, applied mathematics, and engineering
• Writes software in R, Python or similar languages and contributes code to product development teams
• Interprets and formulates problems in mathematical or computational terms
• Develops algorithms and evaluates resources to solve mathematical problems

Responsibilities For Principal Mathematician Resume

• Assists with mathematical research
• Contributes to the development of research proposals
• Influences colleagues and customers to use mathematical tools and processes
• Codes, tests and maintains mathematical software tools
• Lead study teams; originate new ideas, projects, and methodologies; and execute projects and/or studies within established financial and/or time constraints. Ability to develop and utilize appropriate data collection techniques and design, build, and use models and simulation techniques
• Professional knowledge or mathematics principles and concepts, and familiarity with other scientific and engineering disciplines to carry out conventional scientific processes, knowledge of mathematics and related disciplines to design, develop and adapt scientific methods and techniques
• Knowledge in space surveillance systems substantially similar in functionality in order to design, test or upgrade software, knowledge of administrative aspects of task engineering and management

Responsibilities For Data Analyst / Mathematician Resume

• Think innovatively and to solve complex problems
• Self-motivated, with an ability and desire to work collaboratively with other organisations to create new opportunities
• MS or PhD, from an accredited institution, in Applied Mathematics, Operations Research, Industrial Engineering with Mathematics focus, Machine Learning, or Physics, or similar quantitative discipline
• Experience delivering computation approach to outcomes solving complex analytical problems using quantitative approaches with your unique blend of analytical, mathematical and engineering skills
• Understanding of statistical and predictive modeling concepts, machine-learning approaches, clustering and classification techniques, and recommendation and optimization algorithms

Responsibilities For Mathematician / Data Analyst Resume

• Experience with mathematical model building
• Experience with isogeometric analysis
• Comfortable with relational databases and Hadoop-based data mining open-sources frameworks
• Can deal with deadlines, and is able to assimilate information quickly
• Clearly explain and present technical and non-technical ideas

Responsibilities For Mathematician Algorithms Engineer Resume

• Transparent leadership team – business goals and objectives regularly communicated through monthly meetings
• Company culture of continuous improvement
• Competitive salary and benefits – medical, dental, vision, life insurance, and disability
• Benefits begin your first day of employment
• Generous education reimbursement benefits
• Robust retirement benefits with company match
• Vacation, sick, and holiday paid time-off
• Experience in scientific/technical consultation on problems that require interaction with customers to identify and define business or engineering problems and perform subsequent analysis

Responsibilities For Game Development Mathematician Resume

• More than 3 years of computational statistics experience in R or SAS for statistical analysis or other statistical software packages and an interest in learning R and Python
• Expertise with statistical models, such as linear models, generalized linear models, and linear mixed models; multivariate statistics; reliability and time series methods; advanced knowledge of probability theory and mathematical statistics
• Experience with Python for data handling
• Apply design of experiments and statistical process control to improve products and processes and create statistical criteria to be used in product and process testing
• Expert knowledge of estimating techniques, practices and processes
• Obtain interim or final U.S. Security Clearance - post start
• Current SSBI clearance or the ability to obtain clearance

Responsibilities For Associate Mathematician Resume

• Mixed-language software development and the ability to architect a software application
• Extensive experience in multiple high-level languages and scripting languages, including C/C++, Python, Java, and other languages frequently used for scientific computing
• Continuous or mixed nonlinear programming, particularly applied to engineering problems, including multidisciplinary design optimization and multiobjective optimization, with an emphasis on gradient-based techniques
• Proficiency in mathematics, especially probability and statistics
• Excellent communication skills (written and verbal), especially the ability to communicate complicated mathematical concepts to people without a background in mathematics

Responsibilities For Mathematician & Content Architect Resume

• Strong creativity and imagination
• Expert knowledge of probability and statistics
• Create spreadsheets and software simulations to verify math models
• Knowledge of analysis techniques and related software (e.g. Matlab, R, SPSS, Systat, SAS)
• Proficient in Microsoft Excel, Visual Studio

