How to Build a Post-Graduation Action Plan

By Dr. Zubair Khalid, DVM, MS, PhD · 2026-08-27

Quick Answer

• Build a post-graduation action plan by defining your target roles, mapping required skills to your experience, and setting weekly application and networking tasks.
• Use the downloadable template structure below to track deadlines, contacts, and follow-ups for each position you pursue.
• Your plan must remain flexible because life science careers span laboratory, clinical, regulatory, and policy settings with different education requirements.

At a Glance

Define Your Post-Graduation Target Roles

Start by listing the specific job titles you will pursue. The U.S. Bureau of Labor Statistics Occupational Outlook Handbook provides official descriptions of education pathways, work settings, and typical duties for occupations across the life sciences. Use these profiles to confirm whether your target role requires a bachelor's degree, master's degree, doctoral degree, or professional degree.

For example, a graduate with a biology degree may pursue positions as a biological technician, microbiologist, or medical scientist. Each occupation has different education expectations and work environments. The Occupational Outlook Handbook describes biological technicians as workers who assist scientists in laboratory settings, while medical scientists typically conduct research to improve human health and often hold a doctoral degree.

Your action plan should list three to five target roles. For each role, write down the education requirement, the typical work setting, and the core tasks you would perform. This information becomes the foundation for your skill gap analysis and application strategy.

Map Your Skills Against Occupation Requirements

The O*NET OnLine database from the U.S. Department of Labor provides detailed task lists, skill requirements, and work context descriptions for hundreds of occupations. Use this resource to compare your current abilities with what employers expect for your target roles.

Create a simple table with three columns for each target occupation. In the first column, list the tasks and skills from the O*NET profile. In the second column, rate your current proficiency as beginner, intermediate, or advanced. In the third column, write the specific action you will take to close any gap.

Common gaps for life science graduates include statistical analysis software, laboratory techniques, scientific writing, and project management. If a target occupation requires skills you lack, your action plan should include concrete steps such as completing an online course, volunteering in a research laboratory, or taking on a data analysis project in your current position.

Build Your Application Tracker

An application tracker prevents the common problem of losing track of where you have applied and what you have heard back. Create a spreadsheet with columns for the position title, organization, date applied, application materials submitted, contact person, follow-up date, and current status.

Update the tracker every time you submit an application, send an email, or receive a response. Set a weekly reminder to review the tracker and identify applications that need follow-up. A consistent follow-up schedule shows employers that you are organized and genuinely interested in the position.

Your tracker should also include a section for positions you have ruled out. Record the reason you decided not to apply, such as a location mismatch, education requirement, or salary expectation. This record helps you refine your search criteria and avoid repeating the same filtering mistakes.

Create a Weekly Job Search Schedule

A structured weekly schedule keeps your job search moving without consuming every waking hour. Divide your week into focused blocks for searching, applying, networking, and skill development.

A practical weekly schedule might look like this:

The National Institutes of Health Office of Intramural Training and Education offers career development resources for researchers at all stages. Their materials emphasize the importance of treating the job search as a structured process instead of a series of reactive applications.

Identify the Right Application Materials for Each Role

Different life science roles require different application materials. A research position may prioritize your curriculum vitae and publication list, while a regulatory affairs role may require a resume that emphasizes compliance knowledge and documentation skills.

Prepare a master curriculum vitae that includes your education, research experience, publications, presentations, teaching experience, and technical skills. From this master document, create tailored versions for each application. Match the language in your materials to the task descriptions in the O*NET profile for your target occupation.

For federal research organizations, the application process may have specific requirements. The National Science Foundation careers page describes scientific, program, administrative, and technical roles within a federal research organization. Review the application instructions for each federal position carefully because they often require specific formats and supporting documents.

Build a Networking Plan

Networking is a practical activity with measurable outcomes. Your plan should include a list of people to contact, the reason for contacting each person, and the specific ask you will make.

Start with people you already know, including faculty members, laboratory supervisors, and fellow students. Ask them for informational interviews with professionals in your target field. The American Society for Microbiology career resources describe professional roles and networking opportunities for microbiologists, and similar professional societies exist for most life science fields.

