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BCRI’s Clinical SAS Course (Online) is a 3-month intensive training program designed to prepare you for global careers in clinical data analysis, biostatistics, and pharma research programming. Learn Base SAS, SQL, Macros, and industry-standard frameworks like SDTM and ADaM, all aligned with CDISC and FDA regulatory expectations.
We make our students job-ready by delivering the most up-to-date Online Clinical SAS Course Content, real-world application, and an innovative learning approach — all at competitive pricing.”
The Bangalore Clinical Research Institute (BCRI) is one of India’s leading Clinical Research Training Organizations, offering advanced training in CDISC SDTM, ADaM, and TLF/TLGs for over a decade. Our curriculum is aligned with FDA submission requirements and international standards used by CROs and sponsors.
This specialized Clinical SAS Training Program focuses on building the skills required to manage and submit standardized clinical trial data. The training equips you to confidently work on clinical programming, data validation, and regulatory submissions using real-world clinical trial scenarios.
Join BCRI’s Online Clinical SAS Course and gain hands-on expertise in Base SAS, Macros, CDISC SDTM, ADaM, and TLFs — all aligned with global clinical trial standards and FDA submission guidelines.
Hands-on training with Base SAS, Macros, SDTM, ADaM, and TLFs
Train on datasets aligned with FDA, CDISC, and global pharma trials
Practice with clinical datasets, SDTM mapping & analysis outputs
Instructors with 10+ years in CRO, pharma & FDA-compliant submissions
Resume help, mock interviews & job referrals to CROs and analytics firms
Clinical SAS Course online – consists of SAS/Base, SAS/Macros, SAS/ SQL, SAS/Stat, SAS/Access, Clinical Data Interchange Standards Consortium (CDISC), SDTM (Study Data Tabulation Model), ADaM (Analysis Dataset Model), for 3 months.
BCRI’s Clinical SAS Training Program is tailored to prepare you for real-world programming roles in clinical trials.
Whether you’re aiming to become a Clinical SAS Programmer or contribute to regulatory data submissions, our training equips you with the tools, standards, and hands-on experience needed to succeed globally in pharma, CROs, and biotech.
Learn Base SAS, Macros, SDTM, ADaM, and TLFs — structured to meet global CDISC and FDA submission standards.
Apply what you learn through mock datasets, define.xml projects, Pinnacle 21 validation, and TLF generation for practice.
Get mentored by programmers and biostatisticians with 10+ years of CRO and pharma trial experience in US-submission datasets.
Resume help, interview training, and referrals for SAS programmer roles in CROs, analytics firms, and global pharma projects.
By completing BCRI’s Clinical SAS Training Program, you’ll develop the technical, analytical, and regulatory skills needed to work confidently in clinical data programming and biostatistics roles across the global pharma industry.
✅ Key Skills You’ll Develop:
Join from anywhere with our 100% online, live interactive sessions designed for working professionals and full-time students.
Revisit lectures anytime with 3-month access to recorded sessions on the BCRI Class app.
Master Base SAS, Macros, SDTM, ADaM, and TLFs — aligned with FDA, CDISC, and global regulatory submission standards.
Work on real-world scenarios to develop job-ready skills.
We assist with resume building, conduct mock interviews, and offer placement referrals to top recruiters across India.
Learn from certified professionals with years of hands-on experience in medical coding, billing, and clinical documentation.
Our Clinical SAS Training Program is crafted for students and professionals aiming to build a career in clinical research data programming. From SDTM and ADaM development to TLF generation and regulatory compliance, you’ll master tools used in global FDA submissions through real assignment-based learning.
Flexible Learning, Career-Focused Training
| Feature | Details |
|---|---|
| 🧑🏫 Mode of Learning | Online Live Interactive Classes |
| ⏳ Duration | 3 Months (Weekend & Fast-Track Batches Available) |
| 📚 Curriculum | Base SAS, Macros, SQL, CDISC SDTM, ADaM, TLFs, Define.XML |
| 🩺 Eligibility | Life Science, Pharma, Biostatistics, BCA/MCA, or Data Analytics Backgrounds |
| 🎥 Class Recordings | 4 Months Inapp access to recordings & study material |
| 💼 Placement Assistance | Mock Interviews, Resume Review & Job Referrals in CROs & Pharma |
| 🧾 Certification | BCRI Clinical SAS Certificate – Industry-recognized |
| 🧪 Tools & Environment | SAS 9.4 | SDTM/ADaM Templates |
Clinical SAS programming remains a high-demand skill globally, driven by rigorous regulatory requirements from agencies like the FDA and EMA. In major international hubs:
| Region / Role | Experience Level | Annual Salary (Approx.) |
|---|---|---|
| India (Bangalore) | Entry (0–2 yrs) | ₹4L–₹6L base + ₹20K bonus* |
| India (Top CROs: IQVIA, Accenture) | Mid (2–5 yrs) | ₹6L–₹8L+ |
| India | Senior (5+ yrs) | ₹10L–₹13L+ |
| USA – Clinical SAS Programmer | All levels | $66K–$83K base; ~$74K total† |
| USA – Mid/Senior Positions | 5+ years | $108K–$186K; Median: $140K |
Join BCRI’s industry-recognized Online Clinical SAS Training Program.