Responsibilities For Mathematician Resume

• Knowledge of physical science, mathematics, and/or high performance computational sciences and related disciplines
• Plan, direct, and evaluate new and highly complex basic research programs, projects, and policies
• Knowledge of the policies and procedures for merit and peer reviews to manage a complex scientific research program
• Communicate orally to serve as a spokesperson for the program area, the Office, the organization, and/or the agency in the broad scientific areas of responsibility. This includes the ability to represent these areas on high visibility committees and planning activities
• Manage program resources to provide optimal appropriate scientific judgement to insure integrity and consistency in the grant/declination process without conflict-of-interest and with balance among appropriate sub-fields and institutions and participation of all qualified scientists. Incorporate cross-directorate responsibilities into program administration
• Advise and assist in the development of short- and long-range plans, establishing goals and objectives for research and education programs. Plan the budget for the program/programs considering past, present, and future fiscal years, allocate resources within the budget, distributing scarce resources among major competitive programs, and manage post-award evaluation
• Provides specialty supplemented by experience of space surveillance systems substantially similar in functionality, relevant mathematical and statistical sciences in order to design, test or upgrade software, administrative aspects of task engineering and management, e.g., procurement policies, preparation of work statements and development plans, cost evaluations
• Exercises Air Force Space Control mission, policies, organizations and staffing, safety and security regulations, practices and procedures, space surveillance network, space operational processes and procedures, orbital mechanics, applied physics and mathematics, applying and using mathematical and simulation models to verify and validate space systems

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Advice and Resources for Mathematics Graduate Students

A PhD Student’s Perspective on landing an industry position

Yuxin Wang (UM Math PhD 2021) wrote to share her perspective and process on finding a rewarding career after graduation. Yuxin’s advisor was Sijue Wu. Yuxin’s words:

My PhD Student Perspective: landing an industry position

The purpose of this narrative is to provide a data point about career choices outside of academia. In particular, it tells the story of how a pure Math PhD student ended up with a position in the quantitative finance industry. 

Why industry 

Many people come to graduate school knowing that they would be a professor someday, and I was never one of them. While being a Mathematician is the goal, I was also aware of the scarcity of jobs in academia, so the idea of an industry job has also always been on my mind. The situation worsened when it came closer to graduation, since the academic job market had been hard hit by the COVID pandemic. With the fierce competition for postdoc positions, an industry position started to sound more like a real possibility. I thus started my industry job search in August just before my fifth year as a PhD student. 

How I prepared 

While the job search happened in my fifth year, the preparation started much earlier. Throughout the years as a graduate student, I attended career workshops every now and then to learn about the options that a Math PhD student typically have. One resource that has been particularly useful is the “Invitation to Industry” series held by the Erdös Institute and the Math department, where people with STEM PhD degrees would talk about what their jobs are, what it takes to succeed in their roles, how they ended up in their current positions, and thoughts on their career development process in general. 

From these talks, I came to understand that some of the most common industry job options for Math PhD students are quants, software engineers, and data scientists, all of which are computation related. As such, I have been taking computational courses either in school or online since my first year in grad school. These include, for instance, Scientific computing (where I learned Bash scripting and C/C++), Numerical linear algebra and differential equations, Stochastic process, Computational finance, Convex optimization, etc. None of these had been essential for landing an industry job, but a breadth of knowledge in these fields would certainly help. 

In hindsight, while taking classes was helpful, one could certainly learn faster through practice. In my case, I attended the bootcamp organized by the Erdös Institute, which was made available to us completely free, and which covered all the necessary programming, data science, and traditional machine learning knowledge. I had the chance to work in a team on a company-sponsored real world data problem, and as a pleasant surprise, the sponsor was impressed with our work and was willing to consider us for full-time opportunities. I did not end up working for the sponsor company eventually, but the exposure to real world problems proved helpful in my job search process. 

The bootcamp was by no means the only way of gaining practical experience. Many companies and research institutes offer internship programs, and these are excellent opportunities for one to practice their coding and analytical skills, to enrich their resumes, and to provide something to talk about in job interviews. 