For each networking contact, prepare three questions about their career path, their current work, and their advice for someone entering the field. Send a thank-you note within 24 hours of each conversation. Record the conversation in your networking log and note any follow-up actions you promised.

Professional conferences and seminars provide additional networking opportunities. Many professional societies offer student memberships at reduced rates, and some provide travel awards for students presenting research. Attending these events allows you to meet professionals in your field and learn about positions that may not be publicly posted.

Prepare for Interviews with Structured Practice

Interview preparation should begin before you submit your first application. Research the organization and the specific position using the occupation profiles from the Occupational Outlook Handbook and O*NET OnLine. Prepare answers to common questions about your research experience, your technical skills, and your reasons for pursuing the position.

Practice answering questions out loud, either with a friend, a career counselor, or by recording yourself. Focus on describing your experience in concrete terms, including the techniques you used, the problems you solved, and the results you achieved.

For research positions, be prepared to discuss your previous work in detail. Review your laboratory notebooks, publications, and presentations so you can speak confidently about your methods and findings. For non-research positions, prepare examples that demonstrate your organizational skills, written communication, and ability to work in teams.

Evaluate Job Offers Using Objective Criteria

When you receive a job offer, evaluate it against the decision criteria you established in your action plan. Do not make a decision based on salary alone. Consider the work setting, advancement potential, benefits, location, and how well the position matches your long-term career goals.

The Occupational Outlook Handbook provides information about work settings and typical duties for occupations, which can help you compare how different positions align with your preferences. For example, some life science roles involve primarily laboratory work, while others involve fieldwork, teaching, or administrative responsibilities.

If you receive multiple offers, create a comparison table with your decision criteria as rows and each offer as a column. Rate each offer on each criterion and review the results. This structured approach reduces the influence of pressure and emotion on your decision.

Use Career Services and Professional Organizations

Your university career services office can review your application materials, conduct mock interviews, and connect you with alumni in your field. Schedule an appointment early in your job search instead of waiting until you have a deadline.

Professional organizations provide career resources specific to your field. The American Society for Microbiology careers page offers information about professional roles, training opportunities, and networking for microbiologists. The Association of American Veterinary Medical Colleges provides career resources for those pursuing veterinary education and careers. Similar organizations exist for biochemistry, genetics, ecology, and other life science fields.

Membership in a professional organization often includes access to job boards, mentoring programs, and continuing education opportunities. Some organizations offer reduced membership rates for students and recent graduates, so check the requirements before you graduate.

Consider Graduate and Professional Education Pathways

Some life science graduates decide to pursue additional education after completing their current degree. Your action plan should include a decision point for evaluating whether graduate or professional school aligns with your career goals.

The Occupational Outlook Handbook describes education requirements for occupations across the life sciences. Some positions that require a master's degree include certain roles in bioinformatics, environmental science, and public health. Positions that require a doctoral degree include many independent research roles in academia and industry. Professional degrees are required for careers such as veterinary medicine.

The Association of American Veterinary Medical Colleges provides information about the education pathway for becoming a veterinarian, including prerequisite coursework and the application process. If you are considering veterinary school, your action plan should include a timeline for completing prerequisites, taking required entrance exams, and submitting applications.

For graduate school applications, your plan should include a timeline for requesting letters of recommendation, writing personal statements, and submitting applications. Many graduate programs have deadlines that fall a year or more before the intended start date, so begin the process early.

Track Your Progress and Adjust Your Plan

Your action plan is a working document, not a static list. Review it weekly to track your progress and monthly to evaluate whether your strategies are working.

At each weekly review, ask yourself these questions:

• How many applications did I submit this week?
• How many networking contacts did I make?
• Did I follow up on all pending applications?
• What skills did I develop or improve?
• What obstacles did I encounter and how did I address them?

At each monthly review, ask broader questions:

• Am I receiving responses to my applications?
• Are my applications leading to interviews?
• Do my target roles still match my career goals?
• Do I need to adjust my target roles, application materials, or networking strategy?