Learn from Certified SAS Professionals, master real-world clinical trial skills, and get 100% placement support. Start your global clinical research career today!
A clinical SAS job role involves working with data generated from clinical trials. With a science background, people can understand medical terminologies easily and can do the reporting with high accuracy. Their academic experience provides a deep understanding of the clinical research process, including study design, data collection, and regulatory compliance. This knowledge along with clinical SAS training make their career more successful.
Once after clinical SAS training, it can be considered a good career for individuals interested in working with reporting, data analysis, and clinical research, particularly within the pharmaceutical, and healthcare industries. Clinical SAS professionals in India are well-compensated for their skills and expertise as per the Industry Experts, the average salary for a clinical SAS programmer in India is around INR 500,000 to INR 5,000,000 per year, depending on their level of experience.
SAS is universally used in clinical trial companies for data analysis, and reporting, in pharmaceutical, biotech, and clinical research organizations (CRO). SAS is the standard for clinical research analytics in today’s advanced analytics industry, helping you maximize value and minimize risk.
Clinical SAS course online is used to manage, analyze, and report clinical trial data used in pharmaceutical and biotechnology companies for a variety of tasks, including data management, analysis, and reporting. The clinical SAS online course may include video lectures, interactive exercises, and assessments. Clinical SAS course online training allows each individual to learn at their own pace and from anywhere with an internet connection.
Yes, it’s definitely possible to learn Clinical SAS programming along with a clinical research course. In fact, many clinical research courses include instruction on SAS programming, as it’s a commonly used tool for Data management and analysis in clinical research.
SAS (Statistical Analysis System) is a powerful software suite used for data management, statistical analysis, and reporting in a variety of industries, including clinical research. Learning SAS programming can be an asset in the field of clinical research, as it allows you to work with large datasets, perform statistical analysis, and generate reports.
Suppose you’re interested in learning Clinical SAS programming. In that case, you may want to look for a clinical research course that includes instruction on SAS or considers taking a separate SAS programming course. We provide a PG Diploma in Clinical Research course, including Clinical SAS Programming.
In summary, learning Clinical SAS programming alongside a clinical research course can be a valuable skill set in the industry.
There is no specific eligibility criteria to learn Clinical SAS programming, but a background in life sciences, statistics, or computer science can be helpful. Additionally, familiarity with statistical concepts and programming languages can be advantageous.
Life science, Pharmacy, Medical Graduates & Post Graduates (including BDS, BAMS, BHMS, BPT)
Clinical SAS certification is helpful for the unique needs and requirements of the clinical research industry. It demonstrates the ability of the candidate to work with clinical trial data, which is crucial in drug development and regulatory compliance. Clinical SAS online/offline training is one of the good career choices because of its high demand for professionals with these skills as the healthcare industry continues to grow and evolve, there is an increasing need for experts who have sound knowledge of clinical SAS.
The demand for Clinical SAS Programmers in India is also quite high, as SAS is widely used in the clinical research industry in India. Many pharmaceutical companies, clinical research organizations (CROs), and biotech firms hire SAS programmers for their clinical trials and research projects.
There are several companies in India that hire Clinical SAS professionals. Some of the top companies in this field include:
In addition to these companies, there are also many smaller CROs and research organizations that hire Clinical SAS programmers. The salary range for Clinical SAS Programmers in India varies based on experience, location, and job role, but it is generally competitive.
The demand for SAS programmers in India is expected to grow as the clinical research industry in the country continues to expand. With increasing numbers of clinical trials being conducted in India and a growing need for data management and analysis, the demand for Clinical SAS Programmers is likely to remain strong in the coming years.
SAS provides a graphical point-and-click user interface for non-technical users and more advanced options through the SAS language. Clinical SAS is used to generate reports of clinical trial data which is generated during clinical research. These reports may be in the form of Tables, Listings, or Graphs.
The Clinical Data Interchange Standards Consortium (CDISC) is a standards developing organization (SDO) that deals with medical research data linked with healthcare to enable the information system interoperability to improve the clinical research and related areas of healthcare. The CDISC is a global nonprofit organization that actively develops Data standards for the pharmaceutical industry. It sets Data standards, which are a critical component in the quest to improve global public health and overcome the inefficiencies in collecting, processing, and analyzing patient and health-related information. It also drives up on the cost of drug development for life sciences companies and can effectively work on the price and quality of health care delivery for patients and consumers.
The CDISC brings efficiency to the entire drug development procedure by improving the Data quality and speed-up the whole drug development process, to perform that CDISC developed a series of standards like Study Data Tabulation Model (SDTM) and Analysis Data Model (ADaM).
Analysis Data Model (ADaM) is a standard format used for the submission of analysis-ready datasets to regulatory agencies such as the FDA for clinical trials. It is one of the regulatory submission standards specified by the Clinical Data Interchange Standards Consortium (CDISC).