About the job search 

When I attended the career talks, many speakers would depict their job search process as being smooth and straightforward. It is not true in my case. The first few weeks of my job search was daunting. I started applying to all kinds of industry positions in August, ranging from machine learning engineers to data analysts. I wanted to test the water first, so none of these positions were in my dream company, but it was still disappointing to receive rejection without even being interviewed. 

Stressed out, I reached out to more people on LinkedIn and used more help with reviewing my resume (U of Michigan career center and the Erdös Institute both offer such services). Then finally I started to receive interview invitations. As a hindsight, my previous rejections were probably partially due to the fact that I wasn’t as devoted to those positions; nonetheless, there are two things that I learned from this process:

• Companies often receive hundreds and thousands of resumes for a single position, and most resumes are not even read by a real person. And the way to get my resume read is to either reach out to the hiring managers directly, or to use as many keywords from the job description as possible. I found a website called ResumeWorded (it is free thanks to U of Michigan career center), that rates one’s resume and makes suggestions according to the job description. I was shocked to see that my resume only got a 64% match to the job description, which probably explained all the rejections I got. I started to refine my resume according to every job description, and finally started to get invited to interviews. 
• This is perhaps cliché, but the importance of networking is never to be underestimated. When people think of “networking”, many have the (understandably unpleasant) impression of crowded career fairs, networking events, or awkward phone calls; while in fact, networking can be spontaneous and even fun. I learned this through the “Designing Your Life Series” offered by Rackham – networking is like asking for directions in a foreign country. All we have to do is to be willing to introduce ourselves and talk with others. 

Eventually, my resume started to get noticed, and I interviewed for some quantitative researcher and data scientist positions. I did not get a single rejection from the companies that interviewed me, so I’m glad that I persisted despite all the rejections at the very beginning. Sometimes it’s not that we are incompetent, it’s that the right opportunity hasn’t come yet, and all we need to do is to learn from our own mistakes and keep trying. 

About the interviews

I will focus on my interviewing experience for the quantitative researcher positions only. 

My experience with SIG 

A year prior to my job search, I met Joey Thompson, a recruiter at Susquehanna International Group (SIG), at an “Invitation to Industry” talk (this is the same Joey as in Mark’s post ). Joey and two quantitative researchers at SIG came to give a series of talks about the company and their work as a quantitative researcher. I remember in the first talk with the Quant Finance master students, Joey asked if anyone knew the difference between an investment bank and a hedge fund, and nobody wanted to answer, so I raised my hand. At that moment, I was just trying to let the speaker feel welcome, having no idea that I would talk with him again in my job search. I guess this might have been a form of networking in a broad sense – and all I did was being willing to talk. 

After that, they held a brain teaser battle at Arbor Brewing Company, where Math grad students worked in groups to solve puzzles. The brain teaser battle was fun, and my group won the first place. Joey invited me, as well as some other Math grad students, to apply for their internship position; I ended up not applying right away since I felt under prepared. Looking back, it perhaps would have been a good idea to at least try to apply for an internship in my fourth year – check Mark’s post for how that would look like. 

I contacted Joey a year later to apply for the full-time quantitative researcher position, and was directed to an online assessment, which consisted of questions on Probability, Statistics, Calculus and Linear algebra. I received an invitation to the first phone interview shortly after completing the online assessment. 

Other than the online assessment, my interview experience with SIG is very similar to Mark’s . There are two rounds of phone interviews, a data exercise, and a full day of onsite interviews, which are virtual this year due to the pandemic. The level of difficulty increased gradually throughout the process, and I got the chance to work on some really interesting questions. I did stumble on some problems in the process, but the interviewers were willing to point me to the right direction, so not solving all the problems in the first attempt did not automatically disqualify me. 