If you are not receiving responses to your applications, review your materials and your target roles. Consider whether your application materials clearly demonstrate the skills and tasks described in the occupation profile. Consider whether your target roles require education or experience you do not yet have.

Common Failure Patterns in Post-Graduation Job Searches

Several recurring problems undermine job searches for life science graduates. Recognizing these patterns helps you avoid them.

The first pattern is applying without tailoring. Submitting the same curriculum vitae and cover letter to every position signals that you have not researched the organization or the role. Employers can identify generic applications quickly, and they rarely advance to the interview stage.

The second pattern is neglecting follow-up. Many graduates submit applications and then wait passively for a response. A structured follow-up schedule keeps your application visible and demonstrates your interest. Send a polite inquiry if you have not heard back within two weeks of the application deadline.

The third pattern is skipping the skill gap analysis. Graduates who apply for positions that require skills they do not have waste time and energy on applications that will not succeed. Complete the skill gap analysis before you begin applying so you can address gaps through coursework, volunteer work, or targeted experience.

The fourth pattern is ignoring the hidden job market. Many positions are filled through networking instead of public job postings. A consistent networking schedule connects you to opportunities that never appear on job boards.

The fifth pattern is making decisions under pressure. Graduates who receive an offer may accept it immediately without comparing it against their decision criteria. Use your objective criteria to evaluate every offer, even when you are eager to secure a position.

Records and Measurements for Your Job Search

Keep records of every activity in your job search so you can measure your progress and identify what works. Your records should include the number of applications submitted, the number of responses received, the number of interviews conducted, and the number of offers received.

These measurements help you evaluate your search strategy. If you have submitted 50 applications and received no responses, your application materials or target roles likely need adjustment. If you are receiving interviews but no offers, your interview preparation may need improvement.

Your records also provide material for future applications and interviews. When an employer asks about your career goals, you can reference the research you conducted and the positions you have pursued. When a networking contact asks about your background, you can describe your search in concrete terms.

Safety and Regulatory Context for Life Science Careers

Some life science careers involve safety and regulatory considerations that should inform your action plan. Laboratory positions may require training in chemical safety, biological safety, or radiation safety. Clinical positions may require certification or licensure. Regulatory affairs positions require knowledge of the laws and regulations that govern the development and approval of medical products.

Research the safety and regulatory requirements for your target roles during the skill gap analysis phase. If a position requires certification or licensure, include the timeline for obtaining that credential in your action plan. If a position requires specific safety training, identify where you can complete that training before you apply.

The Occupational Outlook Handbook describes the work settings and duties for occupations, which can help you identify the safety and regulatory context for each role. For example, some laboratory roles involve working with hazardous materials, while clinical roles involve direct patient contact.

Professional Escalation Criteria

Your action plan should include criteria for escalating concerns to a career counselor, faculty advisor, or other professional. Escalate when you experience any of the following situations:

• You have submitted a significant number of applications without receiving any responses or interviews
• You are uncertain whether your target roles match your education and experience
• You receive an offer that requires a decision before you can complete your evaluation
• You are considering a career path that requires additional education or certification
• You experience discrimination or harassment during the application or interview process

Career counselors and faculty advisors can review your application materials, provide perspective on your search strategy, and connect you with resources you may not have considered. The National Institutes of Health Office of Intramural Training and Education provides career development resources for researchers, and similar support is available through university career services and professional organizations.

Build Your Action Plan Template

Use the following structure to create your own post-graduation action plan. Copy this template into a document or spreadsheet and fill in the details for your specific situation.

Section 1: Target Roles

List three to five target roles. For each role, record the education requirement, work setting, core tasks, and salary range from the Occupational Outlook Handbook.

Section 2: Skill Gap Analysis

For each target role, list the required skills and tasks from O*NET OnLine. Rate your current proficiency and write the action you will take to close each gap.

Section 3: Application Tracker

Create a table with columns for position, organization, date applied, materials submitted, contact person, follow-up date, and status.

Section 4: Networking Log

Create a table with columns for contact name, organization, date contacted, topic discussed, and next step.