The ADaM model is used to organize and structure the data for statistical analysis, and it provides a consistent approach for organizing data across multiple clinical trials. It defines standard variables and formats for the datasets used in statistical analysis, including efficacy and safety data.
The Analysis Dataset Model (ADAM) is a subset of the ADaM model, which is used specifically for analysis datasets. It defines the data structure and content for the datasets used in statistical analysis, such as the datasets for primary efficacy analysis, safety analysis, and supportive analysis.
The ADAM model is intended to be used in conjunction with other CDISC standards, such as the Study Data Tabulation Model (SDTM) for defining the structure and content of clinical trial data, and the Define-XML standard for defining the metadata and data structure for submission datasets.
In summary, the Analysis Dataset Model (ADAM) is a standard format for organizing and structuring the datasets used in statistical analysis for clinical trials. It provides a consistent approach for organizing data and is a key component of the CDISC submission standards for regulatory agencies.
The Study Data Tabulation Model (SDTM) is a standard format for organizing and presenting clinical trial data. It is one of the regulatory submission standards specified by the Clinical Data Interchange Standards Consortium (CDISC) and is used for the submission of clinical trial data to regulatory agencies such as the FDA.
The SDTM standard defines the structure and content of clinical trial data in a consistent manner, making it easier to analyze and compare data across multiple studies. It provides a framework for organizing data into standard domains, such as demographics, adverse events, laboratory results, and medication data.
The SDTM model is intended to be used in conjunction with other CDISC standards, such as the Analysis Data Model (ADaM) for defining analysis datasets used in statistical analysis, and the Define-XML standard for defining the metadata and data structure for submission datasets.
Adopting the SDTM standard has many benefits, including reducing the time and cost of data management and analysis, increasing the accuracy and consistency of clinical trial data, and making it easier for regulatory agencies to review and assess clinical trial data.
In summary, the Study Data Tabulation Model (SDTM) is a standard format for organizing and presenting clinical trial data in a consistent and standardized manner. It is a key component of the CDISC submission standards for regulatory agencies and has many benefits for clinical trial data management and analysis.
Clinical SAS Programmers are responsible for developing and maintaining SAS programs used for clinical data management, statistical analysis, and reporting. They work with large datasets, ensuring data accuracy, integrity, and consistency. The demand for Clinical SAS Programmers in the USA is relatively high, as SAS is a commonly used software tool in the clinical research industry.
According to the job market data, there is a consistent demand for Clinical SAS Programmers in the USA. The demand for SAS programmers is expected to grow as the clinical research industry expands. Many pharmaceutical companies, clinical research organizations (CROs), and biotech firms hire SAS programmers for their clinical trials and research projects.
Clinical SAS programmers can work in various roles, such as data analysts, statisticians, clinical research associates, and clinical data managers. The salary range for Clinical SAS Programmers varies based on experience, location, and job role, but it can be quite competitive.
In summary, the demand for Clinical SAS Programmers in the USA is relatively high due to the widespread use of SAS software in the clinical research industry. SAS programmers play a vital role in clinical trials and research projects, and their skills and expertise are in high demand.
The demand for Clinical SAS professionals in Canada is also quite high. SAS is widely used in the clinical research industry in Canada, and many pharmaceutical companies, clinical research organizations (CROs), and biotech firms hire SAS programmers for their clinical trials and research projects.
Some of the top companies in Canada that hire Clinical SAS professionals include:
In addition to these companies, there are also many smaller CROs and research organizations that hire Clinical SAS programmers. The salary range for Clinical SAS Programmers in Canada varies based on experience, location, and job role, but it is generally competitive.
The demand for SAS programmers in Canada is expected to remain strong as the clinical research industry in the country continues to grow. With increasing numbers of clinical trials being conducted in Canada and a growing need for data management and analysis, the demand for Clinical SAS professionals is likely to remain high in the coming years.
The Clinical SAS Course online duration is three months .
Yes, We do have 100% placement Support on successful completion of the course. Each student is entitled to placement assistance. Our placement officer is dedicated to finding a suitable opportunity for each student. We are proud to state within a short duration we have been successful in placing our students in the field of clinical operations as CRCs and process coordinators, as drug safety associates in Pharmacovigilance departments, QA personnel in medical writing departments and as Jr. SAS programmers.
Students who have completed a course in clinical research from any other organization may approach us for internship assistance.
We cannot guarantee that a company will hire you, as it is based on your performance during an interview. However, we do provide 100% placement assistance. till date, we have 100% Placement record.
Meet Aarthi P, a student of our Advanced Diploma in Clinical Research (ADCR) at BCRI. Even before completing the course, she landed a job at ICON PLC Clinical Research—a proud moment for her and for us!
In this short video, Aarthi shares how BCRI’s live online classes, practical training, and career support helped her achieve her dream job in the clinical research industry.
📢 Why Students Choose BCRI:
✔ Job-focused training with real-world projects
✔ Expert guidance from experienced faculty
✔ Internship and placement support that delivers results
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