General suggestions on interview preparation 

While I am not allowed to discuss any specific interview question, I would say that many of the quantitative researcher interviews contained questions in:

• Probability. Most questions are just on probability calculation (i.e., not measure theoretic probability). Two resources that have been very useful in preparing for these kinds of questions are: A Practical Guide to Quantitative Finance Interviews , and 150 Most Frequently Asked Questions on Quant Interviews . 
• Statistics. In addition to probability, knowing the basics of Bayesian statistics will be useful. Many companies also tested my knowledge on all kinds of regression techniques, so knowing how to derive them from scratch and how to interpret the results in a statistical sense would be helpful. 
• Linear algebra. Math PhD students are in general acquainted with Linear algebra, but we tend to be more familiar with the abstractness than with the computation aspect. While the high level of understanding is crucial, it never hurts to refresh our memories of calculating eigenvalues, eigenvectors, matrix factorizations etc. I find the AIM QR exam in Linear algebra quite useful for this purpose. 
• Coding. Since one common career path for Math PhD students is software engineering, I did a lot of practice on coding through Leetcode. A good understanding of the undergraduate-level algorithm and data structure is as important as the fluency in a coding language. In addition, knowing the basics about how computers work in general would be helpful. I learned some of these through GSI-ing for EECS 376, but there are other more direct ways to prepare. One resource that many people use to prepare for the coding interviews is Cracking the Coding Interview by Gayle McDowell. 

Final remarks  

People make career transitions due to various reasons. For me, the hit of the pandemic is a pretty random direct cause, but my previous efforts exploring the industry possibilities are not irrelevant. In general, transitioning into industry as a Math PhD, though not trivial, would not be difficult either, since the solid background in Math puts one into a great position to learn all the skills that are required to perform an industry job. But just like any endeavor, it does take practice and preparation, and sometimes perseverance. If you would like to talk about any part of my story, feel free to email me at [email protected] . 

The purpose of this narrative is to provide a data point about career choices outside of academia. In particular, it tells the story of how a pure Math PhD student ended up with a position in the quantitative finance industry. 

By Karen E Smith

Professor of Mathematics Associate Chair for Gradate Studies

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Sample Resume MA Mathematics

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Sample resume for a Master’s student in Mathematics.

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College of Science & Mathematics Sample Resumes

Related content.

University of Missouri

College of Arts and Science

Mathematics

Mathematics doctor of philosophy (phd).

Core and Advanced Graduate Courses: Definitions and Schedules

The 8000 level courses appearing in the tables below constitute the current working definition of the term core graduate course. A graduate course not appearing on this list will be called an advanced graduate course. Please refer to the full list of Mathematics courses 4000 and above .

To increase the predictability and the enrollment for core graduate courses, we will stay with the prescribed Fall/Spring schedule for core graduate courses. Advanced graduate courses may be offered on a less predictable basis.

Advanced graduate courses include three sub-classes:

• Topics courses (title includes the word "Topics"). Examples include 8102, 8302, ...
• Seminar courses (title includes the word "Seminar"). Examples include 9187, 9287, ...
• Other advanced courses (title does not include either of the words "Topics" or "Seminar") . Examples include 8642, 8680, 8629, 8670...

It is allowable to list a Topics or Seminar course multiple times on your program of study assuming it is not a duplicate course covering the same topic. Topics and Seminar courses generally have subtitles describing the topic, to list two courses on the program of study it is sufficient that the subtitles are (significantly) different even if the course numbers are the same . On your transcript, only the course number and title appear. On your program of study, you should try to list the course number, the abbreviated title and the subtitle. For example:

• 8102 Topics: Lie Algebras
• 9487 Seminar: Morse Theory

This is a professional research degree designed to prepare students for various advanced professional careers, including college teaching and research.

Year 0 courses include basic advanced undergraduate material, which incoming Ph.D. students are required to master before engaging in graduate coursework.  Well prepared incoming students can petition to skip some or all of the Year 0 courses.  The Director of Graduate Studies will administer an informal exam to see if the students are sufficiently ready to skip Year 0 courses.