Section 5: Weekly Schedule

Write your weekly schedule with specific time blocks for searching, applying, networking, and skill development.

Section 6: Decision Criteria

List the factors you will use to evaluate job offers, including salary, location, benefits, work setting, and advancement potential.

Section 7: Graduate School Timeline

If you are considering additional education, create a timeline for prerequisites, entrance exams, applications, and decision dates.

Use a Weighted Decision Matrix to Compare Job Offers and Career Paths

A simple comparison table that lists your decision criteria and rates each offer can still leave you uncertain when one position pays more but offers less advancement potential, or when a second position matches your research interests but requires a long commute. A weighted decision matrix solves this problem by forcing you to assign a numerical importance score to each criterion before you compare any offers. This method works for comparing job offers, graduate school admissions, and even whether to accept a postdoctoral position versus an industry role.

Step 1: Define Your Decision Criteria

Start with the criteria you already recorded in your action plan, such as salary, location, benefits, work setting, and advancement potential. Add criteria that matter specifically to your situation, including mentorship quality, publication opportunities, grant-writing experience, laboratory resources, teaching load, work-life balance, and job stability. The Occupational Outlook Handbook describes work settings and typical duties for occupations, which can help you identify criteria you may not have considered for a specific role.

Write down every criterion that could influence your decision, even ones that feel minor. A criterion you rank low today may become important when you compare two otherwise similar offers.

Step 2: Assign Importance Weights

For each criterion, assign a weight from 1 to 5 based on how important it is to your career goals. A weight of 5 means the criterion is essential, while a weight of 1 means it is nice to have but not decisive. Be honest about your priorities. If you value staying in a specific city for family reasons, location should receive a high weight. If you are willing to relocate anywhere for the right research opportunity, location receives a low weight.

The sum of your weights does not need to equal any particular number. What matters is the relative difference between criteria. A criterion weighted 5 will influence your final score five times more than a criterion weighted 1.

Step 3: Rate Each Offer on Every Criterion

For each job offer or career path you are considering, rate how well it satisfies each criterion on a scale from 1 to 5. A rating of 5 means the offer fully meets your expectation for that criterion, while a rating of 1 means it falls far short.

Use objective information where possible. The Occupational Outlook Handbook provides data on work settings and typical duties. O*NET OnLine describes tasks, skills, and work context for occupations. For salary information, consult the occupation page in the Occupational Outlook Handbook instead of relying on anecdotal reports from friends or online forums.

For subjective criteria such as mentorship quality or laboratory culture, use evidence from your interviews and site visits. Write down specific observations, such as how quickly you received responses to your questions, whether current employees described their work positively, and whether the principal investigator explained how they support career development. The National Institutes of Health Office of Intramural Training and Education emphasizes the importance of evaluating mentorship and training environments when considering research positions.

Step 4: Calculate Weighted Scores

Multiply the weight of each criterion by the rating for each offer, then add the products for each offer. The offer with the highest total score is the one that best matches your stated priorities.

Here is a practical example for a graduate comparing a university postdoctoral position and an industry research scientist role:

In this example, the university position scores higher because research alignment and mentorship quality outweigh the higher salary and advancement potential of the industry role. The matrix makes this trade-off visible instead of leaving you to weigh competing factors in your head.

Step 5: Test Your Results with Sensitivity Analysis

A weighted decision matrix is only as good as the weights and ratings you assign. Before you commit to the highest-scoring offer, test whether your decision changes when you adjust your assumptions.

Change one weight at a time and recalculate the totals. If you increase the weight for salary from 3 to 5, does the industry role overtake the university position? If you decrease the weight for mentorship from 4 to 2, does the ranking change? This sensitivity analysis reveals which criteria are driving your decision and whether your choice is robust or depends on a single assumption.

If the ranking changes dramatically with a small adjustment, you need more information before deciding. Schedule another conversation with each employer, ask current employees about their experience, or revisit the task descriptions in O*NET OnLine to confirm your understanding of each role.