Year 1 courses will train students to develop a common solid foundation on basic graduate mathematics. The Ph.D. student is required to pass all 6 courses, and to pass qualifying exams in Algebra and Real Analysis. The qualifying exams will be given in May of each year, shortly after finals week.  There will be an opportunity to retake a qualifying exam in August just before the beginning of the Fall semester.  The Analysis qualifying exams will be from topics from Real Analysis I and Real Analysis II.  The Algebra qualifying exams will be from topics from Algebra I and Algebra II. Extremely well prepared students, with the permission of their initial adviser and the Director of Graduate studies, may take one or both qualifying exams in August before they start their first semester.  If they pass, then with the permission of their initial adviser and the Director of Graduate studies they may skip the corresponding courses in Year 1.

Year 2 and above are the post-qual core courses.  Every Ph.D. student must complete at least six of the post-qual core courses.  (Note that the parity of the year is determined by the beginning of the AY.  For example, Spring 2016 occurs in the beginning of AY 2015, and so would be considered to be in an odd year.)

The graduate student must further complete a course of study approved by the doctoral program committee and pass a comprehensive examination. The active areas of research interest of the current members of the staff are: algebraic geometry, commutative algebra, number theory, representation theory, analysis (real, complex, functional and harmonic), analytic functions, applied mathematics, financial mathematics and mathematics of insurance, scattering theory, differential equations (ordinary and partial), differential geometry, dynamical systems, general relativity, mathematical physics, probabilistic analysis and topology.

Note: Effective at the start of Winter Semester 2007, there is NO foreign language proficiency requirement for the Mathematics PhD. However, a student's Doctoral Committee still retains the discretion to impose a foreign language proficiency requirement.

Department of Mathematics

Information for prospective graduate students.

The Department of Mathematics offers the doctor of philosophy and master of arts degrees in mathematics. Most of our students pursue a Ph.D.

The Ph.D. program requires 72 credit hours of course work, including dissertation research. Doctoral candidates complete a core curriculum in algebra, analysis, and topology. After passing preliminary exams in two of these three areas, students study in their area of concentration. For Ph.D. candidacy students pass a qualifying examination involving either an oral examination in their specialty or an expository paper. Once students have qualified for Ph.D. candidacy, they concentrate on dissertation research.

WHY STUDY AT VANDERBILT?

• The most recent (2010) National Research Council (NRC) report on U.S. math graduate programs places our department in the top group of graduate programs surveyed.
• The Department of Mathematics has a distinguished international faculty that includes three invited speakers at the International Congress of Mathematicians.
• The department has a variety of research groups: universal algebra, topology, group theory, geometry/topology, approximation theory, number theory, noncommutative geometry, operator algebras, mathematical biology, partial differential equations, and graph theory.
• The stimulating research environment is supported by an ongoing program that attracts visiting scholars from institutions around the world and hosts several major conferences a year.
• The Department of Mathematics has approximately fifty research faculty and forty resident graduate students. It is large enough to support a wide range of courses, but small enough for students to receive individual attention from faculty members.
• Graduate students are given one to two years of training to teach at the college level. After that period, they generally serve as TAs and eventually instructors in calculus classes. This opportunity provides valuable experience in communication, even for students who do not pursue careers in academia.
• Our graduate students are very successful in securing jobs.
• Nashville offers the amenities of a large city and the friendliness of a small town.

AMS GRADUATE PROGRAM FAIR

The AMS is hosting a graduate student fair on October 18, 2023. Registration is free and is open until Monday, October 16. The event will be held on the GatherTown platform and the Vanderbilt Mathematics Department will host a virtual table. Please click here to register.

FINANCIAL SUPPORT

Most Ph.D. students in mathematics receive a Graduate Teaching Assistantship and support is usually provided for a five-year period. Teaching assistants receive a University Tuition Scholarship (a service-free award that pays all tuition costs), student health insurance coverage and a twelve-month stipend. For 2023/24 the stipend is $34000. Some highly qualified applicants are awarded University Graduate Fellowships that provide an additional stipend up to $5,000. Also, the Graduate School awards several Provost’s Graduate Fellowships that provide an additional $5,000 to highly qualified students from underrepresented groups.

Students who do not have financial aid pay tuition of $2215 per credit hour.

GRADUATE STUDENT TEACHING

First-year graduate students participate in a weekly teaching seminar and conduct tutored study halls for calculus.

Second and third-year students serve as TAs. Responsibilities include attending class meetings, conducting a weekly recitation section, holding office hours, and grading papers.

Fourth and fifth-year students with good teaching evaluations and strong recommendations from their faculty mentors are assigned to teach a first-year calculus course.

Vanderbilt University’s libraries are among the top research libraries in the nation, home to more than eight million items, including print publications, microfilm items, and digital collections. The mathematics collection is housed in the Science and Engineering Library, conveniently located in the math building. This collection is excellent, both in books and access to electronic resources, including e-journals and online databases such as MathSciNet and Web of Science. Items not available locally can be borrowed through interlibrary loan, which is free of charge to graduate students.

Computational resources available to graduate students include access to the university’s large cluster and desktop computers equipped with computer algebra software and LaTeX. Graduate students may use these facilities freely for research, writing, and teaching.

Furthermore, the graduate students’ office suite is a newly renovated state-of-the-art facility.

Ample private housing is available within walking distance of the campus. The Office of Housing and Residential Education maintains an off-campus housing referral service. Visit their web page at: Off-Campus Housing .

VANDERBILT AND NASHVILLE

Vanderbilt is a private university, founded in 1873. The university includes the four undergraduate schools, the Graduate School, and eight professional schools.

Located approximately two miles from downtown Nashville, Vanderbilt is situated on 330 acres and is designated as an arboretum. A diverse student body of about 6,800 undergraduates and 6,200 graduate and professional students is taught by more than 4,300 full-time faculty members.

The metropolitan Nashville area, in the heart of middle Tennessee, has a population of over one million. The city, a center for music of all kinds, has many other cultural and entertainment opportunities, including theatre, film, museums, symphony, recreation areas, and three major league sports teams and one minor league baseball team.

APPLICATION INFORMATION

Applications should be made online and can be accessed through Vanderbilt’s Graduate School at Application Process . Your application will simultaneously be sent to the Department of Mathematics. The application deadline for Fall 2024 is January 1, 2024.

In the event you are unable to apply online, please send an email message to [email protected] and request a copy of the application. A printable version of the application form will then be sent to you as an email attachment.

Below is a list of required information and materials you will need in order to complete your application. You may begin an application at any time and fill in the missing information when it becomes available.

• GRE General Test scores (No minimum score required)  The GRE General Test is optional for our current graduate application cycle with admission in Fall 2024.
• GRE Mathematics Subject Test score (No minimum score required) The GRE Mathematics Subject Test is optional for our current graduate application cycle with admission in Fall 2024.
• Letters of recommendation (Minimum of 3 letters required)
• Transcripts
• Statement of purpose
• TOEFL score is required of all applicants that have not received a degree from an English-speaking university. (The minimum acceptable score on the paper-based test is 570, and for the internet-based test, 88.)

We look forward to reading your application!

APPLICATION FEES AND WAIVERS

Applications to our graduate program ordinarily require an application fee. Some fee waivers are available to US citizens/permanent residents via the Graduate School directly, as documented here . The math department also has a limited number of additional fee waivers available upon request. Please write to [email protected] to request a waiver. We will assume if you are asking for a fee waiver from the department that you are not eligible for the fee waiver offered by the Graduate School, or have been denied that waiver.

Note: Please do not send tax return documents or any other documents showing sensitive or confidential personal information such as your social security number.

FAQs for Prospective Graduate Students

Further information.