Step 6: Document Your Decision Rationale

Record your completed matrix in your action plan with the date, the offers compared, the weights you assigned, and the final scores. Write a short paragraph explaining why the top-scoring offer won and what trade-offs you accepted. This documentation serves two purposes.

First, it gives you a reference point if you second-guess your decision later. When you face a difficult week in your new position, you can review the matrix and remember the objective reasons you chose that role over the alternatives.

Second, it prepares you for future negotiations and career moves. When you discuss your career path with a supervisor or mentor, you can explain the criteria that matter to you and why you made your choice. The American Society for Microbiology career resources describe how professionals use structured career planning to guide their development, and a documented decision matrix is a concrete example of this practice.

When to Escalate to a Career Counselor

Use the weighted decision matrix as your first pass at comparing offers. If the matrix produces a clear winner and your sensitivity analysis confirms the result, you can proceed with confidence. Escalate to a career counselor or faculty advisor when the matrix produces a near tie, when you struggle to assign honest weights, or when you feel pressure to decide before completing your analysis. A counselor can help you articulate priorities you have not named and can review whether your ratings reflect realistic assessments of each opportunity.

Frequently Asked Questions

How do I choose between a research position and a non-research position after graduation?

Compare the task descriptions and work settings from the Occupational Outlook Handbook and O*NET OnLine for each type of role. Research positions typically involve laboratory work, data analysis, and scientific writing. Non-research positions may involve regulatory affairs, technical writing, sales, or project management. Match the daily tasks to your preferences and skills.

What should I include in my curriculum vitae for life science positions?

Include your education, research experience, publications, presentations, teaching experience, technical skills, and professional memberships. Tailor the document for each application by matching the language to the task descriptions in the occupation profile.

How important is networking for finding a life science job?

Networking is a practical method for learning about positions that may not be publicly posted and for building relationships that support referrals. Professional organizations such as the American Society for Microbiology provide networking opportunities and career resources for life science professionals.

Should I apply for positions even if I do not meet every qualification?

Review the education and experience requirements in the occupation profile before applying. If you meet the core requirements and can demonstrate related skills, an application may be worthwhile. If you lack a required degree or certification, focus on closing that gap before applying.

How do I decide whether to pursue graduate school?

Compare the education requirements for your target roles in the Occupational Outlook Handbook. If your target roles require a master's or doctoral degree, include graduate school in your action plan. If your target roles accept a bachelor's degree, you may choose to gain work experience before pursuing additional education.

What should I do if I am not getting responses to my applications?

Review your application materials and target roles. Check whether your materials clearly demonstrate the skills and tasks described in the occupation profile. Consider whether your target roles require education or experience you do not have. Schedule a meeting with a career counselor to review your materials and strategy.

How do I evaluate a job offer?

Compare the offer against the decision criteria you established in your action plan, including salary, location, benefits, work setting, and advancement potential. Create a comparison table if you have multiple offers. Do not make a decision based on salary alone.

What resources are available for students considering veterinary school?

The Association of American Veterinary Medical Colleges provides information about the education pathway for becoming a veterinarian, including prerequisite coursework and the application process. Review these materials early in your planning because the application timeline spans more than a year.

Related Articles

• Choosing the Best Online Data Science Master's for Life Sciences Professionals
• Research Assistant Careers in Life Science
• Biomedical Data Science Master's Programs: A Guide to Curriculum and Career Outcomes
• Choosing a Bioinformatics Master's Program: A Decision Framework
• Bioinformatics PhD Applications: Planning the Research Fit Process

References and Further Reading

• Occupational Outlook Handbook. U.S. Bureau of Labor Statistics.
• O*NET OnLine. U.S. Department of Labor.
• Office of Intramural Training and Education. National Institutes of Health.
• Careers at NSF. U.S. National Science Foundation.
• Career Services. American Society for Microbiology.
• AAVMC Career Resources. Association of American Veterinary Medical Colleges.
• NCBI Literature Resources. National Center for Biotechnology Information.
• PubMed. National Library of Medicine.

This article is educational and does not replace institutional policy, professional advice, or applicable safety and regulatory requirements.