For further information, please contact: Director of Graduate Studies Department of Mathematics, 1326 Stevenson Center Vanderbilt University, Nashville, TN 37240, U.S.A. [email protected] Telephone: +1 615 322 6672 Fax: +1 615 343 0215

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Master’s Student Resume Samples

Your resume is individual to you, your experiences, skills, and education. These sample resumes are not intended to be used as a template. The job/internship description defines the content of the resume; therefore, you will have more than one resume as you apply for various opportunities. Using action verbs , providing context/details, describing transferable skills, and including results/impacts in the bullet points of the experience section are key elements to an effective resume. In addition, it is important to think strategically about who will be reviewing your resume.  

The sample resumes below show both strengths and areas for improvement, which are listed to the right of the document. For more information and assistance with writing an effective resume, we recommend that you view the formatting checklist and resume resources below. We also have online resume books connected with career fairs , so be sure to upload yours in advance of the relevant fair. Finally, we encourage you to schedule an advising appointment on our Handshake platform to have your resume reviewed by Career Services.

Here are some general formatting guidelines to get you started with the formatting. Remember to always be consistent throughout the document:

• Your margins are at least 0.65” on all sides and your font size is at least 10pt.
• Your section headers are all spelled correctly (spellcheck does not automatically check words in ALL CAPS).
• You have provided your official degree (e.g. “Candidate for Master of _____”).
• You have included cities and states for each experience and formatted them consistently. (Make sure locations are listed in the same place for each experience and use two-letter state abbreviations).
• All your experiences have dates, including months or seasons, and are formatted consistently. (Be especially mindful of alignment, spacing, how you abbreviate months, and dashes: – versus – ).
• How to Write a Resume (Beyond Graduate School platform)
• How to Modify Your Resume for Each Job (Beyond Graduate School platform)
• 5 Resume Tips to Get You Started
• 10 Ways to Improve Your Resume Today
• How to Write Effective Resume Bullet Points
• Making the Most of Targeted Resume to Robot-Proof Your Resume
• Resume Tool Lesson on Big Interview

Also be sure to check out our Career Services YouTube Channel for more videos on resumes!

Resume Sample Type

Master of environmental studies (mes).

Key Features:

• One page with good, consistent formatting
• Clear descriptions within the bullets and uses good action verbs to describe the skill/responsibility/project
• Includes result/impact/outcome when possible
• Dates placed on the right-hand side to keep the reader’s focus on the position title and experience – not when it was done

Advice we might give for this resume:

• Include quantifiable elements that help to make the experiences more tangible and specific for the reader to understand
• Include relevant coursework under the master’s program if the courses are related to the job position/field
• Add a “graduate student” entry to the professional experience section to highlight key coursework or student projects, and the specific skills used to do them

Master of Public Health (MPH)

Key Features for MPH resume:

• 2 pages due to extensive experience and background
• Clear descriptions within the bullets and uses good action verbs to describe the skill/responsibility/project.
• Includes Presentations section given the nature of the field and if applicable for a research based role

Advice we might give for this MPH resume:

• Move the dates from the degrees in the Education section to the right side (so that it is consistent alignment with the dates in the other sections)
• Include relevant coursework under the Master’s Program in the Education section
• Include a Summary Profile at top of resume to help give overview and highlights of experience

Master of Behavioral & Decision Sciences (MBDS)

• Put the Education section above the experience section since student is still enrolled in the master’s program
• Add volunteer, leadership, or extracurricular experience if relevant to the position

School of Engineering & Applied Science

Master of Architecture

Click here for the design resume guide.

• One page in length
• Clear descriptions within the bullets and uses action verbs to describe the skill/responsibility/project
• Organizes the skills section by category
• Includes Activities (Extracurriculars) section
• Highlights honors/awards
• Include result/impact/outcome when possible
• Use different action verbs in the experience section (the same verbs were used a few times)

Master of Landscape Architecture

Key Features

• Includes Leadership Experience section
• Highlights competitions/awards
• Make sure font style is consistent throughout the resume (there are currently two different font styles being used)

Master of City Planning

Advice we might give for this resume

• Add volunteer, leadership, or extracurricular experience as a separate section if relevant to the position 

Master in Law

• Include quantifiable elements that help to make the experiences more tangible and specific for the reader
• Includes Leadership Section
• Dates placed on the right-hand side to keep the reader’s focus on the position title and experience– not when it was done
• Include relevant coursework under the master’s program if the courses are related to the job
• position/field
• Include result/impact/outcome for each position (when possible)
• Instead of just having descriptions of what was done under the experience section bullet points, describe the transferable skills in action

For more info on how to write a resume, click her e

When the PhD path leads to career struggles

A doctoral degree is a major commitment. Think carefully.

I appreciated reading Kara Miller’s The Big Idea column “PhD: Pretty heavily disappointed” (Business, May 22), about people with doctoral degrees struggling to build careers in academia. It made me think back to a conversation I had when I was about to graduate from high school.

I happened to run into a former track coach of mine, and as we were reminiscing he asked me what I planned as a major in college. “History,” I responded. He said, “Why don’t you take some computer classes also? It never hurts to be able to do something useful.”

I did not reflect on his motivation at the time, but my track coach was a young guy, and he was probably giving me advice straight from his own life, as a parent trying to raise his own young children. I did take computer classes in college and ultimately received a PhD in chemical engineering. I always remember that conversation as being a kind of turning point.

Earning a doctoral degree is a life commitment of great proportion. It can take, as Miller notes, between four and seven years. If we think of working life as roughly between the ages of 22 and 65, then a PhD requires more than 10 percent of a person’s working life. People need to think carefully about that investment.

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Two powerful arguments in favor of the path of science, technology, engineering, and math are that there tend to be more STEM jobs for PhDs, and many universities’ STEM departments are generous in covering their PhD students’ tuition and cost of studies, including a stipend toward food, rent, and other expenses.

Stuart Gallant

Not much has changed in 30 years

As I prepared to graduate in 1995 with a doctor of education degree from the Harvard Graduate School of Education, my mother memorably said to me, “Of my four children, you are the one with the most education and the smallest salary.” Apparently not much has changed in 30 years.

I must congratulate these students, however, on following their passion rather than following the money. I can’t help but think that their lives, though stressful, may contain greater happiness.

Peggy Clark

Lawyers & electricians & philosophers, oh my!

Kara Miller’s column on the career challenges for people with doctoral degrees generated more than 260 comments on Boston.Globe.com. The following is an edited sample of readers’ reactions:

Lots of law school grads are underemployed as well. (PL)

So true, PL. The market in Massachusetts is flooded with talented lawyers seeking work. (Roforma)

Supply and demand, the market at work. (guk)

Investing in education and research in all fields is the hallmark of a society with staying power. Disinvesting from these endeavors signals decline and decay. (Massachusetts citizen)

Electricians, plumbers, mechanics, and other skilled technical professions have no problems getting $100k jobs with great benefits. (ramsen)

Not enough turnover from tenured professors, leaving little space for new faculty. Although the tenured, well-established professors are needed, it’s the junior faculty who are hungry and with new ideas that help build new programs. The whole graduate program model is a bad model. I worked two jobs, had my tuition and some type of minimal student health insurance and could barely cover the rent with my stipend, and the second job paid for everything else. Though I was working on many faculty projects, it was the faculty who said this would be good for me. Never did they say it was also good for them. (TravelerofNJ2)

I just retired from a tenured faculty position in science. I’m in my early 70s. I have colleagues who are still doing what they do well into their 70s, a couple approaching 80. There is no active incentive from the university to move the older faculty on, to make way for a new generation. (Lola-lola)

The next step is for adjuncts to go on strike across the nation and hold colleges and universities accountable. The current system is completely absurd. (Wordsmith2358)

Universities should be required to release disclosure data about the fate of their PhD graduates. (davidman820)

I knew an attorney who managed a Cheesecake Factory. She had worked in food services through school. As an attorney, she really did not make that much money and was not doing the field of law of her choice. How many real estate closings can you do without dying of boredom? She went into management in the food industry and makes the same salary. (Antietem)

It was always a question and puzzling to me why people study philosophy. (Blazer27)

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